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Id Subject Object Predicate Lexical cue
T72 0-8 VBN denotes Enhanced
T73 14-28 NN denotes Discrimination
T74 0-107 sentence denotes Enhanced Odor Discrimination and Impaired Olfactory Memory by Spatially Controlled Switch of AMPA Receptors
T75 9-13 NN denotes Odor
T76 29-32 CC denotes and
T77 33-41 VBN denotes Impaired
T78 52-58 NN denotes Memory
T79 42-51 JJ denotes Olfactory
T80 59-61 IN denotes by
T81 62-71 RB denotes Spatially
T82 72-82 VBN denotes Controlled
T83 83-89 NN denotes Switch
T84 90-92 IN denotes of
T85 93-97 NN denotes AMPA
T86 98-107 NNS denotes Receptors
T87 107-108 sentence denotes
T88 161-342 sentence denotes Genetic perturbations of α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate receptors (AMPARs) are widely used to dissect molecular mechanisms of sensory coding, learning, and memory.
T89 161-168 JJ denotes Genetic
T90 169-182 NNS denotes perturbations
T91 265-269 VBN denotes used
T92 183-185 IN denotes of
T93 186-187 NN denotes α
T94 188-193 NN denotes amino
T95 187-188 HYPH denotes -
T96 215-234 NN denotes isoxazolepropionate
T97 193-194 HYPH denotes -
T98 194-195 CD denotes 3
T99 196-203 NN denotes hydroxy
T100 195-196 HYPH denotes -
T101 203-204 HYPH denotes -
T102 204-205 CD denotes 5
T103 206-212 NN denotes methyl
T104 205-206 HYPH denotes -
T105 212-213 HYPH denotes -
T106 213-214 CD denotes 4
T107 214-215 HYPH denotes -
T108 235-244 NNS denotes receptors
T109 245-246 -LRB- denotes (
T110 246-252 NNS denotes AMPARs
T111 252-253 -RRB- denotes )
T112 254-257 VBP denotes are
T113 258-264 RB denotes widely
T114 270-272 TO denotes to
T115 273-280 VB denotes dissect
T116 281-290 JJ denotes molecular
T117 291-301 NNS denotes mechanisms
T118 302-304 IN denotes of
T119 305-312 JJ denotes sensory
T120 313-319 NN denotes coding
T121 319-321 , denotes ,
T122 321-329 NN denotes learning
T123 329-331 , denotes ,
T124 331-334 CC denotes and
T125 335-341 NN denotes memory
T126 341-342 . denotes .
T127 342-430 sentence denotes In this study, we investigated the role of Ca2+-permeable AMPARs in olfactory behavior.
T128 343-345 IN denotes In
T129 361-373 VBD denotes investigated
T130 346-350 DT denotes this
T131 351-356 NN denotes study
T132 356-358 , denotes ,
T133 358-360 PRP denotes we
T134 374-377 DT denotes the
T135 378-382 NN denotes role
T136 383-385 IN denotes of
T137 386-389 NN denotes Ca2
T138 391-400 JJ denotes permeable
T139 389-390 SYM denotes +
T140 390-391 HYPH denotes -
T141 401-407 NNS denotes AMPARs
T142 408-410 IN denotes in
T143 411-420 JJ denotes olfactory
T144 421-429 NN denotes behavior
T145 429-430 . denotes .
T146 430-589 sentence denotes AMPAR modification was obtained by depletion of the GluR-B subunit or expression of unedited GluR-B(Q), both leading to increased Ca2+ permeability of AMPARs.
T147 431-436 NN denotes AMPAR
T148 437-449 NN denotes modification
T149 454-462 VBN denotes obtained
T150 450-453 VBD denotes was
T151 463-465 IN denotes by
T152 466-475 NN denotes depletion
T153 476-478 IN denotes of
T154 479-482 DT denotes the
T155 490-497 NN denotes subunit
T156 483-487 NN denotes GluR
T157 488-489 NN denotes B
T158 487-488 HYPH denotes -
T159 498-500 CC denotes or
T160 501-511 NN denotes expression
T161 512-514 IN denotes of
T162 515-523 JJ denotes unedited
T163 531-532 NN denotes Q
T164 524-528 NN denotes GluR
T165 528-529 HYPH denotes -
T166 529-530 NN denotes B
T167 530-531 -LRB- denotes (
T168 532-533 -RRB- denotes )
T169 533-535 , denotes ,
T170 535-539 DT denotes both
T171 540-547 VBG denotes leading
T172 548-550 IN denotes to
T173 551-560 VBN denotes increased
T174 566-578 NN denotes permeability
T175 561-564 NN denotes Ca2
T176 564-565 SYM denotes +
T177 579-581 IN denotes of
T178 582-588 NNS denotes AMPARs
T179 588-589 . denotes .
T180 589-762 sentence denotes Mice with this functional AMPAR switch, specifically in forebrain, showed enhanced olfactory discrimination and more rapid learning in a go/no-go operant conditioning task.
T181 590-594 NNS denotes Mice
T182 657-663 VBD denotes showed
T183 595-599 IN denotes with
T184 600-604 DT denotes this
T185 622-628 NN denotes switch
T186 605-615 JJ denotes functional
T187 616-621 NN denotes AMPAR
T188 628-630 , denotes ,
T189 630-642 RB denotes specifically
T190 643-645 IN denotes in
T191 646-655 NN denotes forebrain
T192 655-657 , denotes ,
T193 664-672 VBN denotes enhanced
T194 683-697 NN denotes discrimination
T195 673-682 JJ denotes olfactory
T196 698-701 CC denotes and
T197 702-706 RBR denotes more
T198 707-712 JJ denotes rapid
T199 713-721 NN denotes learning
T200 722-724 IN denotes in
T201 725-726 DT denotes a
T202 757-761 NN denotes task
T203 727-729 NN denotes go
T204 729-730 HYPH denotes /
T205 730-732 DT denotes no
T206 733-735 NN denotes go
T207 732-733 HYPH denotes -
T208 736-743 NN denotes operant
T209 744-756 VBG denotes conditioning
T210 761-762 . denotes .
T211 762-816 sentence denotes Olfactory memory, however, was dramatically impaired.
T212 763-772 JJ denotes Olfactory
T213 773-779 NN denotes memory
T214 807-815 VBN denotes impaired
T215 779-781 , denotes ,
T216 781-788 RB denotes however
T217 788-790 , denotes ,
T218 790-793 VBD denotes was
T219 794-806 RB denotes dramatically
T220 815-816 . denotes .
T221 816-983 sentence denotes GluR-B depletion in forebrain was ectopically variable (“mosaic”) among individuals and strongly correlated with decreased olfactory memory in hippocampus and cortex.
T222 817-821 NN denotes GluR
T223 822-823 NN denotes B
T224 821-822 HYPH denotes -
T225 824-833 NN denotes depletion
T226 847-850 VBD denotes was
T227 834-836 IN denotes in
T228 837-846 NN denotes forebrain
T229 851-862 RB denotes ectopically
T230 863-871 JJ denotes variable
T231 872-873 -LRB- denotes (
T232 874-880 NN denotes mosaic
T233 873-874 `` denotes “
T234 880-881 '' denotes ”
T235 881-882 -RRB- denotes )
T236 883-888 IN denotes among
T237 889-900 NNS denotes individuals
T238 901-904 CC denotes and
T239 905-913 RB denotes strongly
T240 914-924 VBD denotes correlated
T241 925-929 IN denotes with
T242 930-939 VBN denotes decreased
T243 950-956 NN denotes memory
T244 940-949 JJ denotes olfactory
T245 957-959 IN denotes in
T246 960-971 NN denotes hippocampus
T247 972-975 CC denotes and
T248 976-982 NN denotes cortex
T249 982-983 . denotes .
T250 983-1206 sentence denotes Accordingly, memory was rescued by transgenic GluR-B expression restricted to piriform cortex and hippocampus, while enhanced odor discrimination was independent of both GluR-B variability and transgenic GluR-B expression.
T251 984-995 RB denotes Accordingly
T252 1008-1015 VBN denotes rescued
T253 995-997 , denotes ,
T254 997-1003 NN denotes memory
T255 1004-1007 VBD denotes was
T256 1016-1018 IN denotes by
T257 1019-1029 JJ denotes transgenic
T258 1037-1047 NN denotes expression
T259 1030-1034 NN denotes GluR
T260 1035-1036 NN denotes B
T261 1034-1035 HYPH denotes -
T262 1048-1058 VBN denotes restricted
T263 1059-1061 IN denotes to
T264 1062-1070 JJ denotes piriform
T265 1071-1077 NN denotes cortex
T266 1078-1081 CC denotes and
T267 1082-1093 NN denotes hippocampus
T268 1093-1095 , denotes ,
T269 1095-1100 IN denotes while
T270 1130-1133 VBD denotes was
T271 1101-1109 VBN denotes enhanced
T272 1115-1129 NN denotes discrimination
T273 1110-1114 NN denotes odor
T274 1134-1145 JJ denotes independent
T275 1146-1148 IN denotes of
T276 1149-1153 CC denotes both
T277 1161-1172 NN denotes variability
T278 1154-1158 NN denotes GluR
T279 1159-1160 NN denotes B
T280 1158-1159 HYPH denotes -
T281 1173-1176 CC denotes and
T282 1177-1187 JJ denotes transgenic
T283 1195-1205 NN denotes expression
T284 1188-1192 NN denotes GluR
T285 1193-1194 NN denotes B
T286 1192-1193 HYPH denotes -
T287 1205-1206 . denotes .
T288 1206-1388 sentence denotes Thus, correlated differences in behavior and levels of GluR-B expression allowed a mechanistic and spatial dissection of olfactory learning, discrimination, and memory capabilities.
T289 1207-1211 RB denotes Thus
T290 1280-1287 VBD denotes allowed
T291 1211-1213 , denotes ,
T292 1213-1223 VBN denotes correlated
T293 1224-1235 NNS denotes differences
T294 1236-1238 IN denotes in
T295 1239-1247 NN denotes behavior
T296 1248-1251 CC denotes and
T297 1252-1258 NNS denotes levels
T298 1259-1261 IN denotes of
T299 1262-1266 NN denotes GluR
T300 1267-1268 NN denotes B
T301 1266-1267 HYPH denotes -
T302 1269-1279 NN denotes expression
T303 1288-1289 DT denotes a
T304 1314-1324 NN denotes dissection
T305 1290-1301 JJ denotes mechanistic
T306 1302-1305 CC denotes and
T307 1306-1313 JJ denotes spatial
T308 1325-1327 IN denotes of
T309 1328-1337 JJ denotes olfactory
T310 1338-1346 NN denotes learning
T311 1375-1387 NNS denotes capabilities
T312 1346-1348 , denotes ,
T313 1348-1362 NN denotes discrimination
T314 1362-1364 , denotes ,
T315 1364-1367 CC denotes and
T316 1368-1374 NN denotes memory
T317 1387-1388 . denotes .
T2403 7856-7860 NN denotes GluR
T2404 7861-7862 NN denotes B
T2405 7860-7861 HYPH denotes -
T2406 7866-7876 NN denotes Expression
T2407 7862-7863 -LRB- denotes (
T2408 7863-7864 NN denotes Q
T2409 7864-7865 -RRB- denotes )
T2410 7894-7903 VBZ denotes Increases
T2411 7877-7879 IN denotes in
T2412 7880-7883 DT denotes the
T2413 7884-7893 NN denotes Forebrain
T2414 7904-7913 JJ denotes Olfactory
T2415 7914-7922 NN denotes Learning
T2416 7923-7926 CC denotes and
T2417 7927-7941 NN denotes Discrimination
T2418 7941-8211 sentence denotes To explore the role of fast excitatory neurotransmission carried by GluR-B-containing AMPA channels in olfactory processes, we first analyzed mice that express part of the GluR-B population in a Q/R site-unedited form (Figure 1A; termed “GluR-BΔECS:FB”; see also [58]).
T2419 7942-7944 TO denotes To
T2420 7945-7952 VB denotes explore
T2421 8075-8083 VBD denotes analyzed
T2422 7953-7956 DT denotes the
T2423 7957-7961 NN denotes role
T2424 7962-7964 IN denotes of
T2425 7965-7969 JJ denotes fast
T2426 7981-7998 NN denotes neurotransmission
T2427 7970-7980 JJ denotes excitatory
T2428 7999-8006 VBN denotes carried
T2429 8007-8009 IN denotes by
T2430 8010-8014 NN denotes GluR
T2431 8015-8016 NN denotes B
T2432 8014-8015 HYPH denotes -
T2433 8017-8027 VBG denotes containing
T2434 8016-8017 HYPH denotes -
T2435 8033-8041 NNS denotes channels
T2436 8028-8032 NN denotes AMPA
T2437 8042-8044 IN denotes in
T2438 8045-8054 JJ denotes olfactory
T2439 8055-8064 NNS denotes processes
T2440 8064-8066 , denotes ,
T2441 8066-8068 PRP denotes we
T2442 8069-8074 RB denotes first
T2443 8084-8088 NNS denotes mice
T2444 8089-8093 WDT denotes that
T2445 8094-8101 VBP denotes express
T2446 8102-8106 NN denotes part
T2447 8107-8109 IN denotes of
T2448 8110-8113 DT denotes the
T2449 8121-8131 NN denotes population
T2450 8114-8118 NN denotes GluR
T2451 8119-8120 NN denotes B
T2452 8118-8119 HYPH denotes -
T2453 8132-8134 IN denotes in
T2454 8135-8136 DT denotes a
T2455 8155-8159 NN denotes form
T2456 8137-8138 NN denotes Q
T2457 8139-8140 NN denotes R
T2458 8138-8139 HYPH denotes /
T2459 8141-8145 NN denotes site
T2460 8146-8154 JJ denotes unedited
T2461 8145-8146 HYPH denotes -
T2462 8160-8161 -LRB- denotes (
T2463 8168-8170 NN denotes 1A
T2464 8161-8167 NN denotes Figure
T2465 8170-8171 : denotes ;
T2466 8172-8178 VBN denotes termed
T2467 8179-8180 `` denotes “
T2468 8180-8184 NN denotes GluR
T2469 8185-8190 NN denotes BΔECS
T2470 8184-8185 HYPH denotes -
T2471 8190-8191 : denotes :
T2472 8191-8193 NN denotes FB
T2473 8193-8194 '' denotes ”
T2474 8194-8195 : denotes ;
T2475 8196-8199 VB denotes see
T2476 8200-8204 RB denotes also
T2477 8205-8206 -LRB- denotes [
T2478 8206-8208 CD denotes 58
T2479 8208-8209 -RRB- denotes ]
T2480 8209-8210 -RRB- denotes )
T2481 8210-8211 . denotes .
T2482 8211-8546 sentence denotes These mice carry, in addition to a wild-type GluR-B allele, a gene-targeted GluR-Bneo allele in which the intronic sequence critical for GluR-B pre-mRNA editing at the Q/R site is replaced by a floxed TK-neo gene, which severely reduces splicing of the modified intron and hence attenuates the expression of the GluR-Bneo allele [60].
T2483 8212-8217 DT denotes These
T2484 8218-8222 NNS denotes mice
T2485 8223-8228 VBP denotes carry
T2486 8228-8230 , denotes ,
T2487 8230-8232 IN denotes in
T2488 8233-8241 NN denotes addition
T2489 8242-8244 IN denotes to
T2490 8245-8246 DT denotes a
T2491 8264-8270 NN denotes allele
T2492 8247-8251 JJ denotes wild
T2493 8252-8256 NN denotes type
T2494 8251-8252 HYPH denotes -
T2495 8257-8261 NN denotes GluR
T2496 8262-8263 NN denotes B
T2497 8261-8262 HYPH denotes -
T2498 8270-8272 , denotes ,
T2499 8272-8273 DT denotes a
T2500 8298-8304 NN denotes allele
T2501 8274-8278 NN denotes gene
T2502 8279-8287 VBN denotes targeted
T2503 8278-8279 HYPH denotes -
T2504 8288-8292 NN denotes GluR
T2505 8293-8297 NN denotes Bneo
T2506 8292-8293 HYPH denotes -
T2507 8305-8307 IN denotes in
T2508 8392-8400 VBN denotes replaced
T2509 8308-8313 WDT denotes which
T2510 8314-8317 DT denotes the
T2511 8327-8335 NN denotes sequence
T2512 8318-8326 JJ denotes intronic
T2513 8336-8344 JJ denotes critical
T2514 8345-8348 IN denotes for
T2515 8349-8353 NN denotes GluR
T2516 8354-8355 NN denotes B
T2517 8353-8354 HYPH denotes -
T2518 8365-8372 NN denotes editing
T2519 8356-8364 NN denotes pre-mRNA
T2520 8373-8375 IN denotes at
T2521 8376-8379 DT denotes the
T2522 8384-8388 NN denotes site
T2523 8380-8381 NN denotes Q
T2524 8382-8383 NN denotes R
T2525 8381-8382 HYPH denotes /
T2526 8389-8391 VBZ denotes is
T2527 8401-8403 IN denotes by
T2528 8404-8405 DT denotes a
T2529 8420-8424 NN denotes gene
T2530 8406-8412 VBN denotes floxed
T2531 8413-8415 NN denotes TK
T2532 8416-8419 NN denotes neo
T2533 8415-8416 HYPH denotes -
T2534 8424-8426 , denotes ,
T2535 8426-8431 WDT denotes which
T2536 8441-8448 VBZ denotes reduces
T2537 8432-8440 RB denotes severely
T2538 8449-8457 NN denotes splicing
T2539 8458-8460 IN denotes of
T2540 8461-8464 DT denotes the
T2541 8474-8480 NN denotes intron
T2542 8465-8473 VBN denotes modified
T2543 8481-8484 CC denotes and
T2544 8485-8490 RB denotes hence
T2545 8491-8501 VBZ denotes attenuates
T2546 8502-8505 DT denotes the
T2547 8506-8516 NN denotes expression
T2548 8517-8519 IN denotes of
T2549 8520-8523 DT denotes the
T2550 8534-8540 NN denotes allele
T2551 8524-8528 NN denotes GluR
T2552 8529-8533 NN denotes Bneo
T2553 8528-8529 HYPH denotes -
T2554 8541-8542 -LRB- denotes [
T2555 8542-8544 CD denotes 60
T2556 8544-8545 -RRB- denotes ]
T2557 8545-8546 . denotes .
T2558 8546-8757 sentence denotes To unsilence the attenuated GluR-Bneo allele, specifically in the postnatal forebrain, we crossed in the TgCre4 transgene, which encodes Cre-recombinase and is driven by the αCaMKII promoter ([59]; “Camkcre4”).
T2559 8547-8549 TO denotes To
T2560 8550-8559 VB denotes unsilence
T2561 8637-8644 VBD denotes crossed
T2562 8560-8563 DT denotes the
T2563 8585-8591 NN denotes allele
T2564 8564-8574 VBN denotes attenuated
T2565 8575-8579 NN denotes GluR
T2566 8580-8584 NN denotes Bneo
T2567 8579-8580 HYPH denotes -
T2568 8591-8593 , denotes ,
T2569 8593-8605 RB denotes specifically
T2570 8606-8608 IN denotes in
T2571 8609-8612 DT denotes the
T2572 8623-8632 NN denotes forebrain
T2573 8613-8622 JJ denotes postnatal
T2574 8632-8634 , denotes ,
T2575 8634-8636 PRP denotes we
T2576 8645-8647 IN denotes in
T2577 8648-8651 DT denotes the
T2578 8659-8668 NN denotes transgene
T2579 8652-8658 NN denotes TgCre4
T2580 8668-8670 , denotes ,
T2581 8670-8675 WDT denotes which
T2582 8676-8683 VBZ denotes encodes
T2583 8684-8687 NN denotes Cre
T2584 8688-8699 NN denotes recombinase
T2585 8687-8688 HYPH denotes -
T2586 8700-8703 CC denotes and
T2587 8704-8706 VBZ denotes is
T2588 8707-8713 VBN denotes driven
T2589 8714-8716 IN denotes by
T2590 8717-8720 DT denotes the
T2591 8729-8737 NN denotes promoter
T2592 8721-8728 NN denotes αCaMKII
T2593 8738-8739 -LRB- denotes (
T2594 8746-8754 NN denotes Camkcre4
T2595 8739-8740 -LRB- denotes [
T2596 8740-8742 CD denotes 59
T2597 8742-8743 -RRB- denotes ]
T2598 8743-8744 : denotes ;
T2599 8745-8746 `` denotes “
T2600 8754-8755 '' denotes ”
T2601 8755-8756 -RRB- denotes )
T2602 8756-8757 . denotes .
T2603 8757-8935 sentence denotes Thus, Cre-recombinase removes in forebrain neurons the intronic TK-neo gene, leading to the active GluR-BΔECS allele for Q/R site-unedited GluR-B(Q) subunits (Figures 1 and S1).
T2604 8758-8762 RB denotes Thus
T2605 8780-8787 VBZ denotes removes
T2606 8762-8764 , denotes ,
T2607 8764-8767 NN denotes Cre
T2608 8768-8779 NN denotes recombinase
T2609 8767-8768 HYPH denotes -
T2610 8788-8790 IN denotes in
T2611 8791-8800 NN denotes forebrain
T2612 8801-8808 NNS denotes neurons
T2613 8809-8812 DT denotes the
T2614 8829-8833 NN denotes gene
T2615 8813-8821 JJ denotes intronic
T2616 8822-8824 NN denotes TK
T2617 8825-8828 NN denotes neo
T2618 8824-8825 HYPH denotes -
T2619 8833-8835 , denotes ,
T2620 8835-8842 VBG denotes leading
T2621 8843-8845 IN denotes to
T2622 8846-8849 DT denotes the
T2623 8868-8874 NN denotes allele
T2624 8850-8856 JJ denotes active
T2625 8857-8861 NN denotes GluR
T2626 8862-8867 NN denotes BΔECS
T2627 8861-8862 HYPH denotes -
T2628 8875-8878 IN denotes for
T2629 8879-8880 NN denotes Q
T2630 8881-8882 NN denotes R
T2631 8880-8881 HYPH denotes /
T2632 8883-8887 NN denotes site
T2633 8888-8896 JJ denotes unedited
T2634 8887-8888 HYPH denotes -
T2635 8907-8915 NNS denotes subunits
T2636 8897-8901 NN denotes GluR
T2637 8902-8903 NN denotes B
T2638 8901-8902 HYPH denotes -
T2639 8903-8904 -LRB- denotes (
T2640 8904-8905 NN denotes Q
T2641 8905-8906 -RRB- denotes )
T2642 8916-8917 -LRB- denotes (
T2643 8931-8933 NN denotes S1
T2644 8917-8924 NNS denotes Figures
T2645 8925-8926 CD denotes 1
T2646 8927-8930 CC denotes and
T2647 8933-8934 -RRB- denotes )
T2648 8934-8935 . denotes .
T2649 8935-9164 sentence denotes As expected [53,60], also in mice expressing postnatally forebrain-specific Q/R site-unedited GluR-B(Q) subunits, Ca2+ permeability through AMPAR was increased and AMPAR currents showed rectification ([58] and unpublished data).
T2650 8936-8938 IN denotes As
T2651 8939-8947 VBN denotes expected
T2652 9086-9095 VBN denotes increased
T2653 8948-8949 -LRB- denotes [
T2654 8952-8954 CD denotes 60
T2655 8949-8951 CD denotes 53
T2656 8951-8952 , denotes ,
T2657 8954-8955 -RRB- denotes ]
T2658 8955-8957 , denotes ,
T2659 8957-8961 RB denotes also
T2660 8962-8964 IN denotes in
T2661 8965-8969 NNS denotes mice
T2662 8970-8980 VBG denotes expressing
T2663 8981-8992 RB denotes postnatally
T2664 8993-9002 NN denotes forebrain
T2665 9003-9011 JJ denotes specific
T2666 9002-9003 HYPH denotes -
T2667 9040-9048 NNS denotes subunits
T2668 9012-9013 NN denotes Q
T2669 9014-9015 NN denotes R
T2670 9013-9014 HYPH denotes /
T2671 9016-9020 NN denotes site
T2672 9021-9029 JJ denotes unedited
T2673 9020-9021 HYPH denotes -
T2674 9030-9034 NN denotes GluR
T2675 9035-9036 NN denotes B
T2676 9034-9035 HYPH denotes -
T2677 9036-9037 -LRB- denotes (
T2678 9037-9038 NN denotes Q
T2679 9038-9039 -RRB- denotes )
T2680 9048-9050 , denotes ,
T2681 9050-9053 NN denotes Ca2
T2682 9055-9067 NN denotes permeability
T2683 9053-9054 SYM denotes +
T2684 9068-9075 IN denotes through
T2685 9076-9081 NN denotes AMPAR
T2686 9082-9085 VBD denotes was
T2687 9096-9099 CC denotes and
T2688 9100-9105 NN denotes AMPAR
T2689 9106-9114 NNS denotes currents
T2690 9115-9121 VBD denotes showed
T2691 9122-9135 NN denotes rectification
T2692 9136-9137 -LRB- denotes (
T2693 9138-9140 CD denotes 58
T2694 9137-9138 -LRB- denotes [
T2695 9140-9141 -RRB- denotes ]
T2696 9142-9145 CC denotes and
T2697 9146-9157 JJ denotes unpublished
T2698 9158-9162 NNS denotes data
T2699 9162-9163 -RRB- denotes )
T2700 9163-9164 . denotes .
T2701 9164-9301 sentence denotes GluR-BΔECS:FB mice had, in contrast to mice expressing GluR-B(Q) globally, a prolonged lifespan and no severe developmental alterations.
T2702 9165-9169 NN denotes GluR
T2703 9170-9175 NN denotes BΔECS
T2704 9169-9170 HYPH denotes -
T2705 9179-9183 NNS denotes mice
T2706 9175-9176 : denotes :
T2707 9176-9178 NN denotes FB
T2708 9184-9187 VBD denotes had
T2709 9187-9189 , denotes ,
T2710 9189-9191 IN denotes in
T2711 9192-9200 NN denotes contrast
T2712 9201-9203 IN denotes to
T2713 9204-9208 NNS denotes mice
T2714 9209-9219 VBG denotes expressing
T2715 9220-9224 NN denotes GluR
T2716 9227-9228 NN denotes Q
T2717 9224-9225 HYPH denotes -
T2718 9225-9226 NN denotes B
T2719 9226-9227 -LRB- denotes (
T2720 9228-9229 -RRB- denotes )
T2721 9230-9238 RB denotes globally
T2722 9238-9240 , denotes ,
T2723 9240-9241 DT denotes a
T2724 9252-9260 NN denotes lifespan
T2725 9242-9251 VBN denotes prolonged
T2726 9261-9264 CC denotes and
T2727 9265-9267 DT denotes no
T2728 9289-9300 NNS denotes alterations
T2729 9268-9274 JJ denotes severe
T2730 9275-9288 JJ denotes developmental
T2731 9300-9301 . denotes .
T2732 9301-9417 sentence denotes They were however, still seizure-prone [58], and hence behavioral training was restricted to short periods of time.
T2733 9302-9306 PRP denotes They
T2734 9307-9311 VBD denotes were
T2735 9312-9319 RB denotes however
T2736 9319-9321 , denotes ,
T2737 9321-9326 RB denotes still
T2738 9327-9334 NN denotes seizure
T2739 9335-9340 JJ denotes prone
T2740 9334-9335 HYPH denotes -
T2741 9341-9342 -LRB- denotes [
T2742 9342-9344 CD denotes 58
T2743 9344-9345 -RRB- denotes ]
T2744 9345-9347 , denotes ,
T2745 9347-9350 CC denotes and
T2746 9351-9356 RB denotes hence
T2747 9381-9391 VBN denotes restricted
T2748 9357-9367 JJ denotes behavioral
T2749 9368-9376 NN denotes training
T2750 9377-9380 VBD denotes was
T2751 9392-9394 IN denotes to
T2752 9395-9400 JJ denotes short
T2753 9401-9408 NNS denotes periods
T2754 9409-9411 IN denotes of
T2755 9412-9416 NN denotes time
T2756 9416-9417 . denotes .
T2757 9417-11567 sentence denotes Figure 1 Odor Learning and Discrimination Is Enhanced in GluR-BΔECS:FB Mice (A) Schematic diagram depicting Cre-mediated activation of GluR-B(Q) by removing the loxP-flanked TK-neo (TK-neo pA, GluR-Bneo) element in intron 11, which is acting as a suppressor in expression from the Q/R site editing deficient GluR-Bneo allele. Exon 10 and 11 encode membrane-spanning segments 1, 2, and 3 (M1, 2, 3) of the GluR-B subunit. The intronic element necessary for editing the Q/R site is shown for the wild-type allele (+). (B) Scheme of an individual trial. Breaking a light barrier, the mouse initiates a trial. An odor is presented, and (depending on the odor denotation and the mouse's response) the mouse is rewarded or retracts its head. A small (2- to 4-μl) water reward is given at the end of an S+ odor if the mouse continuously licks at the delivery tube during the 2-s trial. A trial is counted as correct if the mouse licks continuously upon presentation of a rewarded (S+) odor or does not lick continuously with a nonrewarded (S−) odor [3]. (C) Twelve experimentally naïve animals (six GluR-BΔECS:FB [orange] and six GluR-B+/+ littermate controls [black]) were trained on 1% AA versus 1% EB for two tasks of 200 trials each. Both groups acquired the task (> 70% correct); however, the GluR-BΔECS:FB were both quicker, and performed better overall, than the littermate controls (group effect: F(1,10 ) = 10.2; p < 0.01). AA, amylacetate; EB, ethylbutyrate. (D) Average head position for one mouse and 50 presentations of the S+ (green) and 50 presentations of the S− (red) odor. “1” indicates the breaking of the light beam (head in the sampling port [3]). Note the rapid head retraction for the S− odor. (E) Difference of the average head positions from (D) for S+ and S− odors. Blue line indicates sigmoidal fit. “Discrimination index” refers to the maximum of the fitted sigmoid. (F) As (C) but depicting the discrimination index as a function of trial number (group effect: F(1,10) = 1.7; p < 0.01). We trained six GluR-BΔECS:FB mice and six littermate controls on one odor pair in an automated go/no-go olfactory conditioning task [3,61].
T2758 11428-11430 PRP denotes We
T2759 11431-11438 VBD denotes trained
T2760 11439-11442 CD denotes six
T2761 11457-11461 NNS denotes mice
T2762 11443-11447 NN denotes GluR
T2763 11448-11453 NN denotes BΔECS
T2764 11447-11448 HYPH denotes -
T2765 11453-11454 : denotes :
T2766 11454-11456 NN denotes FB
T2767 11462-11465 CC denotes and
T2768 11466-11469 CD denotes six
T2769 11481-11489 NNS denotes controls
T2770 11470-11480 NN denotes littermate
T2771 11490-11492 IN denotes on
T2772 11493-11496 CD denotes one
T2773 11502-11506 NN denotes pair
T2774 11497-11501 NN denotes odor
T2775 11507-11509 IN denotes in
T2776 11510-11512 DT denotes an
T2777 11555-11559 NN denotes task
T2778 11513-11522 VBN denotes automated
T2779 11523-11525 NN denotes go
T2780 11525-11526 HYPH denotes /
T2781 11526-11528 DT denotes no
T2782 11529-11531 NN denotes go
T2783 11528-11529 HYPH denotes -
T2784 11532-11541 JJ denotes olfactory
T2785 11542-11554 NN denotes conditioning
T2786 11560-11561 -LRB- denotes [
T2787 11563-11565 CD denotes 61
T2788 11561-11562 CD denotes 3
T2789 11562-11563 , denotes ,
T2790 11565-11566 -RRB- denotes ]
T2791 11566-11567 . denotes .
T2792 11567-11722 sentence denotes In this task, water-deprived mice are trained to distinguish a water-rewarded odor (S+) and an unrewarded odor (S−) by their licking response (Figure 1B).
T2793 11568-11570 IN denotes In
T2794 11606-11613 VBN denotes trained
T2795 11571-11575 DT denotes this
T2796 11576-11580 NN denotes task
T2797 11580-11582 , denotes ,
T2798 11582-11587 NN denotes water
T2799 11588-11596 VBN denotes deprived
T2800 11587-11588 HYPH denotes -
T2801 11597-11601 NNS denotes mice
T2802 11602-11605 VBP denotes are
T2803 11614-11616 TO denotes to
T2804 11617-11628 VB denotes distinguish
T2805 11629-11630 DT denotes a
T2806 11646-11650 NN denotes odor
T2807 11631-11636 NN denotes water
T2808 11637-11645 VBN denotes rewarded
T2809 11636-11637 HYPH denotes -
T2810 11651-11652 -LRB- denotes (
T2811 11652-11653 NN denotes S
T2812 11653-11654 SYM denotes +
T2813 11654-11655 -RRB- denotes )
T2814 11656-11659 CC denotes and
T2815 11660-11662 DT denotes an
T2816 11674-11678 NN denotes odor
T2817 11663-11673 JJ denotes unrewarded
T2818 11679-11680 -LRB- denotes (
T2819 11680-11681 NN denotes S
T2820 11681-11682 SYM denotes −
T2821 11682-11683 -RRB- denotes )
T2822 11684-11686 IN denotes by
T2823 11687-11692 PRP$ denotes their
T2824 11701-11709 NN denotes response
T2825 11693-11700 NN denotes licking
T2826 11710-11711 -LRB- denotes (
T2827 11718-11720 NN denotes 1B
T2828 11711-11717 NN denotes Figure
T2829 11720-11721 -RRB- denotes )
T2830 11721-11722 . denotes .
T2831 11722-11908 sentence denotes Both GluR-BΔECS:FB and control mice acquired the “simple” task to discriminate between the monomolecular odors amylacetate and ethylbutyrate (percentage correct > 70% after 400 trials).
T2832 11723-11727 CC denotes Both
T2833 11733-11738 NN denotes BΔECS
T2834 11728-11732 NN denotes GluR
T2835 11732-11733 HYPH denotes -
T2836 11759-11767 VBD denotes acquired
T2837 11738-11739 : denotes :
T2838 11739-11741 NN denotes FB
T2839 11742-11745 CC denotes and
T2840 11746-11753 NN denotes control
T2841 11754-11758 NNS denotes mice
T2842 11768-11771 DT denotes the
T2843 11781-11785 NN denotes task
T2844 11772-11773 `` denotes “
T2845 11773-11779 JJ denotes simple
T2846 11779-11780 '' denotes ”
T2847 11786-11788 TO denotes to
T2848 11789-11801 VB denotes discriminate
T2849 11802-11809 IN denotes between
T2850 11810-11813 DT denotes the
T2851 11828-11833 NNS denotes odors
T2852 11814-11827 JJ denotes monomolecular
T2853 11834-11845 NN denotes amylacetate
T2854 11846-11849 CC denotes and
T2855 11850-11863 NN denotes ethylbutyrate
T2856 11864-11865 -LRB- denotes (
T2857 11888-11889 NN denotes %
T2858 11865-11875 NN denotes percentage
T2859 11876-11883 JJ denotes correct
T2860 11884-11885 SYM denotes >
T2861 11886-11888 CD denotes 70
T2862 11890-11895 IN denotes after
T2863 11896-11899 CD denotes 400
T2864 11900-11906 NNS denotes trials
T2865 11906-11907 -RRB- denotes )
T2866 11907-11908 . denotes .
T2867 11908-12060 sentence denotes Strikingly, GluR-BΔECS:FB mice showed more rapid learning and enhanced discrimination capabilities (Figure 1C, group effect: F(1,10) = 10.2, p < 0.01).
T2868 11909-11919 RB denotes Strikingly
T2869 11940-11946 VBD denotes showed
T2870 11919-11921 , denotes ,
T2871 11921-11925 NN denotes GluR
T2872 11926-11931 NN denotes BΔECS
T2873 11925-11926 HYPH denotes -
T2874 11935-11939 NNS denotes mice
T2875 11931-11932 : denotes :
T2876 11932-11934 NN denotes FB
T2877 11947-11951 RBR denotes more
T2878 11952-11957 JJ denotes rapid
T2879 11958-11966 NN denotes learning
T2880 11967-11970 CC denotes and
T2881 11971-11979 VBN denotes enhanced
T2882 11995-12007 NNS denotes capabilities
T2883 11980-11994 NN denotes discrimination
T2884 12008-12009 -LRB- denotes (
T2885 12016-12018 NN denotes 1C
T2886 12009-12015 NN denotes Figure
T2887 12018-12020 , denotes ,
T2888 12020-12025 NN denotes group
T2889 12026-12032 NN denotes effect
T2890 12054-12058 CD denotes 0.01
T2891 12032-12034 : denotes :
T2892 12034-12035 NN denotes F
T2893 12044-12048 CD denotes 10.2
T2894 12035-12036 -LRB- denotes (
T2895 12036-12037 CD denotes 1
T2896 12037-12038 , denotes ,
T2897 12038-12040 CD denotes 10
T2898 12040-12041 -RRB- denotes )
T2899 12042-12043 SYM denotes =
T2900 12048-12050 , denotes ,
T2901 12050-12051 NN denotes p
T2902 12052-12053 SYM denotes <
T2903 12058-12059 -RRB- denotes )
T2904 12059-12060 . denotes .
T2905 12060-12208 sentence denotes This was confirmed by fitting linear trend lines to the initial part of the learning curve (slope difference: p < 0.05; see Materials and Methods).
T2906 12061-12065 DT denotes This
T2907 12070-12079 VBN denotes confirmed
T2908 12066-12069 VBD denotes was
T2909 12080-12082 IN denotes by
T2910 12083-12090 VBG denotes fitting
T2911 12091-12097 JJ denotes linear
T2912 12104-12109 NNS denotes lines
T2913 12098-12103 NN denotes trend
T2914 12110-12112 IN denotes to
T2915 12113-12116 DT denotes the
T2916 12125-12129 NN denotes part
T2917 12117-12124 JJ denotes initial
T2918 12130-12132 IN denotes of
T2919 12133-12136 DT denotes the
T2920 12146-12151 NN denotes curve
T2921 12137-12145 NN denotes learning
T2922 12152-12153 -LRB- denotes (
T2923 12181-12184 VB denotes see
T2924 12153-12158 NN denotes slope
T2925 12159-12169 NN denotes difference
T2926 12171-12172 NN denotes p
T2927 12169-12171 : denotes :
T2928 12173-12174 SYM denotes <
T2929 12175-12179 CD denotes 0.05
T2930 12179-12180 : denotes ;
T2931 12185-12194 NNS denotes Materials
T2932 12195-12198 CC denotes and
T2933 12199-12206 NNS denotes Methods
T2934 12206-12207 -RRB- denotes )
T2935 12207-12208 . denotes .
T2936 12208-12290 sentence denotes The training system employed allows for careful monitoring of head positions [3].
T2937 12209-12212 DT denotes The
T2938 12222-12228 NN denotes system
T2939 12213-12221 NN denotes training
T2940 12238-12244 VBZ denotes allows
T2941 12229-12237 VBN denotes employed
T2942 12245-12248 IN denotes for
T2943 12249-12256 JJ denotes careful
T2944 12257-12267 NN denotes monitoring
T2945 12268-12270 IN denotes of
T2946 12271-12275 NN denotes head
T2947 12276-12285 NNS denotes positions
T2948 12286-12287 -LRB- denotes [
T2949 12287-12288 CD denotes 3
T2950 12288-12289 -RRB- denotes ]
T2951 12289-12290 . denotes .
T2952 12290-12531 sentence denotes For rewarded trials (Figure 1D, green), already weakly trained animals kept their head in the sampling port (large tube in Figure 1B) during the entire 2-s trial, whereas for unrewarded trials the head is retracted quickly (Figure 1D, red).
T2953 12291-12294 IN denotes For
T2954 12362-12366 VBD denotes kept
T2955 12295-12303 VBN denotes rewarded
T2956 12304-12310 NNS denotes trials
T2957 12311-12312 -LRB- denotes (
T2958 12319-12321 NN denotes 1D
T2959 12312-12318 NN denotes Figure
T2960 12321-12323 , denotes ,
T2961 12323-12328 JJ denotes green
T2962 12328-12329 -RRB- denotes )
T2963 12329-12331 , denotes ,
T2964 12331-12338 RB denotes already
T2965 12346-12353 VBN denotes trained
T2966 12339-12345 RB denotes weakly
T2967 12354-12361 NNS denotes animals
T2968 12367-12372 PRP$ denotes their
T2969 12373-12377 NN denotes head
T2970 12378-12380 IN denotes in
T2971 12381-12384 DT denotes the
T2972 12394-12398 NN denotes port
T2973 12385-12393 NN denotes sampling
T2974 12399-12400 -LRB- denotes (
T2975 12406-12410 NN denotes tube
T2976 12400-12405 JJ denotes large
T2977 12411-12413 IN denotes in
T2978 12414-12420 NN denotes Figure
T2979 12421-12423 NN denotes 1B
T2980 12423-12424 -RRB- denotes )
T2981 12425-12431 IN denotes during
T2982 12432-12435 DT denotes the
T2983 12447-12452 NN denotes trial
T2984 12436-12442 JJ denotes entire
T2985 12443-12444 CD denotes 2
T2986 12445-12446 NN denotes s
T2987 12444-12445 HYPH denotes -
T2988 12452-12454 , denotes ,
T2989 12454-12461 IN denotes whereas
T2990 12496-12505 VBN denotes retracted
T2991 12462-12465 IN denotes for
T2992 12466-12476 JJ denotes unrewarded
T2993 12477-12483 NNS denotes trials
T2994 12484-12487 DT denotes the
T2995 12488-12492 NN denotes head
T2996 12493-12495 VBZ denotes is
T2997 12506-12513 RB denotes quickly
T2998 12514-12515 -LRB- denotes (
T2999 12522-12524 NN denotes 1D
T3000 12515-12521 NN denotes Figure
T3001 12524-12526 , denotes ,
T3002 12526-12529 JJ denotes red
T3003 12529-12530 -RRB- denotes )
T3004 12530-12531 . denotes .
T3005 12531-12900 sentence denotes The difference of these two curves (Figure 1E, black) is a very sensitive assay for discrimination performance; the fitted maximum of this curve (Figure 1E, blue) is referred to as the “discrimination index” in the remainder of the paper and is again strongly improved for GluR-BΔECS:FB mice, compared with controls (Figure 1F; group effect: F(1,10) = 11.7, p < 0.01).
T3006 12532-12535 DT denotes The
T3007 12536-12546 NN denotes difference
T3008 12586-12588 VBZ denotes is
T3009 12547-12549 IN denotes of
T3010 12550-12555 DT denotes these
T3011 12560-12566 NNS denotes curves
T3012 12556-12559 CD denotes two
T3013 12567-12568 -LRB- denotes (
T3014 12575-12577 NN denotes 1E
T3015 12568-12574 NN denotes Figure
T3016 12577-12579 , denotes ,
T3017 12579-12584 JJ denotes black
T3018 12584-12585 -RRB- denotes )
T3019 12698-12706 VBN denotes referred
T3020 12589-12590 DT denotes a
T3021 12606-12611 NN denotes assay
T3022 12591-12595 RB denotes very
T3023 12596-12605 JJ denotes sensitive
T3024 12612-12615 IN denotes for
T3025 12616-12630 NN denotes discrimination
T3026 12631-12642 NN denotes performance
T3027 12642-12643 : denotes ;
T3028 12644-12647 DT denotes the
T3029 12655-12662 NN denotes maximum
T3030 12648-12654 JJ denotes fitted
T3031 12663-12665 IN denotes of
T3032 12666-12670 DT denotes this
T3033 12671-12676 NN denotes curve
T3034 12677-12678 -LRB- denotes (
T3035 12685-12687 NN denotes 1E
T3036 12678-12684 NN denotes Figure
T3037 12687-12689 , denotes ,
T3038 12689-12693 JJ denotes blue
T3039 12693-12694 -RRB- denotes )
T3040 12695-12697 VBZ denotes is
T3041 12707-12709 IN denotes to
T3042 12710-12712 IN denotes as
T3043 12713-12716 DT denotes the
T3044 12733-12738 NN denotes index
T3045 12717-12718 `` denotes “
T3046 12718-12732 NN denotes discrimination
T3047 12738-12739 '' denotes ”
T3048 12740-12742 IN denotes in
T3049 12743-12746 DT denotes the
T3050 12747-12756 NN denotes remainder
T3051 12757-12759 IN denotes of
T3052 12760-12763 DT denotes the
T3053 12764-12769 NN denotes paper
T3054 12770-12773 CC denotes and
T3055 12774-12776 VBZ denotes is
T3056 12792-12800 VBN denotes improved
T3057 12777-12782 RB denotes again
T3058 12783-12791 RB denotes strongly
T3059 12801-12804 IN denotes for
T3060 12805-12809 NN denotes GluR
T3061 12810-12815 NN denotes BΔECS
T3062 12809-12810 HYPH denotes -
T3063 12819-12823 NNS denotes mice
T3064 12815-12816 : denotes :
T3065 12816-12818 NN denotes FB
T3066 12823-12825 , denotes ,
T3067 12825-12833 VBN denotes compared
T3068 12834-12838 IN denotes with
T3069 12839-12847 NNS denotes controls
T3070 12848-12849 -LRB- denotes (
T3071 12856-12858 NN denotes 1F
T3072 12849-12855 NN denotes Figure
T3073 12858-12859 : denotes ;
T3074 12860-12865 NN denotes group
T3075 12866-12872 NN denotes effect
T3076 12894-12898 CD denotes 0.01
T3077 12872-12874 : denotes :
T3078 12874-12875 NN denotes F
T3079 12884-12888 CD denotes 11.7
T3080 12875-12876 -LRB- denotes (
T3081 12876-12877 CD denotes 1
T3082 12877-12878 , denotes ,
T3083 12878-12880 CD denotes 10
T3084 12880-12881 -RRB- denotes )
T3085 12882-12883 SYM denotes =
T3086 12888-12890 , denotes ,
T3087 12890-12891 NN denotes p
T3088 12892-12893 SYM denotes <
T3089 12898-12899 -RRB- denotes )
T3090 12899-12900 . denotes .
T3091 12900-13144 sentence denotes This was not due to general motor performance, attention, or motivation changes, as both the intertrial interval (group effect: F(1,10) = 0.56, p > 0.4) and the overall licking frequency (group effect: F(1,10) = 0.72, p > 0.4) were unaffected.
T3092 12901-12905 DT denotes This
T3093 12906-12909 VBD denotes was
T3094 12910-12913 RB denotes not
T3095 12914-12917 IN denotes due
T3096 12918-12920 IN denotes to
T3097 12921-12928 JJ denotes general
T3098 12935-12946 NN denotes performance
T3099 12929-12934 NN denotes motor
T3100 12946-12948 , denotes ,
T3101 12948-12957 NN denotes attention
T3102 12957-12959 , denotes ,
T3103 12959-12961 CC denotes or
T3104 12962-12972 NN denotes motivation
T3105 12973-12980 NNS denotes changes
T3106 12980-12982 , denotes ,
T3107 12982-12984 IN denotes as
T3108 13128-13132 VBD denotes were
T3109 12985-12989 CC denotes both
T3110 13005-13013 NN denotes interval
T3111 12990-12993 DT denotes the
T3112 12994-13004 JJ denotes intertrial
T3113 13014-13015 -LRB- denotes (
T3114 13021-13027 NN denotes effect
T3115 13015-13020 NN denotes group
T3116 13027-13029 : denotes :
T3117 13029-13030 NN denotes F
T3118 13039-13043 CD denotes 0.56
T3119 13030-13031 -LRB- denotes (
T3120 13031-13032 CD denotes 1
T3121 13032-13033 , denotes ,
T3122 13033-13035 CD denotes 10
T3123 13035-13036 -RRB- denotes )
T3124 13037-13038 SYM denotes =
T3125 13049-13052 CD denotes 0.4
T3126 13043-13045 , denotes ,
T3127 13045-13046 NN denotes p
T3128 13047-13048 SYM denotes >
T3129 13052-13053 -RRB- denotes )
T3130 13054-13057 CC denotes and
T3131 13058-13061 DT denotes the
T3132 13078-13087 NN denotes frequency
T3133 13062-13069 JJ denotes overall
T3134 13070-13077 NN denotes licking
T3135 13088-13089 -LRB- denotes (
T3136 13095-13101 NN denotes effect
T3137 13089-13094 NN denotes group
T3138 13101-13103 : denotes :
T3139 13103-13104 NN denotes F
T3140 13113-13117 CD denotes 0.72
T3141 13104-13105 -LRB- denotes (
T3142 13105-13106 CD denotes 1
T3143 13106-13107 , denotes ,
T3144 13107-13109 CD denotes 10
T3145 13109-13110 -RRB- denotes )
T3146 13111-13112 SYM denotes =
T3147 13123-13126 CD denotes 0.4
T3148 13117-13119 , denotes ,
T3149 13119-13120 NN denotes p
T3150 13121-13122 SYM denotes >
T3151 13126-13127 -RRB- denotes )
T3152 13133-13143 JJ denotes unaffected
T3153 13143-13144 . denotes .
T3154 13144-13312 sentence denotes Thus, expression of Ca2+-permeable AMPARs in forebrain areas, including the olfactory bulb, resulted in more rapid odor learning and enhanced olfactory discrimination.
T3155 13145-13149 RB denotes Thus
T3156 13237-13245 VBD denotes resulted
T3157 13149-13151 , denotes ,
T3158 13151-13161 NN denotes expression
T3159 13162-13164 IN denotes of
T3160 13165-13168 NN denotes Ca2
T3161 13170-13179 JJ denotes permeable
T3162 13168-13169 SYM denotes +
T3163 13169-13170 HYPH denotes -
T3164 13180-13186 NNS denotes AMPARs
T3165 13187-13189 IN denotes in
T3166 13190-13199 NN denotes forebrain
T3167 13200-13205 NNS denotes areas
T3168 13205-13207 , denotes ,
T3169 13207-13216 VBG denotes including
T3170 13217-13220 DT denotes the
T3171 13231-13235 NN denotes bulb
T3172 13221-13230 JJ denotes olfactory
T3173 13235-13237 , denotes ,
T3174 13246-13248 IN denotes in
T3175 13249-13253 RBR denotes more
T3176 13254-13259 JJ denotes rapid
T3177 13265-13273 NN denotes learning
T3178 13260-13264 NN denotes odor
T3179 13274-13277 CC denotes and
T3180 13278-13286 VBN denotes enhanced
T3181 13297-13311 NN denotes discrimination
T3182 13287-13296 JJ denotes olfactory
T3183 13311-13312 . denotes .
T3577 13314-13318 NN denotes GluR
T3578 13319-13323 NN denotes BΔFB
T3579 13318-13319 HYPH denotes -
T3580 13324-13328 NNS denotes Mice
T3581 13329-13336 VBP denotes Exhibit
T3582 13337-13346 VBN denotes Increased
T3583 13372-13383 NN denotes Performance
T3584 13347-13356 NN denotes Olfactory
T3585 13357-13371 NN denotes Discrimination
T3586 13383-13622 sentence denotes To ascertain if enhanced olfactory learning and odor discrimination may indeed correlate with the increased Ca2+ permeability of AMPA channels in the Q/R site-unedited form, we next analyzed GluR-BΔFB mice, which lack GluR-B in forebrain.
T3587 13384-13386 TO denotes To
T3588 13387-13396 VB denotes ascertain
T3589 13566-13574 VBD denotes analyzed
T3590 13397-13399 IN denotes if
T3591 13463-13472 VB denotes correlate
T3592 13400-13408 VBN denotes enhanced
T3593 13419-13427 NN denotes learning
T3594 13409-13418 JJ denotes olfactory
T3595 13428-13431 CC denotes and
T3596 13432-13436 NN denotes odor
T3597 13437-13451 NN denotes discrimination
T3598 13452-13455 MD denotes may
T3599 13456-13462 RB denotes indeed
T3600 13473-13477 IN denotes with
T3601 13478-13481 DT denotes the
T3602 13497-13509 NN denotes permeability
T3603 13482-13491 VBN denotes increased
T3604 13492-13495 NN denotes Ca2
T3605 13495-13496 SYM denotes +
T3606 13510-13512 IN denotes of
T3607 13513-13517 NN denotes AMPA
T3608 13518-13526 NNS denotes channels
T3609 13527-13529 IN denotes in
T3610 13530-13533 DT denotes the
T3611 13552-13556 NN denotes form
T3612 13534-13535 NN denotes Q
T3613 13536-13537 NN denotes R
T3614 13535-13536 HYPH denotes /
T3615 13538-13542 NN denotes site
T3616 13543-13551 JJ denotes unedited
T3617 13542-13543 HYPH denotes -
T3618 13556-13558 , denotes ,
T3619 13558-13560 PRP denotes we
T3620 13561-13565 RB denotes next
T3621 13575-13579 NN denotes GluR
T3622 13580-13584 NN denotes BΔFB
T3623 13579-13580 HYPH denotes -
T3624 13585-13589 NNS denotes mice
T3625 13589-13591 , denotes ,
T3626 13591-13596 WDT denotes which
T3627 13597-13601 VBP denotes lack
T3628 13602-13606 NN denotes GluR
T3629 13607-13608 NN denotes B
T3630 13606-13607 HYPH denotes -
T3631 13609-13611 IN denotes in
T3632 13612-13621 NN denotes forebrain
T3633 13621-13622 . denotes .
T3634 13622-13815 sentence denotes This specific ablation was generated by forebrain-selective TgCre4 expression ([59] “Camkcre4”) in gene-targeted GluR-B2lox mice carrying, in both GluR-B alleles, a floxed exon 11 (Figure 2A).
T3635 13623-13627 DT denotes This
T3636 13637-13645 NN denotes ablation
T3637 13628-13636 JJ denotes specific
T3638 13650-13659 VBN denotes generated
T3639 13646-13649 VBD denotes was
T3640 13660-13662 IN denotes by
T3641 13663-13672 NN denotes forebrain
T3642 13673-13682 JJ denotes selective
T3643 13672-13673 HYPH denotes -
T3644 13690-13700 NN denotes expression
T3645 13683-13689 NN denotes TgCre4
T3646 13701-13702 -LRB- denotes (
T3647 13708-13716 NN denotes Camkcre4
T3648 13702-13703 -LRB- denotes [
T3649 13703-13705 CD denotes 59
T3650 13705-13706 -RRB- denotes ]
T3651 13707-13708 `` denotes “
T3652 13716-13717 '' denotes ”
T3653 13717-13718 -RRB- denotes )
T3654 13719-13721 IN denotes in
T3655 13722-13726 NN denotes gene
T3656 13727-13735 VBN denotes targeted
T3657 13726-13727 HYPH denotes -
T3658 13747-13751 NNS denotes mice
T3659 13736-13740 NN denotes GluR
T3660 13741-13746 NN denotes B2lox
T3661 13740-13741 HYPH denotes -
T3662 13752-13760 VBG denotes carrying
T3663 13760-13762 , denotes ,
T3664 13762-13764 IN denotes in
T3665 13765-13769 CC denotes both
T3666 13777-13784 NNS denotes alleles
T3667 13770-13774 NN denotes GluR
T3668 13775-13776 NN denotes B
T3669 13774-13775 HYPH denotes -
T3670 13784-13786 , denotes ,
T3671 13786-13787 DT denotes a
T3672 13795-13799 NN denotes exon
T3673 13788-13794 VBN denotes floxed
T3674 13800-13802 CD denotes 11
T3675 13803-13804 -LRB- denotes (
T3676 13811-13813 NN denotes 2A
T3677 13804-13810 NN denotes Figure
T3678 13813-13814 -RRB- denotes )
T3679 13814-13815 . denotes .
T3680 13815-13936 sentence denotes The specific GluR-B depletion in GluR-BΔFB mice can be monitored by immunohistochemistry (see below) and immunoblotting.
T3681 13816-13819 DT denotes The
T3682 13836-13845 NN denotes depletion
T3683 13820-13828 JJ denotes specific
T3684 13829-13833 NN denotes GluR
T3685 13834-13835 NN denotes B
T3686 13833-13834 HYPH denotes -
T3687 13871-13880 VBN denotes monitored
T3688 13846-13848 IN denotes in
T3689 13849-13853 NN denotes GluR
T3690 13854-13858 NN denotes BΔFB
T3691 13853-13854 HYPH denotes -
T3692 13859-13863 NNS denotes mice
T3693 13864-13867 MD denotes can
T3694 13868-13870 VB denotes be
T3695 13881-13883 IN denotes by
T3696 13884-13904 NN denotes immunohistochemistry
T3697 13905-13906 -LRB- denotes (
T3698 13906-13909 VB denotes see
T3699 13910-13915 RB denotes below
T3700 13915-13916 -RRB- denotes )
T3701 13917-13920 CC denotes and
T3702 13921-13935 NN denotes immunoblotting
T3703 13935-13936 . denotes .
T3704 13936-14184 sentence denotes In quantitative immunoblot analyses, we found GluR-B levels reduced to 28 ± 7%, 29 ± 8%, and 52 ± 9% (± SEM; n = 10) in the hippocampus, cortical areas, and olfactory bulb, respectively, relative to GluR-B levels in GluR-B2lox littermate controls.
T3705 13937-13939 IN denotes In
T3706 13977-13982 VBD denotes found
T3707 13940-13952 JJ denotes quantitative
T3708 13964-13972 NNS denotes analyses
T3709 13953-13963 NN denotes immunoblot
T3710 13972-13974 , denotes ,
T3711 13974-13976 PRP denotes we
T3712 13983-13987 NN denotes GluR
T3713 13988-13989 NN denotes B
T3714 13987-13988 HYPH denotes -
T3715 13990-13996 NNS denotes levels
T3716 13997-14004 VBD denotes reduced
T3717 14005-14007 IN denotes to
T3718 14008-14010 CD denotes 28
T3719 14013-14014 CD denotes 7
T3720 14011-14012 SYM denotes ±
T3721 14014-14015 NN denotes %
T3722 14015-14017 , denotes ,
T3723 14017-14019 CD denotes 29
T3724 14022-14023 CD denotes 8
T3725 14020-14021 SYM denotes ±
T3726 14023-14024 NN denotes %
T3727 14024-14026 , denotes ,
T3728 14026-14029 CC denotes and
T3729 14030-14032 CD denotes 52
T3730 14035-14036 CD denotes 9
T3731 14033-14034 SYM denotes ±
T3732 14036-14037 NN denotes %
T3733 14038-14039 -LRB- denotes (
T3734 14041-14044 NN denotes SEM
T3735 14039-14040 SYM denotes ±
T3736 14044-14045 : denotes ;
T3737 14046-14047 NN denotes n
T3738 14050-14052 CD denotes 10
T3739 14048-14049 SYM denotes =
T3740 14052-14053 -RRB- denotes )
T3741 14054-14056 IN denotes in
T3742 14057-14060 DT denotes the
T3743 14061-14072 NN denotes hippocampus
T3744 14072-14074 , denotes ,
T3745 14074-14082 JJ denotes cortical
T3746 14083-14088 NNS denotes areas
T3747 14088-14090 , denotes ,
T3748 14090-14093 CC denotes and
T3749 14094-14103 JJ denotes olfactory
T3750 14104-14108 NN denotes bulb
T3751 14108-14110 , denotes ,
T3752 14110-14122 RB denotes respectively
T3753 14122-14124 , denotes ,
T3754 14124-14132 JJ denotes relative
T3755 14133-14135 IN denotes to
T3756 14136-14140 NN denotes GluR
T3757 14141-14142 NN denotes B
T3758 14140-14141 HYPH denotes -
T3759 14143-14149 NNS denotes levels
T3760 14150-14152 IN denotes in
T3761 14153-14157 NN denotes GluR
T3762 14158-14163 NN denotes B2lox
T3763 14157-14158 HYPH denotes -
T3764 14175-14183 NNS denotes controls
T3765 14164-14174 NN denotes littermate
T3766 14183-14184 . denotes .
T3767 14184-14424 sentence denotes In the absence of GluR-B, the electrophysiological properties of AMPA channels become similar to those with GluR-B/GluR-B(Q) switch [51] showing strong rectification and increased Ca2+ permeability through AMPA channels (unpublished data).
T3768 14185-14187 IN denotes In
T3769 14264-14270 VBP denotes become
T3770 14188-14191 DT denotes the
T3771 14192-14199 NN denotes absence
T3772 14200-14202 IN denotes of
T3773 14203-14207 NN denotes GluR
T3774 14208-14209 NN denotes B
T3775 14207-14208 HYPH denotes -
T3776 14209-14211 , denotes ,
T3777 14211-14214 DT denotes the
T3778 14236-14246 NNS denotes properties
T3779 14215-14235 JJ denotes electrophysiological
T3780 14247-14249 IN denotes of
T3781 14250-14254 NN denotes AMPA
T3782 14255-14263 NNS denotes channels
T3783 14271-14278 JJ denotes similar
T3784 14279-14281 IN denotes to
T3785 14282-14287 DT denotes those
T3786 14288-14292 IN denotes with
T3787 14293-14297 NN denotes GluR
T3788 14298-14299 NN denotes B
T3789 14297-14298 HYPH denotes -
T3790 14310-14316 NN denotes switch
T3791 14299-14300 HYPH denotes /
T3792 14300-14304 NN denotes GluR
T3793 14307-14308 NN denotes Q
T3794 14304-14305 HYPH denotes -
T3795 14305-14306 NN denotes B
T3796 14306-14307 -LRB- denotes (
T3797 14308-14309 -RRB- denotes )
T3798 14317-14318 -LRB- denotes [
T3799 14318-14320 CD denotes 51
T3800 14320-14321 -RRB- denotes ]
T3801 14322-14329 VBG denotes showing
T3802 14330-14336 JJ denotes strong
T3803 14337-14350 NN denotes rectification
T3804 14351-14354 CC denotes and
T3805 14355-14364 VBN denotes increased
T3806 14370-14382 NN denotes permeability
T3807 14365-14368 NN denotes Ca2
T3808 14368-14369 SYM denotes +
T3809 14383-14390 IN denotes through
T3810 14391-14395 NN denotes AMPA
T3811 14396-14404 NNS denotes channels
T3812 14405-14406 -LRB- denotes (
T3813 14418-14422 NNS denotes data
T3814 14406-14417 JJ denotes unpublished
T3815 14422-14423 -RRB- denotes )
T3816 14423-14424 . denotes .
T3817 14424-14495 sentence denotes However, GluR-B depletion is not lethal and does not produce seizures.
T3818 14425-14432 RB denotes However
T3819 14451-14453 VBZ denotes is
T3820 14432-14434 , denotes ,
T3821 14434-14438 NN denotes GluR
T3822 14439-14440 NN denotes B
T3823 14438-14439 HYPH denotes -
T3824 14954-14955 NN denotes p
T3825 14441-14450 NN denotes depletion
T3826 14454-14457 RB denotes not
T3827 14458-14464 JJ denotes lethal
T3828 14465-14468 CC denotes and
T3829 14469-14473 VBZ denotes does
T3830 14478-14485 VB denotes produce
T3831 14474-14477 RB denotes not
T3832 14486-14494 NNS denotes seizures
T3833 14494-14495 . denotes .
T3834 14495-14783 sentence denotes In addition, in contrast to the complete GluR-B knockouts, mice with forebrain-specific GluR-B depletion appeared normal throughout life with no developmental abnormalities, or difference in body size and weight in adulthood (wild-type: 31.0 g ± 1.2; GluR-BΔFB: 28.4 ± 0.9; each n = 10).
T3835 14496-14498 IN denotes In
T3836 14601-14609 VBD denotes appeared
T5171 20322-20331 JJ denotes Olfactory
T5172 20332-20338 NN denotes Memory
T5173 20339-20341 VBZ denotes Is
T5174 20342-20355 RB denotes Significantly
T5175 20356-20365 VBN denotes Decreased
T5176 20366-20369 CC denotes but
T5177 20370-20376 RB denotes Highly
T5178 20377-20385 JJ denotes Variable
T5179 20386-20388 IN denotes in
T5180 20389-20393 NN denotes GluR
T5181 20394-20398 NN denotes BΔFB
T5182 20393-20394 HYPH denotes -
T5183 20399-20403 NNS denotes Mice
T5184 20403-20565 sentence denotes To capture the full extent of the role of Ca2+-permeable AMPARs in olfactory behavior, we next assessed the effects of altered AMPA channels on olfactory memory.
T5185 20404-20406 TO denotes To
T5186 20407-20414 VB denotes capture
T5187 20499-20507 VBD denotes assessed
T5188 20415-20418 DT denotes the
T5189 20424-20430 NN denotes extent
T5190 20419-20423 JJ denotes full
T5191 20431-20433 IN denotes of
T5192 20434-20437 DT denotes the
T5193 20438-20442 NN denotes role
T5194 20443-20445 IN denotes of
T5195 20446-20449 NN denotes Ca2
T5196 20451-20460 JJ denotes permeable
T5197 20449-20450 SYM denotes +
T5198 20450-20451 HYPH denotes -
T5199 20461-20467 NNS denotes AMPARs
T5200 20468-20470 IN denotes in
T5201 20471-20480 JJ denotes olfactory
T5202 20481-20489 NN denotes behavior
T5203 20489-20491 , denotes ,
T5204 20491-20493 PRP denotes we
T5205 20494-20498 RB denotes next
T5206 20508-20511 DT denotes the
T5207 20512-20519 NNS denotes effects
T5208 20520-20522 IN denotes of
T5209 20523-20530 VBN denotes altered
T5210 20536-20544 NNS denotes channels
T5211 20531-20535 NN denotes AMPA
T5212 20545-20547 IN denotes on
T5213 20548-20557 JJ denotes olfactory
T5214 20558-20564 NN denotes memory
T5215 20564-20565 . denotes .
T5216 20565-20923 sentence denotes To probe olfactory memory in GluR-BΔFB mice, six days after the end of the first training phase for odor discrimination (amylacetate versus ethylbutyrate), the training trials for the third odor pair (pelargonic versus valeric acid) were interleaved with unrewarded trials in which amylacetate or ethylbutyrate were again presented (black bar in Figure 2C).
T5217 20566-20568 TO denotes To
T5218 20569-20574 VB denotes probe
T5219 20804-20815 VBN denotes interleaved
T5220 20575-20584 JJ denotes olfactory
T5221 20585-20591 NN denotes memory
T5222 20592-20594 IN denotes in
T5223 20595-20599 NN denotes GluR
T5224 20600-20604 NN denotes BΔFB
T5225 20599-20600 HYPH denotes -
T5226 20605-20609 NNS denotes mice
T5227 20609-20611 , denotes ,
T5228 20611-20614 CD denotes six
T5229 20615-20619 NNS denotes days
T5230 20620-20625 IN denotes after
T5231 20626-20629 DT denotes the
T5232 20630-20633 NN denotes end
T5233 20634-20636 IN denotes of
T5234 20637-20640 DT denotes the
T5235 20656-20661 NN denotes phase
T5236 20641-20646 JJ denotes first
T5237 20647-20655 NN denotes training
T5238 20662-20665 IN denotes for
T5239 20666-20670 NN denotes odor
T5240 20671-20685 NN denotes discrimination
T5241 20686-20687 -LRB- denotes (
T5242 20687-20698 NN denotes amylacetate
T5243 20699-20705 CC denotes versus
T5244 20706-20719 NN denotes ethylbutyrate
T5245 20719-20720 -RRB- denotes )
T5246 20720-20722 , denotes ,
T5247 20722-20725 DT denotes the
T5248 20735-20741 NNS denotes trials
T5249 20726-20734 NN denotes training
T5250 20742-20745 IN denotes for
T5251 20746-20749 DT denotes the
T5252 20761-20765 NN denotes pair
T5253 20750-20755 JJ denotes third
T5254 20756-20760 NN denotes odor
T5255 20766-20767 -LRB- denotes (
T5256 20767-20777 JJ denotes pelargonic
T5257 20793-20797 NN denotes acid
T5258 20778-20784 CC denotes versus
T5259 20785-20792 JJ denotes valeric
T5260 20797-20798 -RRB- denotes )
T5261 20799-20803 VBD denotes were
T5262 20816-20820 IN denotes with
T5263 20821-20831 JJ denotes unrewarded
T5264 20832-20838 NNS denotes trials
T5265 20839-20841 IN denotes in
T5266 20888-20897 VBN denotes presented
T5267 20842-20847 WDT denotes which
T5268 20848-20859 NN denotes amylacetate
T5269 20860-20862 CC denotes or
T5270 20863-20876 NN denotes ethylbutyrate
T5271 20877-20881 VBD denotes were
T5272 20882-20887 RB denotes again
T5273 20898-20899 -LRB- denotes (
T5274 20905-20908 NN denotes bar
T5275 20899-20904 JJ denotes black
T5276 20909-20911 IN denotes in
T5277 20912-20918 NN denotes Figure
T5278 20919-20921 NN denotes 2C
T5279 20921-20922 -RRB- denotes )
T5280 20922-20923 . denotes .
T5281 20923-21140 sentence denotes Whereas control mice reliably responded only to the previously rewarded odor (memory of 86 ± 8%, mean ± SD, n = 9, Figure 2E), GluR-BΔFB mice showed reduced olfactory memory (69 ± 16%, n = 9, p < 0.05, Mann-Whitney).
T5282 20924-20931 IN denotes Whereas
T5283 20954-20963 VBD denotes responded
T5284 20932-20939 NN denotes control
T5285 20940-20944 NNS denotes mice
T5286 20945-20953 RB denotes reliably
T5287 21066-21072 VBD denotes showed
T5288 20964-20968 RB denotes only
T5289 20969-20971 IN denotes to
T5290 20972-20975 DT denotes the
T5291 20996-21000 NN denotes odor
T5292 20976-20986 RB denotes previously
T5293 20987-20995 VBN denotes rewarded
T5294 21001-21002 -LRB- denotes (
T5295 21046-21048 NN denotes 2E
T5296 21002-21008 NN denotes memory
T5297 21009-21011 IN denotes of
T5298 21012-21014 CD denotes 86
T5299 21017-21018 CD denotes 8
T5300 21015-21016 SYM denotes ±
T5301 21018-21019 NN denotes %
T5302 21019-21021 , denotes ,
T5303 21021-21025 NN denotes mean
T5304 21028-21030 NN denotes SD
T5305 21026-21027 SYM denotes ±
T5306 21030-21032 , denotes ,
T5307 21032-21033 NN denotes n
T5308 21036-21037 CD denotes 9
T5309 21034-21035 SYM denotes =
T5310 21037-21039 , denotes ,
T5311 21039-21045 NN denotes Figure
T5312 21048-21049 -RRB- denotes )
T5313 21049-21051 , denotes ,
T5314 21051-21055 NN denotes GluR
T5315 21056-21060 NN denotes BΔFB
T5316 21055-21056 HYPH denotes -
T5317 21061-21065 NNS denotes mice
T5318 21073-21080 VBN denotes reduced
T5319 21091-21097 NN denotes memory
T5320 21081-21090 JJ denotes olfactory
T5321 21098-21099 -LRB- denotes (
T5322 21131-21138 NNP denotes Whitney
T5323 21099-21101 CD denotes 69
T5324 21104-21106 CD denotes 16
T5325 21102-21103 SYM denotes ±
T5326 21106-21107 NN denotes %
T5327 21107-21109 , denotes ,
T5328 21109-21110 NN denotes n
T5329 21113-21114 CD denotes 9
T5330 21111-21112 SYM denotes =
T5331 21114-21116 , denotes ,
T5332 21116-21117 NN denotes p
T5333 21120-21124 CD denotes 0.05
T5334 21118-21119 SYM denotes <
T5335 21124-21126 , denotes ,
T5336 21126-21130 NNP denotes Mann
T5337 21130-21131 HYPH denotes -
T5338 21138-21139 -RRB- denotes )
T5339 21139-21140 . denotes .
T5340 21140-21293 sentence denotes Due to the more rapid learning observed in GluR-BΔFB, one could speculate that a decrease in olfactory memory might simply reflect increased extinction.
T5341 21141-21144 IN denotes Due
T5342 21205-21214 VB denotes speculate
T5343 21145-21147 IN denotes to
T5344 21148-21151 DT denotes the
T5345 21163-21171 NN denotes learning
T5346 21152-21156 RBR denotes more
T5347 21157-21162 JJ denotes rapid
T5348 21172-21180 VBN denotes observed
T5349 21181-21183 IN denotes in
T5350 21184-21188 NN denotes GluR
T5351 21189-21193 NN denotes BΔFB
T5352 21188-21189 HYPH denotes -
T5353 21193-21195 , denotes ,
T5354 21195-21198 PRP denotes one
T5355 21199-21204 MD denotes could
T5356 21215-21219 IN denotes that
T5357 21264-21271 VB denotes reflect
T5358 21220-21221 DT denotes a
T5359 21222-21230 NN denotes decrease
T5360 21231-21233 IN denotes in
T5361 21234-21243 JJ denotes olfactory
T5362 21244-21250 NN denotes memory
T5363 21251-21256 MD denotes might
T5364 21257-21263 RB denotes simply
T5365 21272-21281 VBN denotes increased
T5366 21282-21292 NN denotes extinction
T5367 21292-21293 . denotes .
T5368 21293-21566 sentence denotes However, extinction levels were low in general, no significant group-trial interaction could be found for the memory trials (2-way ANOVA, F(6,90) = 1.5, p > 0.1), and a restriction of the analysis to early memory trials displayed essentially the same pattern (Figure S3A).
T5369 21294-21301 RB denotes However
T5370 21321-21325 VBD denotes were
T5371 21301-21303 , denotes ,
T5372 21303-21313 NN denotes extinction
T5373 21314-21320 NNS denotes levels
T5374 21326-21329 JJ denotes low
T5375 21330-21332 IN denotes in
T5376 21333-21340 JJ denotes general
T5377 21340-21342 , denotes ,
T5378 21342-21344 DT denotes no
T5379 21369-21380 NN denotes interaction
T5380 21345-21356 JJ denotes significant
T5381 21357-21362 NN denotes group
T5382 21363-21368 NN denotes trial
T5383 21362-21363 SYM denotes -
T5384 21390-21395 VBN denotes found
T5385 21381-21386 MD denotes could
T5386 21387-21389 VB denotes be
T5387 21396-21399 IN denotes for
T5388 21400-21403 DT denotes the
T5389 21411-21417 NNS denotes trials
T5390 21404-21410 NN denotes memory
T5391 21418-21419 -LRB- denotes (
T5392 21425-21430 NN denotes ANOVA
T5393 21419-21420 CD denotes 2
T5394 21421-21424 NN denotes way
T5395 21420-21421 HYPH denotes -
T5396 21430-21432 , denotes ,
T5397 21432-21433 NN denotes F
T5398 21442-21445 CD denotes 1.5
T5399 21433-21434 -LRB- denotes (
T5400 21434-21435 CD denotes 6
T5401 21435-21436 , denotes ,
T5402 21436-21438 CD denotes 90
T5403 21438-21439 -RRB- denotes )
T5404 21440-21441 SYM denotes =
T5405 21445-21447 , denotes ,
T5406 21447-21448 NN denotes p
T5407 21451-21454 CD denotes 0.1
T5408 21449-21450 SYM denotes >
T5409 21454-21455 -RRB- denotes )
T5410 21455-21457 , denotes ,
T5411 21457-21460 CC denotes and
T5412 21461-21462 DT denotes a
T5413 21463-21474 NN denotes restriction
T5414 21514-21523 VBD denotes displayed
T5415 21475-21477 IN denotes of
T5416 21478-21481 DT denotes the
T5417 21482-21490 NN denotes analysis
T5418 21491-21493 IN denotes to
T5419 21494-21499 JJ denotes early
T5420 21507-21513 NNS denotes trials
T5421 21500-21506 NN denotes memory
T5422 21524-21535 RB denotes essentially
T5423 21545-21552 NN denotes pattern
T5424 21536-21539 DT denotes the
T5425 21540-21544 JJ denotes same
T5426 21553-21554 -LRB- denotes (
T5427 21561-21564 NN denotes S3A
T5428 21554-21560 NN denotes Figure
T5429 21564-21565 -RRB- denotes )
T5430 21565-21566 . denotes .
T5431 21566-21687 sentence denotes Thus, reduced performance in the probe trials is not due to increased extinction but reflects genuine memory impairment.
T5432 21567-21571 RB denotes Thus
T5433 21613-21615 VBZ denotes is
T5434 21571-21573 , denotes ,
T5435 21573-21580 VBN denotes reduced
T5436 21581-21592 NN denotes performance
T5437 21593-21595 IN denotes in
T5438 21596-21599 DT denotes the
T5439 21606-21612 NNS denotes trials
T5440 21600-21605 NN denotes probe
T5441 21616-21619 RB denotes not
T5442 21620-21623 IN denotes due
T5443 21624-21626 IN denotes to
T5444 21627-21636 VBN denotes increased
T5445 21637-21647 NN denotes extinction
T5446 21648-21651 CC denotes but
T5447 21652-21660 VBZ denotes reflects
T5448 21661-21668 JJ denotes genuine
T5449 21676-21686 NN denotes impairment
T5450 21669-21675 NN denotes memory
T5451 21686-21687 . denotes .
T5452 21687-21954 sentence denotes Moreover, because the hippocampus-dependent spatial memory after-task acquisition in the Y-maze was not affected (Figure S2), we conclude that the observed olfactory memory deficit is rather specific for olfaction and does not readily generalize to other modalities.
T5453 21688-21696 RB denotes Moreover
T5454 21817-21825 VBP denotes conclude
T5455 21696-21698 , denotes ,
T5456 21698-21705 IN denotes because
T5457 21792-21800 VBN denotes affected
T5458 21706-21709 DT denotes the
T5459 21758-21769 NN denotes acquisition
T5460 21710-21721 NN denotes hippocampus
T5461 21722-21731 JJ denotes dependent
T5462 21721-21722 HYPH denotes -
T5463 21732-21739 JJ denotes spatial
T5464 21740-21746 NN denotes memory
T5465 21747-21752 IN denotes after
T5466 21753-21757 NN denotes task
T5467 21752-21753 HYPH denotes -
T5468 21770-21772 IN denotes in
T5469 21773-21776 DT denotes the
T5470 21779-21783 NN denotes maze
T5471 21777-21778 NN denotes Y
T5472 21778-21779 HYPH denotes -
T5473 21784-21787 VBD denotes was
T5474 21788-21791 RB denotes not
T5475 21801-21802 -LRB- denotes (
T5476 21809-21811 NN denotes S2
T5477 21802-21808 NN denotes Figure
T5478 21811-21812 -RRB- denotes )
T5479 21812-21814 , denotes ,
T5480 21814-21816 PRP denotes we
T5481 21826-21830 IN denotes that
T5482 21869-21871 VBZ denotes is
T5483 21831-21834 DT denotes the
T5484 21861-21868 NN denotes deficit
T5485 21835-21843 VBN denotes observed
T5486 21844-21853 JJ denotes olfactory
T5487 21854-21860 NN denotes memory
T5488 21872-21878 RB denotes rather
T5489 21879-21887 JJ denotes specific
T5490 21888-21891 IN denotes for
T5491 21892-21901 NN denotes olfaction
T5492 21902-21905 CC denotes and
T5493 21906-21910 VBZ denotes does
T5494 21923-21933 VB denotes generalize
T5495 21911-21914 RB denotes not
T5496 21915-21922 RB denotes readily
T5497 21934-21936 IN denotes to
T5498 21937-21942 JJ denotes other
T5499 21943-21953 NNS denotes modalities
T5500 21953-21954 . denotes .
T5501 21954-22212 sentence denotes While the improved odor discrimination and learning behavior showed only little variability, the significantly impaired memory performance observed in GluR-BΔFB mice was highly variable among individual animals compared with control littermates (Figure 2E).
T5502 21955-21960 IN denotes While
T5503 22016-22022 VBD denotes showed
T5504 21961-21964 DT denotes the
T5505 22007-22015 NN denotes behavior
T5506 21965-21973 VBN denotes improved
T5507 21974-21978 NN denotes odor
T5508 21979-21993 NN denotes discrimination
T5509 21994-21997 CC denotes and
T5510 21998-22006 NN denotes learning
T5511 22121-22124 VBD denotes was
T5512 22023-22027 RB denotes only
T5513 22035-22046 NN denotes variability
T5514 22028-22034 JJ denotes little
T5515 22046-22048 , denotes ,
T5516 22048-22051 DT denotes the
T5517 22082-22093 NN denotes performance
T5518 22052-22065 RB denotes significantly
T5519 22066-22074 VBN denotes impaired
T5520 22075-22081 NN denotes memory
T5521 22094-22102 VBN denotes observed
T5522 22103-22105 IN denotes in
T5523 22106-22110 NN denotes GluR
T5524 22111-22115 NN denotes BΔFB
T5525 22110-22111 HYPH denotes -
T5526 22116-22120 NNS denotes mice
T5527 22125-22131 RB denotes highly
T5528 22132-22140 JJ denotes variable
T5529 22141-22146 IN denotes among
T5530 22147-22157 JJ denotes individual
T5531 22158-22165 NNS denotes animals
T5532 22166-22174 VBN denotes compared
T5533 22175-22179 IN denotes with
T5534 22180-22187 NN denotes control
T5535 22188-22199 NNS denotes littermates
T5536 22200-22201 -LRB- denotes (
T5537 22208-22210 NN denotes 2E
T5538 22201-22207 NN denotes Figure
T5539 22210-22211 -RRB- denotes )
T5540 22211-22212 . denotes .
T5541 22212-22425 sentence denotes This variability in olfactory memory was reflected in the level and extent of Cre-recombinase expression in forebrain of transgenic TgCre4 mice, as visualized by Cre-activity in the Cre-indicator mouse line R26R.
T5542 22213-22217 DT denotes This
T5543 22218-22229 NN denotes variability
T5544 22254-22263 VBN denotes reflected
T5545 22230-22232 IN denotes in
T5546 22233-22242 JJ denotes olfactory
T5547 22243-22249 NN denotes memory
T5548 22250-22253 VBD denotes was
T5549 22264-22266 IN denotes in
T5550 22267-22270 DT denotes the
T5551 22271-22276 NN denotes level
T5552 22277-22280 CC denotes and
T5553 22281-22287 NN denotes extent
T5554 22288-22290 IN denotes of
T5555 22291-22294 NN denotes Cre
T5556 22295-22306 NN denotes recombinase
T5557 22294-22295 HYPH denotes -
T5558 22307-22317 NN denotes expression
T5559 22318-22320 IN denotes in
T5560 22321-22330 NN denotes forebrain
T5561 22331-22333 IN denotes of
T5562 22334-22344 JJ denotes transgenic
T5563 22352-22356 NNS denotes mice
T5564 22345-22351 NN denotes TgCre4
T5565 22356-22358 , denotes ,
T5566 22358-22360 IN denotes as
T5567 22361-22371 VBN denotes visualized
T5568 22372-22374 IN denotes by
T5569 22375-22378 NN denotes Cre
T5570 22379-22387 NN denotes activity
T5571 22378-22379 HYPH denotes -
T5572 22388-22390 IN denotes in
T5573 22391-22394 DT denotes the
T5574 22415-22419 NN denotes line
T5575 22395-22398 NN denotes Cre
T5576 22399-22408 NN denotes indicator
T5577 22398-22399 HYPH denotes -
T5578 22409-22414 NN denotes mouse
T5579 22420-22424 NN denotes R26R
T5580 22424-22425 . denotes .
T5581 22425-22673 sentence denotes We observed that onset and extent of Cre-recombinase expression in different forebrain regions varied among individual TgCre4 mice (Figure 3A), which could also be directly visualized by immunohistochemistry with a Cre-antibody (unpublished data).
T5582 22426-22428 PRP denotes We
T5583 22429-22437 VBD denotes observed
T5584 22438-22442 IN denotes that
T5585 22521-22527 VBD denotes varied
T5586 22443-22448 NN denotes onset
T5587 22449-22452 CC denotes and
T5588 22453-22459 NN denotes extent
T5589 22460-22462 IN denotes of
T5590 22463-22466 NN denotes Cre
T5591 22467-22478 NN denotes recombinase
T5592 22466-22467 HYPH denotes -
T5593 22479-22489 NN denotes expression
T5594 22490-22492 IN denotes in
T5595 22493-22502 JJ denotes different
T5596 22513-22520 NNS denotes regions
T5597 22503-22512 NN denotes forebrain
T5598 22528-22533 IN denotes among
T5599 22534-22544 JJ denotes individual
T5600 22552-22556 NNS denotes mice
T5601 22545-22551 NN denotes TgCre4
T5602 22557-22558 -LRB- denotes (
T5603 22565-22567 NN denotes 3A
T5604 22558-22564 NN denotes Figure
T5605 22567-22568 -RRB- denotes )
T5606 22568-22570 , denotes ,
T5607 22570-22575 WDT denotes which
T5608 22599-22609 VBN denotes visualized
T5609 22576-22581 MD denotes could
T5610 22582-22586 RB denotes also
T5611 22587-22589 VB denotes be
T5612 22590-22598 RB denotes directly
T5613 22610-22612 IN denotes by
T5614 22613-22633 NN denotes immunohistochemistry
T5615 22634-22638 IN denotes with
T5616 22639-22640 DT denotes a
T5617 22645-22653 NN denotes antibody
T5618 22641-22644 NN denotes Cre
T5619 22644-22645 HYPH denotes -
T5620 22654-22655 -LRB- denotes (
T5621 22667-22671 NNS denotes data
T5622 22655-22666 JJ denotes unpublished
T5623 22671-22672 -RRB- denotes )
T5624 22672-22673 . denotes .
T5625 22673-22930 sentence denotes As this variability persisted after several backcrosses, and Southern blot analysis revealed no differences of transgene integration or number among animals (Figure 3B), it could not be attributed to genetic differences but rather to epigenetic mechanisms.
T5626 22674-22676 IN denotes As
T5627 22694-22703 VBD denotes persisted
T5628 22677-22681 DT denotes this
T5629 22682-22693 NN denotes variability
T5630 22860-22870 VBN denotes attributed
T5631 22704-22709 IN denotes after
T5632 22710-22717 JJ denotes several
T5633 22718-22729 NNS denotes backcrosses
T5634 22729-22731 , denotes ,
T5635 22731-22734 CC denotes and
T5636 22735-22743 NNP denotes Southern
T5637 22744-22748 NN denotes blot
T5638 22749-22757 NN denotes analysis
T5639 22758-22766 VBD denotes revealed
T5640 22767-22769 DT denotes no
T5641 22770-22781 NNS denotes differences
T5642 22782-22784 IN denotes of
T5643 22785-22794 NN denotes transgene
T5644 22795-22806 NN denotes integration
T5645 22807-22809 CC denotes or
T5646 22810-22816 NN denotes number
T5647 22817-22822 IN denotes among
T5648 22823-22830 NNS denotes animals
T5649 22831-22832 -LRB- denotes (
T5650 22839-22841 NN denotes 3B
T5651 22832-22838 NN denotes Figure
T5652 22841-22842 -RRB- denotes )
T5653 22842-22844 , denotes ,
T5654 22844-22846 PRP denotes it
T5655 22847-22852 MD denotes could
T5656 22853-22856 RB denotes not
T5657 22857-22859 VB denotes be
T5658 22871-22873 IN denotes to
T5659 22874-22881 JJ denotes genetic
T5660 22882-22893 NNS denotes differences
T5661 22894-22897 CC denotes but
T5662 22898-22904 RB denotes rather
T5663 22905-22907 IN denotes to
T5664 22908-22918 JJ denotes epigenetic
T5665 22919-22929 NNS denotes mechanisms
T5666 22929-22930 . denotes .
T5667 22930-23625 sentence denotes Figure 3 Variability of Cre Expression of Mouse Line TgCre4 (A) Variable Cre expression in forebrains of three different mice positive for TgCre4 and R26R Cre indicator (see Figure S1) at postnatal day 12 pictured by the Cre-dependent β-galactosidase activity (blue, X-gal, counterstain by eosin) in coronal brain slices. Scale bar: 1.25 mm. (B) Southern blot analysis of BglII-digested genomic mouse DNA of four TgCre4 mice that differed in the Cre expression pattern. Southern probe detects the wild-type (4.5 kbp) and the transgenic (7, 5, 3, and 2 kbp) alleles. Hence, we hypothesized that the variability in olfactory memory reflected the mosaicism observed in the transgenic TgCre4 line.
T5668 23498-23503 RB denotes Hence
T5669 23508-23520 VBD denotes hypothesized
T5670 23503-23505 , denotes ,
T5671 23505-23507 PRP denotes we
T5672 23521-23525 IN denotes that
T5673 23562-23571 VBD denotes reflected
T5674 23526-23529 DT denotes the
T5675 23530-23541 NN denotes variability
T5676 23542-23544 IN denotes in
T5677 23545-23554 JJ denotes olfactory
T5678 23555-23561 NN denotes memory
T5679 23572-23575 DT denotes the
T5680 23576-23585 NN denotes mosaicism
T5681 23586-23594 VBN denotes observed
T5682 23595-23597 IN denotes in
T5683 23598-23601 DT denotes the
T5684 23620-23624 NN denotes line
T5685 23602-23612 JJ denotes transgenic
T5686 23613-23619 NN denotes TgCre4
T5687 23624-23625 . denotes .
T5688 23625-23822 sentence denotes The evaluation of regional differences in expression pattern of animals with robust and poor olfactory memory could then be applied to identify brain areas responsible for the observed phenotypes.
T5689 23626-23629 DT denotes The
T5690 23630-23640 NN denotes evaluation
T5691 23750-23757 VBN denotes applied
T5692 23641-23643 IN denotes of
T5693 23644-23652 JJ denotes regional
T5694 23653-23664 NNS denotes differences
T5695 23665-23667 IN denotes in
T5696 23668-23678 NN denotes expression
T5697 23679-23686 NN denotes pattern
T5698 23687-23689 IN denotes of
T5699 23690-23697 NNS denotes animals
T5700 23698-23702 IN denotes with
T5701 23703-23709 JJ denotes robust
T5702 23729-23735 NN denotes memory
T5703 23710-23713 CC denotes and
T5704 23714-23718 JJ denotes poor
T5705 23719-23728 JJ denotes olfactory
T5706 23736-23741 MD denotes could
T5707 23742-23746 RB denotes then
T5708 23747-23749 VB denotes be
T5709 23758-23760 TO denotes to
T5710 23761-23769 VB denotes identify
T5711 23770-23775 NN denotes brain
T5712 23776-23781 NNS denotes areas
T5713 23782-23793 JJ denotes responsible
T5714 23794-23797 IN denotes for
T5715 23798-23801 DT denotes the
T5716 23811-23821 NNS denotes phenotypes
T5717 23802-23810 VBN denotes observed
T5718 23821-23822 . denotes .
T5967 23824-23833 JJ denotes Olfactory
T5968 23834-23840 NN denotes Memory
T5969 23841-23851 VBZ denotes Correlates
T5970 23852-23856 IN denotes with
T5971 23857-23865 JJ denotes Residual
T5972 23881-23891 NN denotes Expression
T5973 23866-23870 NN denotes GluR
T5974 23871-23872 NN denotes B
T5975 23870-23871 HYPH denotes -
T5976 23873-23880 NN denotes Protein
T5977 23892-23894 IN denotes in
T5978 23895-23899 NN denotes GluR
T5979 23900-23904 NN denotes BΔFB
T5980 23899-23900 HYPH denotes -
T5981 23905-23909 NNS denotes Mice
T5982 23909-24176 sentence denotes Thus, to examine whether the pronounced variability of olfactory memory in GluR-BΔFB mice (Figure 2E) reflects variability of GluR-B levels in GluR-BΔFB mice, we analyzed the residual amount of GluR-B protein in mice with disparate memory performances (Figure 4A–C).
T5983 23910-23914 RB denotes Thus
T5984 24072-24080 VBD denotes analyzed
T5985 23914-23916 , denotes ,
T5986 23916-23918 TO denotes to
T5987 23919-23926 VB denotes examine
T5988 23927-23934 IN denotes whether
T5989 24012-24020 VBZ denotes reflects
T5990 23935-23938 DT denotes the
T5991 23950-23961 NN denotes variability
T5992 23939-23949 JJ denotes pronounced
T5993 23962-23964 IN denotes of
T5994 23965-23974 JJ denotes olfactory
T5995 23975-23981 NN denotes memory
T5996 23982-23984 IN denotes in
T5997 23985-23989 NN denotes GluR
T5998 23990-23994 NN denotes BΔFB
T5999 23989-23990 HYPH denotes -
T6000 23995-23999 NNS denotes mice
T6001 24000-24001 -LRB- denotes (
T6002 24008-24010 NN denotes 2E
T6003 24001-24007 NN denotes Figure
T6004 24010-24011 -RRB- denotes )
T6005 24021-24032 NN denotes variability
T6006 24033-24035 IN denotes of
T6007 24036-24040 NN denotes GluR
T6008 24041-24042 NN denotes B
T6009 24040-24041 HYPH denotes -
T6010 24043-24049 NNS denotes levels
T6011 24050-24052 IN denotes in
T6012 24053-24057 NN denotes GluR
T6013 24058-24062 NN denotes BΔFB
T6014 24057-24058 HYPH denotes -
T6015 24063-24067 NNS denotes mice
T6016 24067-24069 , denotes ,
T6017 24069-24071 PRP denotes we
T6018 24081-24084 DT denotes the
T6019 24094-24100 NN denotes amount
T6020 24085-24093 JJ denotes residual
T6021 24101-24103 IN denotes of
T6022 24104-24108 NN denotes GluR
T6023 24109-24110 NN denotes B
T6024 24108-24109 HYPH denotes -
T6025 24111-24118 NN denotes protein
T6026 24119-24121 IN denotes in
T6027 24122-24126 NNS denotes mice
T6028 24127-24131 IN denotes with
T6029 24132-24141 JJ denotes disparate
T6030 24149-24161 NNS denotes performances
T6031 24142-24148 NN denotes memory
T6032 24162-24163 -LRB- denotes (
T6033 24170-24172 NN denotes 4A
T6034 24163-24169 NN denotes Figure
T6035 24172-24173 SYM denotes –
T6036 24173-24174 NN denotes C
T6037 24174-24175 -RRB- denotes )
T6038 24175-24176 . denotes .
T6039 24176-24545 sentence denotes Notably, mice with pronounced memory deficits (memory < 70%) showed essentially no detectable GluR-B protein in hippocampus, amygdala, olfactory bulb, and piriform cortex (n = 2, Figure 4B, and unpublished data), but mice with almost complete memory displayed substantial residual GluR-B levels in all brain areas investigated (n = 2, Figure 4B, and unpublished data).
T6040 24177-24184 RB denotes Notably
T6041 24238-24244 VBD denotes showed
T6042 24184-24186 , denotes ,
T6043 24186-24190 NNS denotes mice
T6044 24191-24195 IN denotes with
T6045 24196-24206 JJ denotes pronounced
T6046 24214-24222 NNS denotes deficits
T6047 24207-24213 NN denotes memory
T6048 24223-24224 -LRB- denotes (
T6049 24235-24236 NN denotes %
T6050 24224-24230 NN denotes memory
T6051 24231-24232 SYM denotes <
T6052 24233-24235 CD denotes 70
T6053 24236-24237 -RRB- denotes )
T6054 24245-24256 RB denotes essentially
T6055 24278-24285 NN denotes protein
T6056 24257-24259 DT denotes no
T6057 24260-24270 JJ denotes detectable
T6058 24271-24275 NN denotes GluR
T6059 24276-24277 NN denotes B
T6060 24275-24276 HYPH denotes -
T6061 24286-24288 IN denotes in
T6062 24289-24300 NN denotes hippocampus
T6063 24300-24302 , denotes ,
T6064 24302-24310 NN denotes amygdala
T6065 24310-24312 , denotes ,
T6066 24312-24321 JJ denotes olfactory
T6067 24322-24326 NN denotes bulb
T6068 24326-24328 , denotes ,
T6069 24328-24331 CC denotes and
T6070 24332-24340 JJ denotes piriform
T6071 24341-24347 NN denotes cortex
T6072 24348-24349 -LRB- denotes (
T6073 24363-24365 NN denotes 4B
T6074 24349-24350 NN denotes n
T6075 24353-24354 CD denotes 2
T6076 24351-24352 SYM denotes =
T6077 24354-24356 , denotes ,
T6078 24356-24362 NN denotes Figure
T6079 24365-24367 , denotes ,
T6080 24367-24370 CC denotes and
T6081 24371-24382 JJ denotes unpublished
T6082 24383-24387 NNS denotes data
T6083 24387-24388 -RRB- denotes )
T6084 24388-24390 , denotes ,
T6085 24390-24393 CC denotes but
T6086 24394-24398 NNS denotes mice
T6087 24427-24436 VBD denotes displayed
T6088 24399-24403 IN denotes with
T6089 24404-24410 RB denotes almost
T6090 24411-24419 JJ denotes complete
T6091 24420-24426 NN denotes memory
T6092 24437-24448 JJ denotes substantial
T6093 24465-24471 NNS denotes levels
T6094 24449-24457 JJ denotes residual
T6095 24458-24462 NN denotes GluR
T6096 24463-24464 NN denotes B
T6097 24462-24463 HYPH denotes -
T6098 24472-24474 IN denotes in
T6099 24475-24478 DT denotes all
T6100 24485-24490 NNS denotes areas
T6101 24479-24484 NN denotes brain
T6102 24491-24503 VBN denotes investigated
T6103 24504-24505 -LRB- denotes (
T6104 24519-24521 NN denotes 4B
T6105 24505-24506 NN denotes n
T6106 24509-24510 CD denotes 2
T6107 24507-24508 SYM denotes =
T6108 24510-24512 , denotes ,
T6109 24512-24518 NN denotes Figure
T6110 24521-24523 , denotes ,
T6111 24523-24526 CC denotes and
T6112 24527-24538 JJ denotes unpublished
T6113 24539-24543 NNS denotes data
T6114 24543-24544 -RRB- denotes )
T6115 24544-24545 . denotes .
T6116 24545-26944 sentence denotes Figure 4 Olfactory Memory but not Odor Learning/Discrimination Is Correlated with Residual GluR-B Levels in Hippocampus and Forebrain of GluR-BΔFB Mice (A) The olfactory memory performance for 18 GluR-BΔFB (red) and 11 littermate control (black) mice is given as mean (thick lines ± SEM) and as individual performance in open circles and triangles. Arrows with numbers (#) indicate those mice used in experiments (B–C). Data were combined from Figure 2 (open symbols) and an additional experiment with nine GluR-BΔFB and two littermate controls (shaded symbols). (B and C) Residual GluR-B levels as detected by anti-GluR-B immunofluorescence in hippocampus, amygdala, piriform cortex, and olfactory bulb of one control (#1) and two GluR-BΔFB (#2 and #3) coronal mouse brain sections (B) and by immunoblot analysis from hippocampal (Hip), cortical forebrain (FB), and olfactory bulb (OB) protein extracts of control (#4) and GluR-BΔFB mice (#5, #6, #7, and #8) probed with antibodies detecting GluR-B and β-actin as an internal loading control (C). Scale bars: 200 μm (first panel), 100 μm (other panels). (D) From ten GluR-BΔFB mice, the individual odor learning/discrimination and olfactory memory performance was determined together with the relative GluR-B levels in immunoblots of hippocampal, forebrain, and olfactory bulb protein extracts. Memory performance (top panels) and discrimination capability (bottom panels; discrimination index is measured for the last 100 trials of the mixture discrimination task as indicated by the arrow in Figure 2C) were plotted against GluR-B levels. Memory was tightly correlated to GluR-B protein level in hippocampus (R2 = 0.72; p < 0.003) and cortical forebrain (R2 = 0.62; p < 0.006) and only weakly in the olfactory bulb (R2 = 0.48; p = 0.03). No measure of learning/discrimination (discrimination index for last 100 mixture trials [D], slopes of trend lines, average discrimination index, average sampling pattern differences, correct performance, etc. [not shown]) displayed any correlation (R2 < 0.3). To quantify the relation between residual GluR-B protein and olfactory memory, the memory experiment was repeated with nine additional GluR-BΔFB mice and two GluR-B2lox control animals (indicated with shaded symbols in Figure 4A), resulting in the same mean, variability, and range of memory performance (control: 89 ± 10%; GluR-BΔFB: 63 ± 14%).
T6117 26599-26601 TO denotes To
T6118 26602-26610 VB denotes quantify
T6119 26704-26712 VBN denotes repeated
T6120 26611-26614 DT denotes the
T6121 26615-26623 NN denotes relation
T6122 26624-26631 IN denotes between
T6123 26632-26640 JJ denotes residual
T6124 26648-26655 NN denotes protein
T6125 26641-26645 NN denotes GluR
T6126 26646-26647 NN denotes B
T6127 26645-26646 HYPH denotes -
T6128 26656-26659 CC denotes and
T6129 26660-26669 JJ denotes olfactory
T6130 26670-26676 NN denotes memory
T6131 26676-26678 , denotes ,
T6132 26678-26681 DT denotes the
T6133 26689-26699 NN denotes experiment
T6134 26682-26688 NN denotes memory
T6135 26700-26703 VBD denotes was
T6136 26713-26717 IN denotes with
T6137 26718-26722 CD denotes nine
T6138 26744-26748 NNS denotes mice
T6139 26723-26733 JJ denotes additional
T6140 26734-26738 NN denotes GluR
T6141 26739-26743 NN denotes BΔFB
T6142 26738-26739 HYPH denotes -
T6143 26749-26752 CC denotes and
T6144 26753-26756 CD denotes two
T6145 26776-26783 NNS denotes animals
T6146 26757-26761 NN denotes GluR
T6147 26762-26767 NN denotes B2lox
T6148 26761-26762 HYPH denotes -
T6149 26768-26775 NN denotes control
T6150 26784-26785 -LRB- denotes (
T6151 26785-26794 VBN denotes indicated
T6152 26795-26799 IN denotes with
T6153 26800-26806 VBN denotes shaded
T6154 26807-26814 NNS denotes symbols
T6155 26815-26817 IN denotes in
T6156 26818-26824 NN denotes Figure
T6157 26825-26827 NN denotes 4A
T6158 26827-26828 -RRB- denotes )
T6159 26828-26830 , denotes ,
T6160 26830-26839 VBG denotes resulting
T6161 26840-26842 IN denotes in
T6162 26843-26846 DT denotes the
T6163 26852-26856 NN denotes mean
T6164 26847-26851 JJ denotes same
T6165 26856-26858 , denotes ,
T6166 26858-26869 NN denotes variability
T6167 26869-26871 , denotes ,
T6168 26871-26874 CC denotes and
T6169 26875-26880 NN denotes range
T6170 26881-26883 IN denotes of
T6171 26884-26890 NN denotes memory
T6172 26891-26902 NN denotes performance
T6173 26903-26904 -LRB- denotes (
T6174 26941-26942 NN denotes %
T6175 26904-26911 NN denotes control
T6176 26920-26921 NN denotes %
T6177 26911-26913 : denotes :
T6178 26913-26915 CD denotes 89
T6179 26918-26920 CD denotes 10
T6180 26916-26917 SYM denotes ±
T6181 26921-26922 : denotes ;
T6182 26923-26927 NN denotes GluR
T6183 26928-26932 NN denotes BΔFB
T6184 26927-26928 HYPH denotes -
T6185 26932-26934 : denotes :
T6186 26934-26936 CD denotes 63
T6187 26939-26941 CD denotes 14
T6188 26937-26938 SYM denotes ±
T6189 26942-26943 -RRB- denotes )
T6190 26943-26944 . denotes .
T6191 26944-27097 sentence denotes Subsequently, protein was extracted from olfactory bulbs, cortical areas, and hippocampi from each mouse, and GluR-B protein was quantified (Figure 4C).
T6192 26945-26957 RB denotes Subsequently
T6193 26971-26980 VBN denotes extracted
T6194 26957-26959 , denotes ,
T6195 26959-26966 NN denotes protein
T6196 26967-26970 VBD denotes was
T6197 26981-26985 IN denotes from
T6198 26986-26995 JJ denotes olfactory
T6199 26996-27001 NNS denotes bulbs
T6200 27001-27003 , denotes ,
T6201 27003-27011 JJ denotes cortical
T6202 27012-27017 NNS denotes areas
T6203 27017-27019 , denotes ,
T6204 27019-27022 CC denotes and
T6205 27023-27033 NNS denotes hippocampi
T6206 27034-27038 IN denotes from
T6207 27039-27043 DT denotes each
T6208 27044-27049 NN denotes mouse
T6209 27049-27051 , denotes ,
T6210 27051-27054 CC denotes and
T6211 27055-27059 NN denotes GluR
T6212 27060-27061 NN denotes B
T6213 27059-27060 HYPH denotes -
T6214 27062-27069 NN denotes protein
T6215 27074-27084 VBN denotes quantified
T6216 27070-27073 VBD denotes was
T6217 27085-27086 -LRB- denotes (
T6218 27093-27095 NN denotes 4C
T6219 27086-27092 NN denotes Figure
T6220 27095-27096 -RRB- denotes )
T6221 27096-27097 . denotes .
T6222 27097-27264 sentence denotes The summarized correlations are depicted in Figure 4D (two animals were used for immunofluorescent analysis that yielded the same results as in the first experiment).
T6223 27098-27101 DT denotes The
T6224 27113-27125 NNS denotes correlations
T6225 27102-27112 VBN denotes summarized
T6226 27130-27138 VBN denotes depicted
T6227 27126-27129 VBP denotes are
T6228 27139-27141 IN denotes in
T6229 27142-27148 NN denotes Figure
T6230 27149-27151 NN denotes 4D
T6231 27152-27153 -LRB- denotes (
T6232 27170-27174 VBN denotes used
T6233 27153-27156 CD denotes two
T6234 27157-27164 NNS denotes animals
T6235 27165-27169 VBD denotes were
T6236 27175-27178 IN denotes for
T6237 27179-27196 JJ denotes immunofluorescent
T6238 27197-27205 NN denotes analysis
T6239 27206-27210 WDT denotes that
T6240 27211-27218 VBD denotes yielded
T6241 27219-27222 DT denotes the
T6242 27228-27235 NNS denotes results
T6243 27223-27227 JJ denotes same
T6244 27236-27238 IN denotes as
T6245 27239-27241 IN denotes in
T6246 27242-27245 DT denotes the
T6247 27252-27262 NN denotes experiment
T6248 27246-27251 JJ denotes first
T6249 27262-27263 -RRB- denotes )
T6250 27263-27264 . denotes .
T6251 27264-27570 sentence denotes Whereas no learning or discrimination-related parameter correlated with residual protein levels (Figure 4D, R2 < 0.3), a strong correlation between memory and GluR-B protein was observed in hippocampus (Figure 4D, R2 = 0.72, p < 0.003, n = 10) and cortical areas (Figure 4D, R2 = 0.62, p < 0.006, n = 10).
T6252 27265-27272 IN denotes Whereas
T6253 27321-27331 VBD denotes correlated
T6254 27273-27275 DT denotes no
T6255 27311-27320 NN denotes parameter
T6256 27276-27284 NN denotes learning
T6257 27303-27310 VBN denotes related
T6258 27285-27287 CC denotes or
T6259 27288-27302 NN denotes discrimination
T6260 27302-27303 HYPH denotes -
T6261 27443-27451 VBN denotes observed
T6262 27332-27336 IN denotes with
T6263 27337-27345 JJ denotes residual
T6264 27354-27360 NNS denotes levels
T6265 27346-27353 NN denotes protein
T6266 27361-27362 -LRB- denotes (
T6267 27369-27371 NN denotes 4D
T6268 27362-27368 NN denotes Figure
T6269 27371-27373 , denotes ,
T6270 27373-27375 NN denotes R2
T6271 27378-27381 CD denotes 0.3
T6272 27376-27377 SYM denotes <
T6273 27381-27382 -RRB- denotes )
T6274 27382-27384 , denotes ,
T6275 27384-27385 DT denotes a
T6276 27393-27404 NN denotes correlation
T6277 27386-27392 JJ denotes strong
T6278 27405-27412 IN denotes between
T6279 27413-27419 NN denotes memory
T6280 27420-27423 CC denotes and
T6281 27424-27428 NN denotes GluR
T6282 27429-27430 NN denotes B
T6283 27428-27429 HYPH denotes -
T6284 27431-27438 NN denotes protein
T6285 27439-27442 VBD denotes was
T6286 27452-27454 IN denotes in
T6287 27455-27466 NN denotes hippocampus
T6288 27467-27468 -LRB- denotes (
T6289 27475-27477 NN denotes 4D
T6290 27468-27474 NN denotes Figure
T6291 27477-27479 , denotes ,
T6292 27479-27481 NN denotes R2
T6293 27484-27488 CD denotes 0.72
T6294 27482-27483 SYM denotes =
T6295 27488-27490 , denotes ,
T6296 27490-27491 NN denotes p
T6297 27494-27499 CD denotes 0.003
T6298 27492-27493 SYM denotes <
T6299 27499-27501 , denotes ,
T6300 27501-27502 NN denotes n
T6301 27505-27507 CD denotes 10
T6302 27503-27504 SYM denotes =
T6303 27507-27508 -RRB- denotes )
T6304 27509-27512 CC denotes and
T6305 27513-27521 JJ denotes cortical
T6306 27522-27527 NNS denotes areas
T6307 27528-27529 -LRB- denotes (
T6308 27536-27538 NN denotes 4D
T6309 27529-27535 NN denotes Figure
T6310 27538-27540 , denotes ,
T6311 27540-27542 NN denotes R2
T6312 27545-27549 CD denotes 0.62
T6313 27543-27544 SYM denotes =
T6314 27549-27551 , denotes ,
T6315 27551-27552 NN denotes p
T6316 27555-27560 CD denotes 0.006
T6317 27553-27554 SYM denotes <
T6318 27560-27562 , denotes ,
T6319 27562-27563 NN denotes n
T6320 27566-27568 CD denotes 10
T6321 27564-27565 SYM denotes =
T6322 27568-27569 -RRB- denotes )
T6323 27569-27570 . denotes .
T6324 27570-27682 sentence denotes Only a weakly significant correlation was found in the olfactory bulb (Figure 4D, R2 = 0.48, p = 0.03, n = 10).
T6325 27571-27575 RB denotes Only
T6326 27597-27608 NN denotes correlation
T6327 27576-27577 DT denotes a
T6328 27578-27584 RB denotes weakly
T6329 27585-27596 JJ denotes significant
T6330 27613-27618 VBN denotes found
T6331 27609-27612 VBD denotes was
T6332 27619-27621 IN denotes in
T6333 27622-27625 DT denotes the
T6334 27636-27640 NN denotes bulb
T6335 27626-27635 JJ denotes olfactory
T6336 27641-27642 -LRB- denotes (
T6337 27649-27651 NN denotes 4D
T6338 27642-27648 NN denotes Figure
T6339 27651-27653 , denotes ,
T6340 27653-27655 NN denotes R2
T6341 27658-27662 CD denotes 0.48
T6342 27656-27657 SYM denotes =
T6343 27662-27664 , denotes ,
T6344 27664-27665 NN denotes p
T6345 27668-27672 CD denotes 0.03
T6346 27666-27667 SYM denotes =
T6347 27672-27674 , denotes ,
T6348 27674-27675 NN denotes n
T6349 27678-27680 CD denotes 10
T6350 27676-27677 SYM denotes =
T6351 27680-27681 -RRB- denotes )
T6352 27681-27682 . denotes .
T6353 27682-27876 sentence denotes GluR-A levels were unchanged from wild-type, indicating that compensatory up-regulation of other AMPAR subunits is unlikely (GluR-A levels relative to control: 1.02 ± 0.05, mean ± SEM, n = 10).
T6354 27683-27687 NN denotes GluR
T6355 27688-27689 NN denotes A
T6356 27687-27688 HYPH denotes -
T6357 27690-27696 NNS denotes levels
T6358 27697-27701 VBD denotes were
T6359 27702-27711 JJ denotes unchanged
T6360 27712-27716 IN denotes from
T6361 27717-27721 JJ denotes wild
T6362 27722-27726 NN denotes type
T6363 27721-27722 HYPH denotes -
T6364 27726-27728 , denotes ,
T6365 27728-27738 VBG denotes indicating
T6366 27739-27743 IN denotes that
T6367 27795-27797 VBZ denotes is
T6368 27744-27756 JJ denotes compensatory
T6369 27760-27770 NN denotes regulation
T6370 27757-27759 JJ denotes up
T6371 27759-27760 HYPH denotes -
T6372 27771-27773 IN denotes of
T6373 27774-27779 JJ denotes other
T6374 27786-27794 NNS denotes subunits
T6375 27780-27785 NN denotes AMPAR
T6376 27798-27806 JJ denotes unlikely
T6377 27807-27808 -LRB- denotes (
T6378 27815-27821 NNS denotes levels
T6379 27808-27812 NN denotes GluR
T6380 27813-27814 NN denotes A
T6381 27812-27813 HYPH denotes -
T6382 27822-27830 JJ denotes relative
T6383 27831-27833 IN denotes to
T6384 27834-27841 NN denotes control
T6385 27841-27843 : denotes :
T6386 27843-27847 CD denotes 1.02
T6387 27850-27854 CD denotes 0.05
T6388 27848-27849 SYM denotes ±
T6389 27872-27874 CD denotes 10
T6390 27854-27856 , denotes ,
T6391 27856-27860 NN denotes mean
T6392 27863-27866 NN denotes SEM
T6393 27861-27862 SYM denotes ±
T6394 27866-27868 , denotes ,
T6395 27868-27869 NN denotes n
T6396 27870-27871 SYM denotes =
T6397 27874-27875 -RRB- denotes )
T6398 27875-27876 . denotes .
T6399 27876-28072 sentence denotes In summary, mice with reduced GluR-B levels in forebrain areas showed decreased olfactory memory, which correlated tightly with a reduction in GluR-B levels in the hippocampus and cortical areas.
T6400 27877-27879 IN denotes In
T6401 27940-27946 VBD denotes showed
T6402 27880-27887 NN denotes summary
T6403 27887-27889 , denotes ,
T6404 27889-27893 NNS denotes mice
T6405 27894-27898 IN denotes with
T6406 27899-27906 VBN denotes reduced
T6407 27914-27920 NNS denotes levels
T6408 27907-27911 NN denotes GluR
T6409 27912-27913 NN denotes B
T6410 27911-27912 HYPH denotes -
T6411 27921-27923 IN denotes in
T6412 27924-27933 NN denotes forebrain
T6413 27934-27939 NNS denotes areas
T6414 27947-27956 VBN denotes decreased
T6415 27967-27973 NN denotes memory
T6416 27957-27966 JJ denotes olfactory
T6417 27973-27975 , denotes ,
T6418 27975-27980 WDT denotes which
T6419 27981-27991 VBD denotes correlated
T6420 27992-27999 RB denotes tightly
T6421 28000-28004 IN denotes with
T6422 28005-28006 DT denotes a
T6423 28007-28016 NN denotes reduction
T6424 28017-28019 IN denotes in
T6425 28020-28024 NN denotes GluR
T6426 28025-28026 NN denotes B
T6427 28024-28025 HYPH denotes -
T6428 28027-28033 NNS denotes levels
T6429 28034-28036 IN denotes in
T6430 28037-28040 DT denotes the
T6431 28041-28052 NN denotes hippocampus
T6432 28053-28056 CC denotes and
T6433 28057-28065 JJ denotes cortical
T6434 28066-28071 NNS denotes areas
T6435 28071-28072 . denotes .
T6436 28072-28338 sentence denotes Enhanced odor learning and discrimination, on the other hand, was independent of residual GluR-B levels in the olfactory bulb and other forebrain areas, indicating that moderate GluR-B reductions are sufficient to saturate enhanced odor learning and discrimination.
T6437 28073-28081 VBN denotes Enhanced
T6438 28087-28095 NN denotes learning
T6439 28082-28086 NN denotes odor
T6440 28135-28138 VBD denotes was
T6441 28096-28099 CC denotes and
T6442 28100-28114 NN denotes discrimination
T6443 28114-28116 , denotes ,
T6444 28116-28118 IN denotes on
T6445 28119-28122 DT denotes the
T6446 28129-28133 NN denotes hand
T6447 28123-28128 JJ denotes other
T6448 28133-28135 , denotes ,
T6449 28139-28150 JJ denotes independent
T6450 28151-28153 IN denotes of
T6451 28154-28162 JJ denotes residual
T6452 28170-28176 NNS denotes levels
T6453 28163-28167 NN denotes GluR
T6454 28168-28169 NN denotes B
T6455 28167-28168 HYPH denotes -
T6456 28177-28179 IN denotes in
T6457 28180-28183 DT denotes the
T6458 28194-28198 NN denotes bulb
T6459 28184-28193 JJ denotes olfactory
T6460 28199-28202 CC denotes and
T6461 28203-28208 JJ denotes other
T6462 28219-28224 NNS denotes areas
T6463 28209-28218 NN denotes forebrain
T6464 28224-28226 , denotes ,
T6465 28226-28236 VBG denotes indicating
T6466 28237-28241 IN denotes that
T6467 28269-28272 VBP denotes are
T6468 28242-28250 JJ denotes moderate
T6469 28258-28268 NNS denotes reductions
T6470 28251-28255 NN denotes GluR
T6471 28256-28257 NN denotes B
T6472 28255-28256 HYPH denotes -
T6473 28273-28283 JJ denotes sufficient
T6474 28284-28286 TO denotes to
T6475 28287-28295 VB denotes saturate
T6476 28296-28304 VBN denotes enhanced
T6477 28310-28318 NN denotes learning
T6478 28305-28309 NN denotes odor
T6479 28319-28322 CC denotes and
T6480 28323-28337 NN denotes discrimination
T6481 28337-28338 . denotes .
T6482 28338-28587 sentence denotes Thus, although both are mediated by alterations in the AMPAR subunit GluR-B, due to the qualitatively different dose-response curves, the phenotypes regarding olfactory memory, and olfactory learning/discrimination must be mechanistically distinct.
T6483 28339-28343 RB denotes Thus
T6484 28559-28561 VB denotes be
T6485 28343-28345 , denotes ,
T6486 28345-28353 IN denotes although
T6487 28363-28371 VBN denotes mediated
T6488 28354-28358 DT denotes both
T6489 28359-28362 VBP denotes are
T6490 28372-28374 IN denotes by
T6491 28375-28386 NNS denotes alterations
T6492 28387-28389 IN denotes in
T6493 28390-28393 DT denotes the
T6494 28400-28407 NN denotes subunit
T6495 28394-28399 NN denotes AMPAR
T6496 28408-28412 NN denotes GluR
T6497 28413-28414 NN denotes B
T6498 28412-28413 HYPH denotes -
T6499 28414-28416 , denotes ,
T6500 28416-28419 IN denotes due
T6501 28420-28422 IN denotes to
T6502 28423-28426 DT denotes the
T6503 28465-28471 NNS denotes curves
T6504 28427-28440 RB denotes qualitatively
T6505 28441-28450 JJ denotes different
T6506 28451-28455 NN denotes dose
T6507 28456-28464 NN denotes response
T6508 28455-28456 HYPH denotes -
T6509 28471-28473 , denotes ,
T6510 28473-28476 DT denotes the
T6511 28477-28487 NNS denotes phenotypes
T6512 28488-28497 VBG denotes regarding
T6513 28498-28507 JJ denotes olfactory
T6514 28508-28514 NN denotes memory
T6515 28514-28516 , denotes ,
T6516 28516-28519 CC denotes and
T6517 28520-28529 JJ denotes olfactory
T6518 28539-28553 NN denotes discrimination
T6519 28530-28538 NN denotes learning
T6520 28538-28539 HYPH denotes /
T6521 28554-28558 MD denotes must
T6522 28562-28577 RB denotes mechanistically
T6523 28578-28586 JJ denotes distinct
T6524 28586-28587 . denotes .
T6879 28589-28596 JJ denotes Partial
T6880 28597-28603 NN denotes Rescue
T6881 28604-28606 IN denotes of
T6882 28607-28616 JJ denotes Olfactory
T6883 28624-28631 NN denotes Deficit
T6884 28617-28623 NN denotes Memory
T6885 28632-28634 IN denotes by
T6886 28635-28644 JJ denotes Selective
T6887 28663-28673 NN denotes Expression
T6888 28645-28655 JJ denotes Transgenic
T6889 28656-28660 NN denotes GluR
T6890 28661-28662 NN denotes B
T6891 28660-28661 HYPH denotes -
T6892 28674-28676 IN denotes in
T6893 28677-28688 NN denotes Hippocampus
T6894 28689-28692 CC denotes and
T6895 28693-28701 JJ denotes Piriform
T6896 28702-28708 NN denotes Cortex
T6897 28709-28711 IN denotes in
T6898 28712-28716 NN denotes GluR
T6899 28717-28721 NN denotes BΔFB
T6900 28716-28717 HYPH denotes -
T6901 28722-28726 NNS denotes Mice
T6902 28726-28910 sentence denotes The effect of selective GluR-B depletion in mice indicated that GluR-B-containing AMPARs in the hippocampus, and/or (olfactory) cortex are likely to be important for olfactory memory.
T6903 28727-28730 DT denotes The
T6904 28731-28737 NN denotes effect
T6905 28776-28785 VBD denotes indicated
T6906 28738-28740 IN denotes of
T6907 28741-28750 JJ denotes selective
T6908 28758-28767 NN denotes depletion
T6909 28751-28755 NN denotes GluR
T6910 28756-28757 NN denotes B
T6911 28755-28756 HYPH denotes -
T6912 28768-28770 IN denotes in
T6913 28771-28775 NNS denotes mice
T6914 28786-28790 IN denotes that
T6915 28862-28865 VBP denotes are
T6916 28791-28795 NN denotes GluR
T6917 28796-28797 NN denotes B
T6918 28795-28796 HYPH denotes -
T6919 28798-28808 VBG denotes containing
T6920 28797-28798 HYPH denotes -
T6921 28809-28815 NNS denotes AMPARs
T6922 28816-28818 IN denotes in
T6923 28819-28822 DT denotes the
T6924 28823-28834 NN denotes hippocampus
T6925 28834-28836 , denotes ,
T6926 28836-28839 CC denotes and
T6927 28839-28840 HYPH denotes /
T6928 28840-28842 CC denotes or
T6929 28843-28844 -LRB- denotes (
T6930 28855-28861 NN denotes cortex
T6931 28844-28853 JJ denotes olfactory
T6932 28853-28854 -RRB- denotes )
T6933 28866-28872 JJ denotes likely
T6934 28873-28875 TO denotes to
T6935 28876-28878 VB denotes be
T6936 28879-28888 JJ denotes important
T6937 28889-28892 IN denotes for
T6938 28893-28902 JJ denotes olfactory
T6939 28903-28909 NN denotes memory
T6940 28909-28910 . denotes .
T6941 28910-29134 sentence denotes The olfactory memory phenotype could be due to depletion of GluR-B in olfactory cortex or hippocampus; enhanced learning and discrimination capabilities might rather be evoked by AMPARs lacking GluR-B in the olfactory bulb.
T6942 28911-28914 DT denotes The
T6943 28932-28941 NN denotes phenotype
T6944 28915-28924 JJ denotes olfactory
T6945 28925-28931 NN denotes memory
T6946 28948-28950 VB denotes be
T6947 28942-28947 MD denotes could
T6948 29080-29086 VBN denotes evoked
T6949 28951-28954 IN denotes due
T6950 28955-28957 IN denotes to
T6951 28958-28967 NN denotes depletion
T6952 28968-28970 IN denotes of
T6953 28971-28975 NN denotes GluR
T6954 28976-28977 NN denotes B
T6955 28975-28976 HYPH denotes -
T6956 28978-28980 IN denotes in
T6957 28981-28990 JJ denotes olfactory
T6958 28991-28997 NN denotes cortex
T6959 28998-29000 CC denotes or
T6960 29001-29012 NN denotes hippocampus
T6961 29012-29013 : denotes ;
T6962 29014-29022 VBN denotes enhanced
T6963 29051-29063 NNS denotes capabilities
T6964 29023-29031 NN denotes learning
T6965 29032-29035 CC denotes and
T6966 29036-29050 NN denotes discrimination
T6967 29064-29069 MD denotes might
T6968 29070-29076 RB denotes rather
T6969 29077-29079 VB denotes be
T6970 29087-29089 IN denotes by
T6971 29090-29096 NNS denotes AMPARs
T6972 29097-29104 VBG denotes lacking
T6973 29105-29109 NN denotes GluR
T6974 29110-29111 NN denotes B
T6975 29109-29110 HYPH denotes -
T6976 29112-29114 IN denotes in
T6977 29115-29118 DT denotes the
T6978 29129-29133 NN denotes bulb
T6979 29119-29128 JJ denotes olfactory
T6980 29133-29134 . denotes .
T6981 29134-29426 sentence denotes To obtain independent evidence for this spatial and mechanistic dissection of the roles of Ca2+-permeable AMPARs, we expressed by transgenic means N-terminally green fluorescent protein (GFP)-tagged GluR-B specifically in hippocampus and piriform cortex of GluR-BΔFB mice (Figure 5A and 5B).
T6982 29135-29137 TO denotes To
T6983 29138-29144 VB denotes obtain
T6984 29252-29261 VBD denotes expressed
T6985 29145-29156 JJ denotes independent
T6986 29157-29165 NN denotes evidence
T6987 29166-29169 IN denotes for
T6988 29170-29174 DT denotes this
T6989 29199-29209 NN denotes dissection
T6990 29175-29182 JJ denotes spatial
T6991 29183-29186 CC denotes and
T6992 29187-29198 JJ denotes mechanistic
T6993 29210-29212 IN denotes of
T6994 29213-29216 DT denotes the
T6995 29217-29222 NNS denotes roles
T6996 29223-29225 IN denotes of
T6997 29226-29229 NN denotes Ca2
T6998 29231-29240 JJ denotes permeable
T6999 29229-29230 SYM denotes +
T7000 29230-29231 HYPH denotes -
T7001 29241-29247 NNS denotes AMPARs
T7002 29247-29249 , denotes ,
T7003 29249-29251 PRP denotes we
T7004 29262-29264 IN denotes by
T7005 29265-29275 JJ denotes transgenic
T7006 29276-29281 NNS denotes means
T7007 29282-29283 NN denotes N
T7008 29284-29294 RB denotes terminally
T7009 29283-29284 HYPH denotes -
T7010 29295-29300 JJ denotes green
T7011 29313-29320 NN denotes protein
T7012 29301-29312 JJ denotes fluorescent
T7013 29327-29333 VBN denotes tagged
T7014 29321-29322 -LRB- denotes (
T7015 29322-29325 NN denotes GFP
T7016 29325-29326 -RRB- denotes )
T7017 29326-29327 HYPH denotes -
T7018 29339-29340 NN denotes B
T7019 29334-29338 NN denotes GluR
T7020 29338-29339 HYPH denotes -
T7021 29341-29353 RB denotes specifically
T7022 29354-29356 IN denotes in
T7023 29357-29368 NN denotes hippocampus
T7024 29369-29372 CC denotes and
T7025 29373-29381 JJ denotes piriform
T7026 29382-29388 NN denotes cortex
T7027 29389-29391 IN denotes of
T7028 29392-29396 NN denotes GluR
T7029 29397-29401 NN denotes BΔFB
T7030 29396-29397 HYPH denotes -
T7031 29402-29406 NNS denotes mice
T7032 29407-29408 -LRB- denotes (
T7033 29415-29417 NN denotes 5A
T7034 29408-29414 NN denotes Figure
T7035 29418-29421 CC denotes and
T7036 29422-29424 NN denotes 5B
T7037 29424-29425 -RRB- denotes )
T7038 29425-29426 . denotes .
T7039 29426-29629 sentence denotes In accordance with the proposed region-dependence, we expected that additional GluR-B subunits in hippocampus and/or piriform cortex improve odor memory but do not alter odor discrimination performance.
T7040 29427-29429 IN denotes In
T7041 29481-29489 VBD denotes expected
T7042 29430-29440 NN denotes accordance
T7043 29441-29445 IN denotes with
T7044 29446-29449 DT denotes the
T7045 29466-29476 NN denotes dependence
T7046 29450-29458 VBN denotes proposed
T7047 29459-29465 NN denotes region
T7048 29465-29466 HYPH denotes -
T7049 29476-29478 , denotes ,
T7050 29478-29480 PRP denotes we
T7051 29490-29494 IN denotes that
T7052 29560-29567 VBP denotes improve
T7053 29495-29505 JJ denotes additional
T7054 29513-29521 NNS denotes subunits
T7055 29506-29510 NN denotes GluR
T7056 29511-29512 NN denotes B
T7057 29510-29511 HYPH denotes -
T7058 29522-29524 IN denotes in
T7059 29525-29536 NN denotes hippocampus
T7060 29537-29540 CC denotes and
T7061 29540-29541 HYPH denotes /
T7062 29541-29543 CC denotes or
T7063 29544-29552 JJ denotes piriform
T7064 29553-29559 NN denotes cortex
T7065 29568-29572 NN denotes odor
T7066 29573-29579 NN denotes memory
T7067 29580-29583 CC denotes but
T7068 29584-29586 VBP denotes do
T7069 29591-29596 VB denotes alter
T7070 29587-29590 RB denotes not
T7071 29597-29601 NN denotes odor
T7072 29602-29616 NN denotes discrimination
T7073 29617-29628 NN denotes performance
T7074 29628-29629 . denotes .
T7075 29629-29910 sentence denotes The mouse line employed for this purpose, termed GluR-BRescue, had the genetic background of GluR-BΔFB mice but additionally carried a bidirectional module for β-galactosidase and GFPGluR-B expression, responsive to the tetracycline-controlled transcriptional transactivator [62].
T7076 29630-29633 DT denotes The
T7077 29640-29644 NN denotes line
T7078 29634-29639 NN denotes mouse
T7079 29693-29696 VBD denotes had
T7080 29645-29653 VBN denotes employed
T7081 29654-29657 IN denotes for
T7082 29658-29662 DT denotes this
T7083 29663-29670 NN denotes purpose
T7084 29670-29672 , denotes ,
T7085 29672-29678 VBN denotes termed
T7086 29679-29683 NN denotes GluR
T7087 29684-29691 NN denotes BRescue
T7088 29683-29684 HYPH denotes -
T7089 29691-29693 , denotes ,
T7090 29697-29700 DT denotes the
T7091 29709-29719 NN denotes background
T7092 29701-29708 JJ denotes genetic
T7093 29720-29722 IN denotes of
T7094 29723-29727 NN denotes GluR
T7095 29728-29732 NN denotes BΔFB
T7096 29727-29728 HYPH denotes -
T7097 29733-29737 NNS denotes mice
T7098 29738-29741 CC denotes but
T7099 29742-29754 RB denotes additionally
T7100 29755-29762 VBD denotes carried
T7101 29763-29764 DT denotes a
T7102 29779-29785 NN denotes module
T7103 29765-29778 JJ denotes bidirectional
T7104 29786-29789 IN denotes for
T7105 29790-29791 NN denotes β
T7106 29792-29805 NN denotes galactosidase
T7107 29791-29792 HYPH denotes -
T7108 29820-29830 NN denotes expression
T7109 29806-29809 CC denotes and
T7110 29810-29817 NN denotes GFPGluR
T7111 29818-29819 NN denotes B
T7112 29817-29818 HYPH denotes -
T7113 29830-29832 , denotes ,
T7114 29832-29842 JJ denotes responsive
T7115 29843-29845 IN denotes to
T7116 29846-29849 DT denotes the
T7117 29890-29904 NN denotes transactivator
T7118 29850-29862 NN denotes tetracycline
T7119 29863-29873 VBN denotes controlled
T7120 29862-29863 HYPH denotes -
T7121 29874-29889 JJ denotes transcriptional
T7122 29905-29906 -LRB- denotes [
T7123 29906-29908 CD denotes 62
T7124 29908-29909 -RRB- denotes ]
T7125 29909-29910 . denotes .
T7126 29910-30074 sentence denotes The transactivator was under the control of a modified αCaMKII-promoter fragment to obtain high expression selectivity (Figure 5A; see also Materials and Methods).
T7127 29911-29914 DT denotes The
T7128 29915-29929 NN denotes transactivator
T7129 29930-29933 VBD denotes was
T7130 29934-29939 IN denotes under
T7131 29940-29943 DT denotes the
T7132 29944-29951 NN denotes control
T7133 29952-29954 IN denotes of
T7134 29955-29956 DT denotes a
T7135 29983-29991 NN denotes fragment
T7136 29957-29965 VBN denotes modified
T7137 29966-29973 NN denotes αCaMKII
T7138 29974-29982 NN denotes promoter
T7139 29973-29974 HYPH denotes -
T7140 29992-29994 TO denotes to
T7141 29995-30001 VB denotes obtain
T7142 30002-30006 JJ denotes high
T7143 30018-30029 NN denotes selectivity
T7144 30007-30017 NN denotes expression
T7145 30030-30031 -LRB- denotes (
T7146 30038-30040 NN denotes 5A
T7147 30031-30037 NN denotes Figure
T7148 30040-30041 : denotes ;
T7149 30042-30045 VB denotes see
T7150 30046-30050 RB denotes also
T7151 30051-30060 NNS denotes Materials
T7152 30061-30064 CC denotes and
T7153 30065-30072 NNS denotes Methods
T7154 30072-30073 -RRB- denotes )
T7155 30073-30074 . denotes .
T7156 30074-30216 sentence denotes The transgenic expression level of GFPGluR-B was 9.72% ± 1.25 (n = 3) in the hippocampus, compared with endogenous GluR-B (Figure 5C and 5D).
T7157 30075-30078 DT denotes The
T7158 30101-30106 NN denotes level
T7159 30079-30089 JJ denotes transgenic
T7160 30090-30100 NN denotes expression
T7161 30120-30123 VBD denotes was
T7162 30107-30109 IN denotes of
T7163 30110-30117 NN denotes GFPGluR
T7164 30118-30119 NN denotes B
T7165 30117-30118 HYPH denotes -
T7166 30124-30128 CD denotes 9.72
T7167 30128-30129 NN denotes %
T7168 30130-30131 SYM denotes ±
T7169 30132-30136 CD denotes 1.25
T7170 30137-30138 -LRB- denotes (
T7171 30142-30143 CD denotes 3
T7172 30138-30139 NN denotes n
T7173 30140-30141 SYM denotes =
T7174 30143-30144 -RRB- denotes )
T7175 30145-30147 IN denotes in
T7176 30148-30151 DT denotes the
T7177 30152-30163 NN denotes hippocampus
T7178 30163-30165 , denotes ,
T7179 30165-30173 VBN denotes compared
T7180 30174-30178 IN denotes with
T7181 30179-30189 JJ denotes endogenous
T7182 30195-30196 NN denotes B
T7183 30190-30194 NN denotes GluR
T7184 30194-30195 HYPH denotes -
T7185 30197-30198 -LRB- denotes (
T7186 30205-30207 NN denotes 5C
T7187 30198-30204 NN denotes Figure
T7188 30208-30211 CC denotes and
T7189 30212-30214 NN denotes 5D
T7190 30214-30215 -RRB- denotes )
T7191 30215-30216 . denotes .
T7192 30216-30463 sentence denotes Analysis of β-galactosidase activity and GFPGluR-B expression in brain sections of GluR-BRescue mice revealed expression in hippocampus and piriform cortex, whereas cortex, amygdala, and striatum only rarely showed any positive cells (Figure 5B).
T7193 30217-30225 NN denotes Analysis
T7194 30318-30326 VBD denotes revealed
T7195 30226-30228 IN denotes of
T7196 30229-30230 NN denotes β
T7197 30231-30244 NN denotes galactosidase
T7198 30230-30231 HYPH denotes -
T7199 30245-30253 NN denotes activity
T7200 30254-30257 CC denotes and
T7201 30258-30265 NN denotes GFPGluR
T7202 30266-30267 NN denotes B
T7203 30265-30266 HYPH denotes -
T7204 30268-30278 NN denotes expression
T7205 30279-30281 IN denotes in
T7206 30282-30287 NN denotes brain
T7207 30288-30296 NNS denotes sections
T7208 30297-30299 IN denotes of
T7209 30300-30304 NN denotes GluR
T7210 30305-30312 NN denotes BRescue
T7211 30304-30305 HYPH denotes -
T7212 30313-30317 NNS denotes mice
T7213 30327-30337 NN denotes expression
T7214 30338-30340 IN denotes in
T7215 30341-30352 NN denotes hippocampus
T7216 30353-30356 CC denotes and
T7217 30357-30365 JJ denotes piriform
T7218 30366-30372 NN denotes cortex
T7219 30372-30374 , denotes ,
T7220 30374-30381 IN denotes whereas
T7221 30425-30431 VBD denotes showed
T7222 30382-30388 NN denotes cortex
T7223 30388-30390 , denotes ,
T7224 30390-30398 NN denotes amygdala
T7225 30398-30400 , denotes ,
T7226 30400-30403 CC denotes and
T7227 30404-30412 NN denotes striatum
T7228 30413-30417 RB denotes only
T7229 30418-30424 RB denotes rarely
T7230 30432-30435 DT denotes any
T7231 30445-30450 NNS denotes cells
T7232 30436-30444 JJ denotes positive
T7233 30451-30452 -LRB- denotes (
T7234 30459-30461 NN denotes 5B
T7235 30452-30458 NN denotes Figure
T7236 30461-30462 -RRB- denotes )
T7237 30462-30463 . denotes .
T7238 30463-30600 sentence denotes Importantly, both the spatial pattern and intensity of GFPGluR-B expression were constant among all GluR-BRescue mice analyzed (n = 11).
T7239 30464-30475 RB denotes Importantly
T7240 30540-30544 VBD denotes were
T7241 30475-30477 , denotes ,
T7242 30477-30481 CC denotes both
T7243 30494-30501 NN denotes pattern
T7244 30482-30485 DT denotes the
T7245 30486-30493 JJ denotes spatial
T7246 30502-30505 CC denotes and
T7247 30506-30515 NN denotes intensity
T7248 30516-30518 IN denotes of
T7249 30519-30526 NN denotes GFPGluR
T7250 30527-30528 NN denotes B
T7251 30526-30527 HYPH denotes -
T7252 30529-30539 NN denotes expression
T7253 30545-30553 JJ denotes constant
T7254 30554-30559 IN denotes among
T7255 30560-30563 DT denotes all
T7256 30577-30581 NNS denotes mice
T7257 30564-30568 NN denotes GluR
T7258 30569-30576 NN denotes BRescue
T7259 30568-30569 HYPH denotes -
T7260 30582-30590 VBN denotes analyzed
T7261 30591-30592 -LRB- denotes (
T7262 30596-30598 CD denotes 11
T7263 30592-30593 NN denotes n
T7264 30594-30595 SYM denotes =
T7265 30598-30599 -RRB- denotes )
T7266 30599-30600 . denotes .
T7267 30600-31866 sentence denotes Figure 5 Specific Hippocampus and Piriform Cortex Expression of Transgenic GFPGluR-B (A) Schematic diagrams depicting forebrain-specific GluR-B deletion as in Figure 2A and itTA-dependent expression of GFPGluR-B and nuclear-localized β-galactosidase (nLacZ) in GluR-BΔFB mice (termed GluR-BRescue). GFPGluR-B and nLacZ are both encoded by TgOCN1, and itTA is controlled by a fusion of the NR2C silencer element [91] and the αCaMKII promoter (termed TgCN12-itTA [92]). (B) In coronal brain sections of mice positive for both transgenes (TgCN12-itTA and TgOCN1) β-galactosidase activity (blue, X-gal, counterstain by eosin) is restricted to hippocampal neurons in CA1, DG, and neurons in the piriform cortex. The same neurons show GFPGluR-B expression when analyzed in immunohistochemical sections with an antibody against GFP. Scale bars: 500 μm. (C) Immunoblot detecting endogenous GluR-B and transgenic GFPGluR-B in the hippocampus of three different mice (#1, #2, #3). (D) Relative quantification from (C) of transgenic GFPGluR-B compared with endogenous GluR-B in the hippocampus. Olfactory memory experiments with GluR-BRescue , and both GluR-BΔFB and GluR-B2lox mice as controls, were performed as described above (indicated with shaded symbols in Figure 6A).
T7268 31686-31695 JJ denotes Olfactory
T7269 31696-31702 NN denotes memory
T7270 31703-31714 NNS denotes experiments
T7271 31792-31801 VBN denotes performed
T7272 31715-31719 IN denotes with
T7273 31720-31724 NN denotes GluR
T7274 31725-31732 NN denotes BRescue
T7275 31724-31725 HYPH denotes -
T7276 31733-31735 , denotes ,
T7277 31735-31738 CC denotes and
T7278 31739-31743 CC denotes both
T7279 31749-31753 NN denotes BΔFB
T7280 31744-31748 NN denotes GluR
T7281 31748-31749 HYPH denotes -
T7282 31769-31773 NNS denotes mice
T7283 31754-31757 CC denotes and
T7284 31758-31762 NN denotes GluR
T7285 31763-31768 NN denotes B2lox
T7286 31762-31763 HYPH denotes -
T7287 31774-31776 IN denotes as
T7288 31777-31785 NNS denotes controls
T7289 31785-31787 , denotes ,
T7290 31787-31791 VBD denotes were
T7291 31802-31804 IN denotes as
T7292 31805-31814 VBN denotes described
T7293 31815-31820 RB denotes above
T7294 31821-31822 -LRB- denotes (
T7295 31822-31831 VBN denotes indicated
T7296 31832-31836 IN denotes with
T7297 31837-31843 VBN denotes shaded
T7298 31844-31851 NNS denotes symbols
T7299 31852-31854 IN denotes in
T7300 31855-31861 NN denotes Figure
T7301 31862-31864 NN denotes 6A
T7302 31864-31865 -RRB- denotes )
T7303 31865-31866 . denotes .
T7304 31866-32042 sentence denotes Memory was again highly reproducible in both GluR-BΔFB (66 ± 12%; n = 4) and GluR-B2lox (94 ± 2%; n = 3) mice, compared with experiments performed earlier (Figures 2E and 4A).
T7305 31867-31873 NN denotes Memory
T7306 31874-31877 VBD denotes was
T7307 31878-31883 RB denotes again
T7308 31884-31890 RB denotes highly
T7309 31891-31903 JJ denotes reproducible
T7310 31904-31906 IN denotes in
T7311 31907-31911 CC denotes both
T7312 31917-31921 NN denotes BΔFB
T7313 31912-31916 NN denotes GluR
T7314 31916-31917 HYPH denotes -
T7315 31972-31976 NNS denotes mice
T7316 31922-31923 -LRB- denotes (
T7317 31930-31931 NN denotes %
T7318 31923-31925 CD denotes 66
T7319 31928-31930 CD denotes 12
T7320 31926-31927 SYM denotes ±
T7321 31931-31932 : denotes ;
T7322 31933-31934 NN denotes n
T7323 31937-31938 CD denotes 4
T7324 31935-31936 SYM denotes =
T7325 31938-31939 -RRB- denotes )
T7326 31940-31943 CC denotes and
T7327 31944-31948 NN denotes GluR
T7328 31949-31954 NN denotes B2lox
T7329 31948-31949 HYPH denotes -
T7330 31955-31956 -LRB- denotes (
T7331 31962-31963 NN denotes %
T7332 31956-31958 CD denotes 94
T7333 31961-31962 CD denotes 2
T7334 31959-31960 SYM denotes ±
T7335 31963-31964 : denotes ;
T7336 31965-31966 NN denotes n
T7337 31969-31970 CD denotes 3
T7338 31967-31968 SYM denotes =
T7339 31970-31971 -RRB- denotes )
T7340 31976-31978 , denotes ,
T7341 31978-31986 VBN denotes compared
T7342 31987-31991 IN denotes with
T7343 31992-32003 NNS denotes experiments
T7344 32004-32013 VBN denotes performed
T7345 32014-32021 RBR denotes earlier
T7346 32022-32023 -LRB- denotes (
T7347 32031-32033 NN denotes 2E
T7348 32023-32030 NNS denotes Figures
T7349 32034-32037 CC denotes and
T7350 32038-32040 NN denotes 4A
T7351 32040-32041 -RRB- denotes )
T7352 32041-32042 . denotes .
T7353 32042-32197 sentence denotes Importantly, olfactory memory in GluR-BRescue mice was intermediate (75 ± 15%, n = 8), below GluR-B2lox control levels, but better than in GluR-BΔFB mice.
T7354 32043-32054 RB denotes Importantly
T7355 32094-32097 VBD denotes was
T7356 32054-32056 , denotes ,
T7357 32056-32065 JJ denotes olfactory
T7358 32066-32072 NN denotes memory
T7359 32073-32075 IN denotes in
T7360 32076-32080 NN denotes GluR
T7361 32081-32088 NN denotes BRescue
T7362 32080-32081 HYPH denotes -
T7363 32089-32093 NNS denotes mice
T7364 32098-32110 JJ denotes intermediate
T7365 32111-32112 -LRB- denotes (
T7366 32119-32120 NN denotes %
T7367 32112-32114 CD denotes 75
T7368 32117-32119 CD denotes 15
T7369 32115-32116 SYM denotes ±
T7370 32120-32122 , denotes ,
T7371 32122-32123 NN denotes n
T7372 32126-32127 CD denotes 8
T7373 32124-32125 SYM denotes =
T7374 32127-32128 -RRB- denotes )
T7375 32128-32130 , denotes ,
T7376 32130-32135 IN denotes below
T7377 32136-32140 NN denotes GluR
T7378 32141-32146 NN denotes B2lox
T7379 32140-32141 HYPH denotes -
T7380 32155-32161 NNS denotes levels
T7381 32147-32154 NN denotes control
T7382 32161-32163 , denotes ,
T7383 32163-32166 CC denotes but
T7384 32167-32173 JJR denotes better
T7385 32174-32178 IN denotes than
T7386 32179-32181 IN denotes in
T7387 32182-32186 NN denotes GluR
T7388 32187-32191 NN denotes BΔFB
T7389 32186-32187 HYPH denotes -
T7390 32192-32196 NNS denotes mice
T7391 32196-32197 . denotes .
T7392 32197-32394 sentence denotes Assessing memory under extinction-free condition, where each trial was rewarded, confirmed again that the memory deficit was a true memory deficit and not due to increased extinction (Figure S3B).
T7393 32198-32207 VBG denotes Assessing
T7394 32279-32288 VBN denotes confirmed
T7395 32208-32214 NN denotes memory
T7396 32215-32220 IN denotes under
T7397 32221-32231 NN denotes extinction
T7398 32232-32236 JJ denotes free
T7399 32231-32232 HYPH denotes -
T7400 32237-32246 NN denotes condition
T7401 32246-32248 , denotes ,
T7402 32248-32253 WRB denotes where
T7403 32269-32277 VBN denotes rewarded
T7404 32254-32258 DT denotes each
T7405 32259-32264 NN denotes trial
T7406 32265-32268 VBD denotes was
T7407 32277-32279 , denotes ,
T7408 32289-32294 RB denotes again
T7409 32295-32299 IN denotes that
T7410 32319-32322 VBD denotes was
T7411 32300-32303 DT denotes the
T7412 32311-32318 NN denotes deficit
T7413 32304-32310 NN denotes memory
T7414 32323-32324 DT denotes a
T7415 32337-32344 NN denotes deficit
T7416 32325-32329 JJ denotes true
T7417 32330-32336 NN denotes memory
T7418 32345-32348 CC denotes and
T7419 32349-32352 RB denotes not
T7420 32353-32356 IN denotes due
T7421 32357-32359 IN denotes to
T7422 32360-32369 VBN denotes increased
T7423 32370-32380 NN denotes extinction
T7424 32381-32382 -LRB- denotes (
T7425 32389-32392 NN denotes S3B
T7426 32382-32388 NN denotes Figure
T7427 32392-32393 -RRB- denotes )
T7428 32393-32394 . denotes .
T7429 32394-32515 sentence denotes Data from the experiments described in Figures 2 and 4 were combined to allow statistical comparison (Figure 6A and 6B).
T7430 32395-32399 NNS denotes Data
T7431 32455-32463 VBN denotes combined
T7432 32400-32404 IN denotes from
T7433 32405-32408 DT denotes the
T7434 32409-32420 NNS denotes experiments
T7435 32421-32430 VBN denotes described
T7436 32431-32433 IN denotes in
T7437 32434-32441 NNS denotes Figures
T7438 32442-32443 CD denotes 2
T7439 32444-32447 CC denotes and
T7440 32448-32449 CD denotes 4
T7441 32450-32454 VBD denotes were
T7442 32464-32466 TO denotes to
T7443 32467-32472 VB denotes allow
T7444 32473-32484 JJ denotes statistical
T7445 32485-32495 NN denotes comparison
T7446 32496-32497 -LRB- denotes (
T7447 32504-32506 NN denotes 6A
T7448 32497-32503 NN denotes Figure
T7449 32507-32510 CC denotes and
T7450 32511-32513 NN denotes 6B
T7451 32513-32514 -RRB- denotes )
T7452 32514-32515 . denotes .
T7453 32515-32975 sentence denotes In summary, GluR-BRescue mice showed both enhanced memory performances compared with GluR-BΔFB (overall ANOVA: F(2,41) = 13.6, p < 10−4; memoryRescue = 75 ± 15%, n = 8; memoryΔFB = 66 ± 14%, n = 22; p < 0.05; Figure 6A), but were still impaired relative to GluR-B2lox controls (memory2lox = 88 ± 8%, n = 14; p < 0.005), consistent with a partial rescue of the memory deficit by circumscribed transgenic GFPGluR-B expression in hippocampus and piriform cortex.
T7454 32516-32518 IN denotes In
T7455 32546-32552 VBD denotes showed
T7456 32519-32526 NN denotes summary
T7457 32526-32528 , denotes ,
T7458 32528-32532 NN denotes GluR
T7459 32533-32540 NN denotes BRescue
T7460 32532-32533 HYPH denotes -
T7461 32541-32545 NNS denotes mice
T7462 32553-32557 DT denotes both
T7463 32574-32586 NNS denotes performances
T7464 32558-32566 VBN denotes enhanced
T7465 32567-32573 NN denotes memory
T7466 32587-32595 VBN denotes compared
T7467 32596-32600 IN denotes with
T7468 32601-32605 NN denotes GluR
T7469 32606-32610 NN denotes BΔFB
T7470 32605-32606 HYPH denotes -
T7471 32611-32612 -LRB- denotes (
T7472 32732-32734 NN denotes 6A
T7473 32612-32619 JJ denotes overall
T7474 32620-32625 NN denotes ANOVA
T7475 32625-32627 : denotes :
T7476 32627-32628 NN denotes F
T7477 32637-32641 CD denotes 13.6
T7478 32628-32629 -LRB- denotes (
T7479 32629-32630 CD denotes 2
T7480 32630-32631 , denotes ,
T7481 32631-32633 CD denotes 41
T7482 32633-32634 -RRB- denotes )
T7483 32635-32636 SYM denotes =
T7484 32641-32643 , denotes ,
T7485 32643-32644 NN denotes p
T7486 32650-32651 CD denotes 4
T7487 32645-32646 SYM denotes <
T7488 32647-32649 CD denotes 10
T7489 32649-32650 SYM denotes −
T7490 32651-32652 : denotes ;
T7491 32653-32665 NN denotes memoryRescue
T7492 32675-32676 NN denotes %
T7493 32666-32667 SYM denotes =
T7494 32668-32670 CD denotes 75
T7495 32673-32675 CD denotes 15
T7496 32671-32672 SYM denotes ±
T7497 32676-32678 , denotes ,
T7498 32678-32679 NN denotes n
T7499 32682-32683 CD denotes 8
T7500 32680-32681 SYM denotes =
T7501 32683-32684 : denotes ;
T7502 32685-32694 NN denotes memoryΔFB
T7503 32704-32705 NN denotes %
T7504 32695-32696 SYM denotes =
T7505 32697-32699 CD denotes 66
T7506 32702-32704 CD denotes 14
T7507 32700-32701 SYM denotes ±
T7508 32705-32707 , denotes ,
T7509 32707-32708 NN denotes n
T7510 32711-32713 CD denotes 22
T7511 32709-32710 SYM denotes =
T7512 32713-32714 : denotes ;
T7513 32715-32716 NN denotes p
T7514 32719-32723 CD denotes 0.05
T7515 32717-32718 SYM denotes <
T7516 32723-32724 : denotes ;
T7517 32725-32731 NN denotes Figure
T7518 32734-32735 -RRB- denotes )
T7519 32735-32737 , denotes ,
T7520 32737-32740 CC denotes but
T7521 32741-32745 VBD denotes were
T7522 32752-32760 VBN denotes impaired
T7523 32746-32751 RB denotes still
T7524 32761-32769 RB denotes relative
T7525 32770-32772 IN denotes to
T7526 32773-32777 NN denotes GluR
T7527 32778-32783 NN denotes B2lox
T7528 32777-32778 HYPH denotes -
T7529 32784-32792 NNS denotes controls
T7530 32793-32794 -LRB- denotes (
T7531 32828-32833 CD denotes 0.005
T7532 32794-32804 NN denotes memory2lox
T7533 32813-32814 NN denotes %
T7534 32805-32806 SYM denotes =
T7535 32807-32809 CD denotes 88
T7536 32812-32813 CD denotes 8
T7537 32810-32811 SYM denotes ±
T7538 32814-32816 , denotes ,
T7539 32816-32817 NN denotes n
T7540 32820-32822 CD denotes 14
T7541 32818-32819 SYM denotes =
T7542 32822-32823 : denotes ;
T7543 32824-32825 NN denotes p
T7544 32826-32827 SYM denotes <
T7545 32833-32834 -RRB- denotes )
T7546 32834-32836 , denotes ,
T7547 32836-32846 JJ denotes consistent
T7548 32847-32851 IN denotes with
T7549 32852-32853 DT denotes a
T7550 32862-32868 NN denotes rescue
T7551 32854-32861 JJ denotes partial
T7552 32869-32871 IN denotes of
T7553 32872-32875 DT denotes the
T7554 32883-32890 NN denotes deficit
T7555 32876-32882 NN denotes memory
T7556 32891-32893 IN denotes by
T7557 32894-32907 VBN denotes circumscribed
T7558 32929-32939 NN denotes expression
T7559 32908-32918 JJ denotes transgenic
T7560 32919-32926 NN denotes GFPGluR
T7561 32927-32928 NN denotes B
T7562 32926-32927 HYPH denotes -
T7563 32940-32942 IN denotes in
T7564 32943-32954 NN denotes hippocampus
T7565 32955-32958 CC denotes and
T7566 32959-32967 JJ denotes piriform
T7567 32968-32974 NN denotes cortex
T7568 32974-32975 . denotes .
T7569 32975-33181 sentence denotes Notably, the partial memory is in numerical agreement with the predictions from the protein correlation and the measurement of transgenic protein expression (see predicted memory, blue line, in Figure 6B).
T7570 32976-32983 RB denotes Notably
T7571 33004-33006 VBZ denotes is
T7572 32983-32985 , denotes ,
T7573 32985-32988 DT denotes the
T7574 32997-33003 NN denotes memory
T7575 32989-32996 JJ denotes partial
T7576 33007-33009 IN denotes in
T7577 33010-33019 JJ denotes numerical
T7578 33020-33029 NN denotes agreement
T7579 33030-33034 IN denotes with
T7580 33035-33038 DT denotes the
T7581 33039-33050 NNS denotes predictions
T7582 33051-33055 IN denotes from
T7583 33056-33059 DT denotes the
T7584 33068-33079 NN denotes correlation
T7585 33060-33067 NN denotes protein
T7586 33080-33083 CC denotes and
T7587 33084-33087 DT denotes the
T7588 33088-33099 NN denotes measurement
T7589 33100-33102 IN denotes of
T7590 33103-33113 JJ denotes transgenic
T7591 33122-33132 NN denotes expression
T7592 33114-33121 NN denotes protein
T7593 33133-33134 -LRB- denotes (
T7594 33134-33137 VB denotes see
T7595 33138-33147 VBN denotes predicted
T7596 33148-33154 NN denotes memory
T7597 33154-33156 , denotes ,
T7598 33156-33160 JJ denotes blue
T7599 33161-33165 NN denotes line
T7600 33165-33167 , denotes ,
T7601 33167-33169 IN denotes in
T7602 33170-33176 NN denotes Figure
T7603 33177-33179 NN denotes 6B
T7604 33179-33180 -RRB- denotes )
T7605 33180-33181 . denotes .
T7606 33181-33448 sentence denotes In the olfactory memory experiments with GluR-BΔFB animals, olfactory memory linearly depended on GluR-B expression in cortex and hippocampus with a slope of 9.1 ± 2.5% (cortex) and 8.9 ± 2.0% (hippocampus) increase in memory per 10% increase in protein (Figure 4D).
T7607 33182-33184 IN denotes In
T7608 33268-33276 VBD denotes depended
T7609 33185-33188 DT denotes the
T7610 33206-33217 NNS denotes experiments
T7611 33189-33198 JJ denotes olfactory
T7612 33199-33205 NN denotes memory
T7613 33218-33222 IN denotes with
T7614 33223-33227 NN denotes GluR
T7615 33228-33232 NN denotes BΔFB
T7616 33227-33228 HYPH denotes -
T7617 33233-33240 NNS denotes animals
T7618 33240-33242 , denotes ,
T7619 33242-33251 JJ denotes olfactory
T7620 33252-33258 NN denotes memory
T7621 33259-33267 RB denotes linearly
T7622 33277-33279 IN denotes on
T7623 33280-33284 NN denotes GluR
T7624 33285-33286 NN denotes B
T7625 33284-33285 HYPH denotes -
T7626 33287-33297 NN denotes expression
T7627 33298-33300 IN denotes in
T7628 33301-33307 NN denotes cortex
T7629 33308-33311 CC denotes and
T7630 33312-33323 NN denotes hippocampus
T7631 33324-33328 IN denotes with
T7632 33329-33330 DT denotes a
T7633 33331-33336 NN denotes slope
T7634 33337-33339 IN denotes of
T7635 33340-33343 CD denotes 9.1
T7636 33346-33349 CD denotes 2.5
T7637 33344-33345 SYM denotes ±
T7638 33349-33350 NN denotes %
T7639 33351-33352 -LRB- denotes (
T7640 33352-33358 NN denotes cortex
T7641 33358-33359 -RRB- denotes )
T7642 33360-33363 CC denotes and
T7643 33364-33367 CD denotes 8.9
T7644 33370-33373 CD denotes 2.0
T7645 33368-33369 SYM denotes ±
T7646 33373-33374 NN denotes %
T7647 33389-33397 NN denotes increase
T7648 33375-33376 -LRB- denotes (
T7649 33376-33387 NN denotes hippocampus
T7650 33387-33388 -RRB- denotes )
T7651 33398-33400 IN denotes in
T7652 33401-33407 NN denotes memory
T7653 33408-33411 IN denotes per
T7654 33412-33414 CD denotes 10
T7655 33414-33415 NN denotes %
T7656 33416-33424 NN denotes increase
T7657 33425-33427 IN denotes in
T7658 33428-33435 NN denotes protein
T7659 33436-33437 -LRB- denotes (
T7660 33444-33446 NN denotes 4D
T7661 33437-33443 NN denotes Figure
T7662 33446-33447 -RRB- denotes )
T7663 33447-33448 . denotes .
T7664 33448-33679 sentence denotes A 9.7% increase in GluR-B in these brain regions, as achieved by GluR-BRescue animals (Figure 5), is thus predicted to increase olfactory memory by approximately 9% throughout the heterogeneous population (blue line in Figure 6B).
T7665 33449-33450 DT denotes A
T7666 33456-33464 NN denotes increase
T7667 33451-33454 CD denotes 9.7
T7668 33454-33455 NN denotes %
T7669 33555-33564 VBN denotes predicted
T7670 33465-33467 IN denotes in
T7671 33468-33472 NN denotes GluR
T7672 33473-33474 NN denotes B
T7673 33472-33473 HYPH denotes -
T7674 33475-33477 IN denotes in
T7675 33478-33483 DT denotes these
T7676 33490-33497 NNS denotes regions
T7677 33484-33489 NN denotes brain
T7678 33497-33499 , denotes ,
T7679 33499-33501 IN denotes as
T7680 33502-33510 VBN denotes achieved
T7681 33511-33513 IN denotes by
T7682 33514-33518 NN denotes GluR
T7683 33519-33526 NN denotes BRescue
T7684 33518-33519 HYPH denotes -
T7685 33527-33534 NNS denotes animals
T7686 33535-33536 -LRB- denotes (
T7687 33536-33542 NN denotes Figure
T7688 33543-33544 CD denotes 5
T7689 33544-33545 -RRB- denotes )
T7690 33545-33547 , denotes ,
T7691 33547-33549 VBZ denotes is
T7692 33550-33554 RB denotes thus
T7693 33565-33567 TO denotes to
T7694 33568-33576 VB denotes increase
T7695 33577-33586 JJ denotes olfactory
T7696 33587-33593 NN denotes memory
T7697 33594-33596 IN denotes by
T7698 33597-33610 RB denotes approximately
T7699 33611-33612 CD denotes 9
T7700 33612-33613 NN denotes %
T7701 33614-33624 IN denotes throughout
T7702 33625-33628 DT denotes the
T7703 33643-33653 NN denotes population
T7704 33629-33642 JJ denotes heterogeneous
T7705 33654-33655 -LRB- denotes (
T7706 33660-33664 NN denotes line
T7707 33655-33659 JJ denotes blue
T7708 33665-33667 IN denotes in
T7709 33668-33674 NN denotes Figure
T7710 33675-33677 NN denotes 6B
T7711 33677-33678 -RRB- denotes )
T7712 33678-33679 . denotes .
T7713 33679-33823 sentence denotes This confirms the role of these brain areas as inferred from the mosaic expression and protein correlation analysis described above (Figure 4).
T7714 33680-33684 DT denotes This
T7715 33685-33693 VBZ denotes confirms
T7716 33694-33697 DT denotes the
T7717 33698-33702 NN denotes role
T7718 33703-33705 IN denotes of
T7719 33706-33711 DT denotes these
T7720 33718-33723 NNS denotes areas
T7721 33712-33717 NN denotes brain
T7722 33724-33726 IN denotes as
T7723 33727-33735 VBN denotes inferred
T7724 33736-33740 IN denotes from
T7725 33741-33744 DT denotes the
T7726 33752-33762 NN denotes expression
T7727 33745-33751 JJ denotes mosaic
T7728 33763-33766 CC denotes and
T7729 33767-33774 NN denotes protein
T7730 33787-33795 NN denotes analysis
T7731 33775-33786 NN denotes correlation
T7732 33796-33805 VBN denotes described
T7733 33806-33811 RB denotes above
T7734 33812-33813 -LRB- denotes (
T7735 33813-33819 NN denotes Figure
T7736 33820-33821 CD denotes 4
T7737 33821-33822 -RRB- denotes )
T7738 33822-33823 . denotes .
T7739 33823-34351 sentence denotes However, odor discrimination (measured by the discrimination index as in Figures 1, 2, and 4D) was as enhanced as in GluR-BΔFB mice (0.79 ± 0.05, mean ± SEM compared with 0.76 ± 0.02, p > 0.7, Figure 6C), and improved relative to GluR-B2lox controls (0.48 ± 0.06; Figure 6C; overall ANOVA: F(2,41) = 17.2, p < 10−5; post hoc Newman Keuls: p < 10−3), as expected if the enhanced discrimination phenotype is due to Ca2+-permeable AMPARs in the olfactory bulb and unaffected by GluR-B expression in piriform cortex or hippocampus.
T7740 33824-33831 RB denotes However
T7741 33919-33922 VBD denotes was
T7742 33831-33833 , denotes ,
T7743 33833-33837 NN denotes odor
T7744 33838-33852 NN denotes discrimination
T7745 33853-33854 -LRB- denotes (
T7746 33854-33862 VBN denotes measured
T7747 33863-33865 IN denotes by
T7748 33866-33869 DT denotes the
T7749 33885-33890 NN denotes index
T7750 33870-33884 NN denotes discrimination
T7751 33891-33893 IN denotes as
T7752 33894-33896 IN denotes in
T7753 33897-33904 NNS denotes Figures
T7754 33915-33917 NN denotes 4D
T7755 33905-33906 CD denotes 1
T7756 33906-33908 , denotes ,
T7757 33908-33909 CD denotes 2
T7758 33909-33911 , denotes ,
T7759 33911-33914 CC denotes and
T7760 33917-33918 -RRB- denotes )
T7761 33923-33925 RB denotes as
T7762 33926-33934 VBN denotes enhanced
T7763 33935-33937 IN denotes as
T7764 33938-33940 IN denotes in
T7765 33941-33945 NN denotes GluR
T7766 33946-33950 NN denotes BΔFB
T7767 33945-33946 HYPH denotes -
T7768 33951-33955 NNS denotes mice
T7769 33956-33957 -LRB- denotes (
T7770 34024-34026 NN denotes 6C
T7771 33957-33961 CD denotes 0.79
T7772 33964-33968 CD denotes 0.05
T7773 33962-33963 SYM denotes ±
T7774 33968-33970 , denotes ,
T7775 33970-33974 NN denotes mean
T7776 33977-33980 NN denotes SEM
T7777 33975-33976 SYM denotes ±
T7778 33981-33989 VBN denotes compared
T7779 33990-33994 IN denotes with
T7780 33995-33999 CD denotes 0.76
T7781 34002-34006 CD denotes 0.02
T7782 34000-34001 SYM denotes ±
T7783 34006-34008 , denotes ,
T7784 34008-34009 NN denotes p
T7785 34012-34015 CD denotes 0.7
T7786 34010-34011 SYM denotes >
T7787 34015-34017 , denotes ,
T7788 34017-34023 NN denotes Figure
T7789 34026-34027 -RRB- denotes )
T7790 34027-34029 , denotes ,
T7791 34029-34032 CC denotes and
T7792 34033-34041 VBN denotes improved
T7793 34042-34050 JJ denotes relative
T7794 34051-34053 IN denotes to
T7795 34054-34058 NN denotes GluR
T7796 34059-34064 NN denotes B2lox
T7797 34058-34059 HYPH denotes -
T7798 34065-34073 NNS denotes controls
T7799 34074-34075 -LRB- denotes (
T7800 34095-34097 NN denotes 6C
T7801 34075-34079 CD denotes 0.48
T7802 34082-34086 CD denotes 0.06
T7803 34080-34081 SYM denotes ±
T7804 34086-34087 : denotes ;
T7805 34088-34094 NN denotes Figure
T7806 34097-34098 : denotes ;
T7807 34099-34106 JJ denotes overall
T7808 34107-34112 NN denotes ANOVA
T7809 34134-34136 CD denotes 10
T7810 34112-34114 : denotes :
T7811 34114-34115 NN denotes F
T7812 34124-34128 CD denotes 17.2
T7813 34115-34116 -LRB- denotes (
T7814 34116-34117 CD denotes 2
T7815 34117-34118 , denotes ,
T7816 34118-34120 CD denotes 41
T7817 34120-34121 -RRB- denotes )
T7818 34122-34123 SYM denotes =
T7819 34128-34130 , denotes ,
T7820 34130-34131 NN denotes p
T7821 34132-34133 SYM denotes <
T7822 34136-34137 SYM denotes −
T7823 34137-34138 CD denotes 5
T7824 34138-34139 : denotes ;
T7825 34140-34144 FW denotes post
T7826 34145-34148 FW denotes hoc
T7827 34156-34161 NNP denotes Keuls
T7828 34149-34155 NNP denotes Newman
T7829 34170-34171 CD denotes 3
T7830 34161-34163 : denotes :
T7831 34163-34164 NN denotes p
T7832 34165-34166 SYM denotes <
T7833 34167-34169 CD denotes 10
T7834 34169-34170 SYM denotes −
T7835 34171-34172 -RRB- denotes )
T7836 34172-34174 , denotes ,
T7837 34174-34176 IN denotes as
T7838 34177-34185 VBN denotes expected
T7839 34186-34188 IN denotes if
T7840 34227-34229 VBZ denotes is
T7841 34189-34192 DT denotes the
T7842 34217-34226 NN denotes phenotype
T7843 34193-34201 VBN denotes enhanced
T7844 34202-34216 NN denotes discrimination
T7845 34230-34233 IN denotes due
T7846 34234-34236 IN denotes to
T7847 34237-34240 NN denotes Ca2
T7848 34242-34251 JJ denotes permeable
T7849 34240-34241 SYM denotes +
T7850 34241-34242 HYPH denotes -
T7851 34252-34258 NNS denotes AMPARs
T7852 34259-34261 IN denotes in
T7853 34262-34265 DT denotes the
T7854 34276-34280 NN denotes bulb
T7855 34266-34275 JJ denotes olfactory
T7856 34281-34284 CC denotes and
T7857 34285-34295 JJ denotes unaffected
T7858 34296-34298 IN denotes by
T7859 34299-34303 NN denotes GluR
T7860 34304-34305 NN denotes B
T7861 34303-34304 HYPH denotes -
T7862 34306-34316 NN denotes expression
T7863 34317-34319 IN denotes in
T7864 34320-34328 JJ denotes piriform
T7865 34329-34335 NN denotes cortex
T7866 34336-34338 CC denotes or
T7867 34339-34350 NN denotes hippocampus
T7868 34350-34351 . denotes .
T7869 34351-35806 sentence denotes Figure 6 GluR-B Expression in Hippocampus and Forebrain Partially Rescues the Memory Deficit of GluR-BΔFB Mice (A) Olfactory memory experiments as in Figure 2 were performed with GluR-BRescue. Individual mice are indicated: control GluR-B2lox with black circles, GluR-BΔFB with red triangles, GluR-BRescue with green squares. Data were combined from Figure 3 and 4 (open symbols) and an additional experiment with four GluR-BΔFB, three littermate controls, and eight GluR-BRescue (shaded symbols). (B) Cumulative histogram of the memory performance. Memory performance is indicated as a stepped line. The sigmoidal fit is indicated as a continuous line. The predicted rescue on the basis of the extent of transgenic GFPGluR-B expression (Figure 5D) and the correlation between memory and GluR-B levels in piriform cortex (9.1 ± 2.5% increase in memory for 10% increase in protein, Figure 4D) is shown in blue. Note that the predicted rescue is in perfect numerical correspondence to the memory performance of GluR-BRescue mice. (C) The discrimination index was calculated as in Figures 1E, 2C, and 4D (last 100 trials of the mixture discrimination task) for GluRBRescue (n = 8), GluR-BΔFB (n = 22), and control (n = 14) animals. Hence, transgenic GluR-B expression, specifically in the piriform cortex and hippocampus in the GluR-B knockout background, rescues the odor memory deficit but leaves enhanced olfactory discrimination and learning unaltered.
T7870 35582-35587 RB denotes Hence
T7871 35706-35713 VBZ denotes rescues
T7872 35587-35589 , denotes ,
T7873 35589-35599 JJ denotes transgenic
T7874 35607-35617 NN denotes expression
T7875 35600-35604 NN denotes GluR
T7876 35605-35606 NN denotes B
T7877 35604-35605 HYPH denotes -
T7878 35617-35619 , denotes ,
T7879 35619-35631 RB denotes specifically
T7880 35632-35634 IN denotes in
T7881 35635-35638 DT denotes the
T7882 35648-35654 NN denotes cortex
T7883 35639-35647 JJ denotes piriform
T7884 35655-35658 CC denotes and
T7885 35659-35670 NN denotes hippocampus
T7886 35671-35673 IN denotes in
T7887 35674-35677 DT denotes the
T7888 35694-35704 NN denotes background
T7889 35678-35682 NN denotes GluR
T7890 35683-35684 NN denotes B
T7891 35682-35683 HYPH denotes -
T7892 35685-35693 NN denotes knockout
T7893 35704-35706 , denotes ,
T7894 35714-35717 DT denotes the
T7895 35730-35737 NN denotes deficit
T7896 35718-35722 NN denotes odor
T7897 35723-35729 NN denotes memory
T7898 35738-35741 CC denotes but
T7899 35742-35748 VBZ denotes leaves
T7900 35749-35757 VBN denotes enhanced
T7901 35768-35782 NN denotes discrimination
T7902 35758-35767 JJ denotes olfactory
T7903 35783-35786 CC denotes and
T7904 35787-35795 NN denotes learning
T7905 35796-35805 JJ denotes unaltered
T7906 35805-35806 . denotes .
T8327 35819-35823 RB denotes Here
T8328 35827-35834 VBP denotes present
T8329 35824-35826 PRP denotes we
T8330 35835-35846 JJ denotes mechanistic
T8331 35859-35870 NNS denotes dissections
T8332 35847-35850 CC denotes and
T8333 35851-35858 JJ denotes spatial
T8334 35871-35873 IN denotes of
T8335 35874-35883 JJ denotes olfactory
T8336 35884-35898 NN denotes discrimination
T8337 35898-35900 , denotes ,
T8338 35900-35908 NN denotes learning
T8339 35908-35910 , denotes ,
T8340 35910-35913 CC denotes and
T8341 35914-35920 NN denotes memory
T8342 35920-35921 . denotes .
T8343 35921-36253 sentence denotes We employed gene-targeted and transgenic mice with region-specific expression to demonstrate that a change in GluR-B-mediated properties of AMPA channels in αCaMKII-expressing neurons of mouse forebrain, including olfactory bulb mitral and granule cells, enhances olfactory discrimination and learning but impairs olfactory memory.
T8344 35922-35924 PRP denotes We
T8345 35925-35933 VBD denotes employed
T8346 35934-35938 NN denotes gene
T8347 35939-35947 VBN denotes targeted
T8348 35938-35939 HYPH denotes -
T8349 35963-35967 NNS denotes mice
T8350 35948-35951 CC denotes and
T8351 35952-35962 JJ denotes transgenic
T8352 35968-35972 IN denotes with
T8353 35973-35979 NN denotes region
T8354 35980-35988 JJ denotes specific
T8355 35979-35980 HYPH denotes -
T8356 35989-35999 NN denotes expression
T8357 36000-36002 TO denotes to
T8358 36003-36014 VB denotes demonstrate
T8359 36015-36019 IN denotes that
T8360 36177-36185 VBZ denotes enhances
T8361 36020-36021 DT denotes a
T8362 36022-36028 NN denotes change
T8363 36029-36031 IN denotes in
T8364 36032-36036 NN denotes GluR
T8365 36037-36038 NN denotes B
T8366 36036-36037 HYPH denotes -
T8367 36039-36047 VBN denotes mediated
T8368 36038-36039 HYPH denotes -
T8369 36048-36058 NNS denotes properties
T8370 36059-36061 IN denotes of
T8371 36062-36066 NN denotes AMPA
T8372 36067-36075 NNS denotes channels
T8373 36076-36078 IN denotes in
T8374 36079-36086 NN denotes αCaMKII
T8375 36087-36097 VBG denotes expressing
T8376 36086-36087 HYPH denotes -
T8377 36098-36105 NNS denotes neurons
T8378 36106-36108 IN denotes of
T8379 36109-36114 NN denotes mouse
T8380 36115-36124 NN denotes forebrain
T8381 36124-36126 , denotes ,
T8382 36126-36135 VBG denotes including
T8383 36136-36145 JJ denotes olfactory
T8384 36146-36150 NN denotes bulb
T8385 36170-36175 NNS denotes cells
T8386 36151-36157 JJ denotes mitral
T8387 36158-36161 CC denotes and
T8388 36162-36169 NN denotes granule
T8389 36175-36177 , denotes ,
T8390 36186-36195 JJ denotes olfactory
T8391 36196-36210 NN denotes discrimination
T8392 36211-36214 CC denotes and
T8393 36215-36223 NN denotes learning
T8394 36224-36227 CC denotes but
T8395 36228-36235 VBZ denotes impairs
T8396 36236-36245 JJ denotes olfactory
T8397 36246-36252 NN denotes memory
T8398 36252-36253 . denotes .
T8399 36253-36421 sentence denotes These pertinent olfactory behaviors were assessed in a go/no-go operant conditioning task, which provides a quantitative, robust, and reproducible behavioral tool [3].
T8400 36254-36259 DT denotes These
T8401 36280-36289 NNS denotes behaviors
T8402 36260-36269 JJ denotes pertinent
T8403 36270-36279 JJ denotes olfactory
T8404 36295-36303 VBN denotes assessed
T8405 36290-36294 VBD denotes were
T8406 36304-36306 IN denotes in
T8407 36307-36308 DT denotes a
T8408 36339-36343 NN denotes task
T8409 36309-36311 NN denotes go
T8410 36311-36312 HYPH denotes /
T8411 36312-36314 DT denotes no
T8412 36315-36317 NN denotes go
T8413 36314-36315 HYPH denotes -
T8414 36318-36325 NN denotes operant
T8415 36326-36338 NN denotes conditioning
T8416 36343-36345 , denotes ,
T8417 36345-36350 WDT denotes which
T8418 36351-36359 VBZ denotes provides
T8419 36360-36361 DT denotes a
T8420 36412-36416 NN denotes tool
T8421 36362-36374 JJ denotes quantitative
T8422 36374-36376 , denotes ,
T8423 36376-36382 JJ denotes robust
T8424 36382-36384 , denotes ,
T8425 36384-36387 CC denotes and
T8426 36388-36400 JJ denotes reproducible
T8427 36401-36411 JJ denotes behavioral
T8428 36417-36418 -LRB- denotes [
T8429 36418-36419 CD denotes 3
T8430 36419-36420 -RRB- denotes ]
T8431 36420-36421 . denotes .
T8432 36421-36542 sentence denotes We observed among individual mice a striking variability in olfactory memory performance but not in odor discrimination.
T8433 36422-36424 PRP denotes We
T8434 36425-36433 VBD denotes observed
T8435 36434-36439 IN denotes among
T8436 36440-36450 JJ denotes individual
T8437 36451-36455 NNS denotes mice
T8438 36456-36457 DT denotes a
T8439 36467-36478 NN denotes variability
T8440 36458-36466 JJ denotes striking
T8441 36479-36481 IN denotes in
T8442 36482-36491 JJ denotes olfactory
T8443 36492-36498 NN denotes memory
T8444 36499-36510 NN denotes performance
T8445 36511-36514 CC denotes but
T8446 36515-36518 RB denotes not
T8447 36519-36521 IN denotes in
T8448 36522-36526 NN denotes odor
T8449 36527-36541 NN denotes discrimination
T8450 36541-36542 . denotes .
T8451 36542-36878 sentence denotes This variability could be traced to epigenetic variability in the transgenic expression of Cre-recombinase, which mediated recombination within loxP-flanked segments of gene-targeted alleles for the dominant AMPAR subunit GluR-B, and hence operated the switch in AMPAR properties toward GluR-B ablation and increased Ca2+ permeability.
T8452 36543-36547 DT denotes This
T8453 36548-36559 NN denotes variability
T8454 36569-36575 VBN denotes traced
T8455 36560-36565 MD denotes could
T8456 36566-36568 VB denotes be
T8457 36576-36578 IN denotes to
T8458 36579-36589 JJ denotes epigenetic
T8459 36590-36601 NN denotes variability
T8460 36602-36604 IN denotes in
T8461 36605-36608 DT denotes the
T8462 36620-36630 NN denotes expression
T8463 36609-36619 JJ denotes transgenic
T8464 36631-36633 IN denotes of
T8465 36634-36637 NN denotes Cre
T8466 36638-36649 NN denotes recombinase
T8467 36637-36638 HYPH denotes -
T8468 36649-36651 , denotes ,
T8469 36651-36656 WDT denotes which
T8470 36657-36665 VBD denotes mediated
T8471 36666-36679 NN denotes recombination
T8472 36680-36686 IN denotes within
T8473 36687-36691 NN denotes loxP
T8474 36692-36699 VBN denotes flanked
T8475 36691-36692 HYPH denotes -
T8476 36700-36708 NNS denotes segments
T8477 36709-36711 IN denotes of
T8478 36712-36716 NN denotes gene
T8479 36717-36725 VBN denotes targeted
T8480 36716-36717 HYPH denotes -
T8481 36726-36733 NNS denotes alleles
T8482 36734-36737 IN denotes for
T8483 36738-36741 DT denotes the
T8484 36757-36764 NN denotes subunit
T8485 36742-36750 JJ denotes dominant
T8486 36751-36756 NN denotes AMPAR
T8487 36765-36769 NN denotes GluR
T8488 36770-36771 NN denotes B
T8489 36769-36770 HYPH denotes -
T8490 36771-36773 , denotes ,
T8491 36773-36776 CC denotes and
T8492 36777-36782 RB denotes hence
T8493 36783-36791 VBD denotes operated
T8494 36792-36795 DT denotes the
T8495 36796-36802 NN denotes switch
T8496 36803-36805 IN denotes in
T8497 36806-36811 NN denotes AMPAR
T8498 36812-36822 NNS denotes properties
T8499 36823-36829 IN denotes toward
T8500 36830-36834 NN denotes GluR
T8501 36835-36836 NN denotes B
T8502 36834-36835 HYPH denotes -
T8503 36837-36845 NN denotes ablation
T8504 36846-36849 CC denotes and
T8505 36850-36859 VBN denotes increased
T8506 36865-36877 NN denotes permeability
T8507 36860-36863 NN denotes Ca2
T8508 36863-36864 SYM denotes +
T8509 36877-36878 . denotes .
T8510 36878-37080 sentence denotes In contrast to variable memory, olfactory discrimination and learning performances appeared already saturated by even moderate extents of Cre expression, and hence moderate changes in AMPAR properties.
T8511 36879-36881 IN denotes In
T8512 36962-36970 VBD denotes appeared
T8513 36882-36890 NN denotes contrast
T8514 36891-36893 IN denotes to
T8515 36894-36902 JJ denotes variable
T8516 36903-36909 NN denotes memory
T8517 36909-36911 , denotes ,
T8518 36911-36920 JJ denotes olfactory
T8519 36921-36935 NN denotes discrimination
T8520 36949-36961 NNS denotes performances
T8521 36936-36939 CC denotes and
T8522 36940-36948 NN denotes learning
T8523 36971-36978 RB denotes already
T8524 36979-36988 JJ denotes saturated
T8525 36989-36991 IN denotes by
T8526 36992-36996 RB denotes even
T8527 37006-37013 NNS denotes extents
T8528 36997-37005 JJ denotes moderate
T8529 37014-37016 IN denotes of
T8530 37017-37020 NN denotes Cre
T8531 37021-37031 NN denotes expression
T8532 37031-37033 , denotes ,
T8533 37033-37036 CC denotes and
T8534 37037-37042 RB denotes hence
T8535 37052-37059 NNS denotes changes
T8536 37043-37051 JJ denotes moderate
T8537 37060-37062 IN denotes in
T8538 37063-37068 NN denotes AMPAR
T8539 37069-37079 NNS denotes properties
T8540 37079-37080 . denotes .
T8541 37080-37333 sentence denotes The subsequent transgene-driven re-introduction of GluR-B, specifically in piriform cortex and hippocampus, reversed the Cre-induced loss of GluR-B and partially rescued the odor memory deficit, but left unaltered the enhanced olfactory discrimination.
T8542 37081-37084 DT denotes The
T8543 37113-37128 NN denotes re-introduction
T8544 37085-37095 JJ denotes subsequent
T8545 37096-37105 NN denotes transgene
T8546 37106-37112 VBN denotes driven
T8547 37105-37106 HYPH denotes -
T8548 37189-37197 VBD denotes reversed
T8549 37129-37131 IN denotes of
T8550 37132-37136 NN denotes GluR
T8551 37137-37138 NN denotes B
T8552 37136-37137 HYPH denotes -
T8553 37138-37140 , denotes ,
T8554 37140-37152 RB denotes specifically
T8555 37153-37155 IN denotes in
T8556 37156-37164 JJ denotes piriform
T8557 37165-37171 NN denotes cortex
T8558 37172-37175 CC denotes and
T8559 37176-37187 NN denotes hippocampus
T8560 37187-37189 , denotes ,
T8561 37198-37201 DT denotes the
T8562 37214-37218 NN denotes loss
T8563 37202-37205 NN denotes Cre
T8564 37206-37213 VBN denotes induced
T8565 37205-37206 HYPH denotes -
T8566 37219-37221 IN denotes of
T8567 37222-37226 NN denotes GluR
T8568 37227-37228 NN denotes B
T8569 37226-37227 HYPH denotes -
T8570 37229-37232 CC denotes and
T8571 37233-37242 RB denotes partially
T8572 37243-37250 VBD denotes rescued
T8573 37251-37254 DT denotes the
T8574 37267-37274 NN denotes deficit
T8575 37255-37259 NN denotes odor
T8576 37260-37266 NN denotes memory
T8577 37274-37276 , denotes ,
T8578 37276-37279 CC denotes but
T8579 37280-37284 VBD denotes left
T8580 37285-37294 JJ denotes unaltered
T8581 37295-37298 DT denotes the
T8582 37318-37332 NN denotes discrimination
T8583 37299-37307 VBN denotes enhanced
T8584 37308-37317 JJ denotes olfactory
T8585 37332-37333 . denotes .
T8586 37333-37621 sentence denotes In a nutshell, we conclude that olfactory discrimination is enhanced by an increase in AMPAR-mediated Ca2+ permeability within the olfactory bulb, whereas olfactory memory becomes impaired upon genetically induced GluR-B ablation in higher brain centers, specifically in piriform cortex.
T8587 37334-37336 IN denotes In
T8588 37352-37360 VBP denotes conclude
T8589 37337-37338 DT denotes a
T8590 37339-37347 NN denotes nutshell
T8591 37347-37349 , denotes ,
T8592 37349-37351 PRP denotes we
T8593 37361-37365 IN denotes that
T8594 37394-37402 VBN denotes enhanced
T8595 37366-37375 JJ denotes olfactory
T8596 37376-37390 NN denotes discrimination
T8597 37391-37393 VBZ denotes is
T8598 37403-37405 IN denotes by
T8599 37406-37408 DT denotes an
T8600 37409-37417 NN denotes increase
T8601 37418-37420 IN denotes in
T8602 37421-37426 NN denotes AMPAR
T8603 37427-37435 VBN denotes mediated
T8604 37426-37427 HYPH denotes -
T8605 37441-37453 NN denotes permeability
T8606 37436-37439 NN denotes Ca2
T8607 37439-37440 SYM denotes +
T8608 37454-37460 IN denotes within
T8609 37461-37464 DT denotes the
T8610 37475-37479 NN denotes bulb
T8611 37465-37474 JJ denotes olfactory
T8612 37479-37481 , denotes ,
T8613 37481-37488 IN denotes whereas
T8614 37506-37513 VBZ denotes becomes
T8615 37489-37498 JJ denotes olfactory
T8616 37499-37505 NN denotes memory
T8617 37514-37522 JJ denotes impaired
T8618 37523-37527 IN denotes upon
T8619 37528-37539 RB denotes genetically
T8620 37540-37547 VBN denotes induced
T8621 37555-37563 NN denotes ablation
T8622 37548-37552 NN denotes GluR
T8623 37553-37554 NN denotes B
T8624 37552-37553 HYPH denotes -
T8625 37564-37566 IN denotes in
T8626 37567-37573 JJR denotes higher
T8627 37580-37587 NNS denotes centers
T8628 37574-37579 NN denotes brain
T8629 37587-37589 , denotes ,
T8630 37589-37601 RB denotes specifically
T8631 37602-37604 IN denotes in
T8632 37605-37613 JJ denotes piriform
T8633 37614-37620 NN denotes cortex
T8634 37620-37621 . denotes .
T8822 37623-37632 JJ denotes Olfactory
T8823 37633-37647 NN denotes Discrimination
T8824 37651-37660 VBN denotes Increased
T8825 37648-37650 VBZ denotes Is
T8826 37661-37663 IN denotes in
T8827 37664-37668 NNS denotes Mice
T8828 37669-37673 IN denotes with
T8829 37674-37683 NN denotes Forebrain
T8830 37684-37692 JJ denotes Specific
T8831 37683-37684 HYPH denotes -
T8832 37700-37708 NN denotes Ablation
T8833 37693-37697 NN denotes GluR
T8834 37698-37699 NN denotes B
T8835 37697-37698 HYPH denotes -
T8836 37709-37711 CC denotes or
T8837 37712-37716 NN denotes GluR
T8838 37719-37720 NN denotes Q
T8839 37716-37717 HYPH denotes -
T8840 37717-37718 NN denotes B
T8841 37718-37719 -LRB- denotes (
T8842 37722-37732 NN denotes Expression
T8843 37720-37721 -RRB- denotes )
T8844 37732-37867 sentence denotes Both forebrain-specific GluR-B(Q) expression and GluR-B depletion led to increased olfactory learning and discrimination capabilities.
T8845 37733-37737 CC denotes Both
T8846 37767-37777 NN denotes expression
T8847 37738-37747 NN denotes forebrain
T8848 37748-37756 JJ denotes specific
T8849 37747-37748 HYPH denotes -
T8850 37757-37761 NN denotes GluR
T8851 37764-37765 NN denotes Q
T8852 37761-37762 HYPH denotes -
T8853 37762-37763 NN denotes B
T8854 37763-37764 -LRB- denotes (
T8855 37765-37766 -RRB- denotes )
T8856 37799-37802 VBD denotes led
T8857 37778-37781 CC denotes and
T8858 37782-37786 NN denotes GluR
T8859 37787-37788 NN denotes B
T8860 37786-37787 HYPH denotes -
T8861 37789-37798 NN denotes depletion
T8862 37803-37805 IN denotes to
T8863 37806-37815 VBN denotes increased
T8864 37854-37866 NNS denotes capabilities
T8865 37816-37825 JJ denotes olfactory
T8866 37826-37834 NN denotes learning
T8867 37835-37838 CC denotes and
T8868 37839-37853 NN denotes discrimination
T8869 37866-37867 . denotes .
T8870 37867-38093 sentence denotes This was rather pronounced for GluR-B(Q)-expressing mice, consistent with the overall stronger phenotypic consequences in comparison to GluR-B depletion, both when forebrain-selective ([58], and this study) or global [53,60].
T8871 37868-37872 DT denotes This
T8872 37873-37876 VBD denotes was
T8873 37877-37883 RB denotes rather
T8874 37884-37894 JJ denotes pronounced
T8875 37895-37898 IN denotes for
T8876 37899-37903 NN denotes GluR
T8877 37906-37907 NN denotes Q
T8878 37903-37904 HYPH denotes -
T8879 37904-37905 NN denotes B
T8880 37905-37906 -LRB- denotes (
T8881 37909-37919 VBG denotes expressing
T8882 37907-37908 -RRB- denotes )
T8883 37908-37909 HYPH denotes -
T8884 37920-37924 NNS denotes mice
T8885 37924-37926 , denotes ,
T8886 37926-37936 JJ denotes consistent
T8887 37937-37941 IN denotes with
T8888 37942-37945 DT denotes the
T8889 37974-37986 NNS denotes consequences
T8890 37946-37953 JJ denotes overall
T8891 37954-37962 JJR denotes stronger
T8892 37963-37973 JJ denotes phenotypic
T8893 37987-37989 IN denotes in
T8894 37990-38000 NN denotes comparison
T8895 38001-38003 IN denotes to
T8896 38004-38008 NN denotes GluR
T8897 38009-38010 NN denotes B
T8898 38008-38009 HYPH denotes -
T8899 38011-38020 NN denotes depletion
T8900 38020-38022 , denotes ,
T8901 38022-38026 CC denotes both
T8902 38042-38051 JJ denotes selective
T8903 38027-38031 WRB denotes when
T8904 38032-38041 NN denotes forebrain
T8905 38041-38042 HYPH denotes -
T8906 38052-38053 -LRB- denotes (
T8907 38054-38056 CD denotes 58
T8908 38053-38054 -LRB- denotes [
T8909 38056-38057 -RRB- denotes ]
T8910 38057-38059 , denotes ,
T8911 38059-38062 CC denotes and
T8912 38063-38067 DT denotes this
T8913 38068-38073 NN denotes study
T8914 38073-38074 -RRB- denotes )
T8915 38075-38077 CC denotes or
T8916 38078-38084 JJ denotes global
T8917 38085-38086 -LRB- denotes [
T8918 38089-38091 CD denotes 60
T8919 38086-38088 CD denotes 53
T8920 38088-38089 , denotes ,
T8921 38091-38092 -RRB- denotes ]
T8922 38092-38093 . denotes .
T8923 38093-38428 sentence denotes A detailed analysis of the sampling pattern [3], and in particular the analysis of discrimination tasks that involved “simple” dissimilar monomolecular odor pairs and “difficult” binary mixtures, were necessary to fully capture the characteristics of the olfactory discrimination phenotype for forebrain-specific GluR-B-depleted mice.
T8924 38094-38095 DT denotes A
T8925 38105-38113 NN denotes analysis
T8926 38096-38104 JJ denotes detailed
T8927 38290-38294 VBD denotes were
T8928 38114-38116 IN denotes of
T8929 38117-38120 DT denotes the
T8930 38130-38137 NN denotes pattern
T8931 38121-38129 NN denotes sampling
T8932 38138-38139 -LRB- denotes [
T8933 38139-38140 CD denotes 3
T8934 38140-38141 -RRB- denotes ]
T8935 38141-38143 , denotes ,
T8936 38143-38146 CC denotes and
T8937 38147-38149 IN denotes in
T8938 38165-38173 NN denotes analysis
T8939 38150-38160 JJ denotes particular
T8940 38161-38164 DT denotes the
T8941 38174-38176 IN denotes of
T8942 38177-38191 NN denotes discrimination
T8943 38192-38197 NNS denotes tasks
T8944 38198-38202 WDT denotes that
T8945 38203-38211 VBD denotes involved
T8946 38212-38213 `` denotes “
T8947 38213-38219 JJ denotes simple
T8948 38251-38256 NNS denotes pairs
T8949 38219-38220 '' denotes ”
T8950 38221-38231 JJ denotes dissimilar
T8951 38232-38245 JJ denotes monomolecular
T8952 38246-38250 NN denotes odor
T8953 38257-38260 CC denotes and
T8954 38261-38262 `` denotes “
T8955 38280-38288 NNS denotes mixtures
T8956 38262-38271 JJ denotes difficult
T8957 38271-38272 '' denotes ”
T8958 38273-38279 JJ denotes binary
T8959 38288-38290 , denotes ,
T8960 38295-38304 JJ denotes necessary
T8961 38305-38307 TO denotes to
T8962 38314-38321 VB denotes capture
T8963 38308-38313 RB denotes fully
T8964 38322-38325 DT denotes the
T8965 38326-38341 NNS denotes characteristics
T8966 38342-38344 IN denotes of
T8967 38345-38348 DT denotes the
T8968 38374-38383 NN denotes phenotype
T8969 38349-38358 JJ denotes olfactory
T8970 38359-38373 NN denotes discrimination
T8971 38384-38387 IN denotes for
T8972 38388-38397 NN denotes forebrain
T8973 38398-38406 JJ denotes specific
T8974 38397-38398 HYPH denotes -
T8975 38423-38427 NNS denotes mice
T8976 38407-38411 NN denotes GluR
T8977 38412-38413 NN denotes B
T8978 38411-38412 HYPH denotes -
T8979 38414-38422 VBN denotes depleted
T8980 38413-38414 HYPH denotes -
T8981 38427-38428 . denotes .
T8982 38428-38629 sentence denotes For closely related binary mixtures, discrimination improvements were largest, consistent with a specific alteration in odor discrimination, rather than a general enhancement of learning capabilities.
T8983 38429-38432 IN denotes For
T8984 38494-38498 VBD denotes were
T8985 38433-38440 RB denotes closely
T8986 38441-38448 JJ denotes related
T8987 38456-38464 NNS denotes mixtures
T8988 38449-38455 JJ denotes binary
T8989 38464-38466 , denotes ,
T8990 38466-38480 NN denotes discrimination
T8991 38481-38493 NNS denotes improvements
T8992 38499-38506 JJS denotes largest
T8993 38506-38508 , denotes ,
T8994 38508-38518 JJ denotes consistent
T8995 38519-38523 IN denotes with
T8996 38524-38525 DT denotes a
T8997 38535-38545 NN denotes alteration
T8998 38526-38534 JJ denotes specific
T8999 38546-38548 IN denotes in
T9000 38549-38553 NN denotes odor
T9001 38554-38568 NN denotes discrimination
T9002 38568-38570 , denotes ,
T9003 38570-38576 RB denotes rather
T9004 38577-38581 IN denotes than
T9005 38582-38583 DT denotes a
T9006 38592-38603 NN denotes enhancement
T9007 38584-38591 JJ denotes general
T9008 38604-38606 IN denotes of
T9009 38607-38615 NN denotes learning
T9010 38616-38628 NNS denotes capabilities
T9011 38628-38629 . denotes .
T9012 38629-38871 sentence denotes This is further supported by the notion that no general improvement was observed in other nonolfactory behavioral tasks, e.g., hippocampus-dependent spatial learning tasks such as matching-to-place spatial reference memory tasks (Figure S2).
T9013 38630-38634 DT denotes This
T9014 38646-38655 VBN denotes supported
T9015 38635-38637 VBZ denotes is
T9016 38638-38645 RB denotes further
T9017 38656-38658 IN denotes by
T9018 38659-38662 DT denotes the
T9019 38663-38669 NN denotes notion
T9020 38670-38674 IN denotes that
T9021 38702-38710 VBN denotes observed
T9022 38675-38677 DT denotes no
T9023 38686-38697 NN denotes improvement
T9024 38678-38685 JJ denotes general
T9025 38698-38701 VBD denotes was
T9026 38711-38713 IN denotes in
T9027 38714-38719 JJ denotes other
T9028 38744-38749 NNS denotes tasks
T9029 38720-38732 JJ denotes nonolfactory
T9030 38733-38743 JJ denotes behavioral
T9031 38749-38751 , denotes ,
T9032 38751-38755 FW denotes e.g.
T9033 38796-38801 NNS denotes tasks
T9034 38755-38757 , denotes ,
T9035 38757-38768 NN denotes hippocampus
T9036 38769-38778 JJ denotes dependent
T9037 38768-38769 HYPH denotes -
T9038 38779-38786 JJ denotes spatial
T9039 38787-38795 NN denotes learning
T9040 38802-38806 JJ denotes such
T9041 38807-38809 IN denotes as
T9042 38810-38818 NN denotes matching
T9043 38853-38858 NNS denotes tasks
T9044 38818-38819 HYPH denotes -
T9045 38819-38821 IN denotes to
T9046 38821-38822 HYPH denotes -
T9047 38822-38827 NN denotes place
T9048 38828-38835 JJ denotes spatial
T9049 38836-38845 NN denotes reference
T9050 38846-38852 NN denotes memory
T9051 38859-38860 -LRB- denotes (
T9052 38867-38869 NN denotes S2
T9053 38860-38866 NN denotes Figure
T9054 38869-38870 -RRB- denotes )
T9055 38870-38871 . denotes .
T9056 38871-39090 sentence denotes As no Cre expression and activity was observed in the main olfactory sensory neurons at any developmental stage (Figure S4 and unpublished data), olfactory epithelial function was unaltered by the genetic modification.
T9057 38872-38874 IN denotes As
T9058 38910-38918 VBN denotes observed
T9059 38875-38877 DT denotes no
T9060 38882-38892 NN denotes expression
T9061 38878-38881 NN denotes Cre
T9062 38893-38896 CC denotes and
T9063 38897-38905 NN denotes activity
T9064 38906-38909 VBD denotes was
T9065 39048-39051 VBD denotes was
T9066 38919-38921 IN denotes in
T9067 38922-38925 DT denotes the
T9068 38949-38956 NNS denotes neurons
T9069 38926-38930 JJ denotes main
T9070 38931-38940 JJ denotes olfactory
T9071 38941-38948 JJ denotes sensory
T9072 38957-38959 IN denotes at
T9073 38960-38963 DT denotes any
T9074 38978-38983 NN denotes stage
T9075 38964-38977 JJ denotes developmental
T9076 38984-38985 -LRB- denotes (
T9077 38992-38994 NN denotes S4
T9078 38985-38991 NN denotes Figure
T9079 38995-38998 CC denotes and
T9080 38999-39010 JJ denotes unpublished
T9081 39011-39015 NNS denotes data
T9082 39015-39016 -RRB- denotes )
T9083 39016-39018 , denotes ,
T9084 39018-39027 JJ denotes olfactory
T9085 39039-39047 NN denotes function
T9086 39028-39038 JJ denotes epithelial
T9087 39052-39061 JJ denotes unaltered
T9088 39062-39064 IN denotes by
T9089 39065-39068 DT denotes the
T9090 39077-39089 NN denotes modification
T9091 39069-39076 JJ denotes genetic
T9092 39089-39090 . denotes .
T9093 39090-39289 sentence denotes The vomeronasal organ showed very weak Cre expression (unpublished data), but a role of this structure concerning performance in the olfactory discrimination task is unlikely (for review, see [63]).
T9094 39091-39094 DT denotes The
T9095 39107-39112 NN denotes organ
T9096 39095-39106 JJ denotes vomeronasal
T9097 39113-39119 VBD denotes showed
T9098 39120-39124 RB denotes very
T9099 39125-39129 JJ denotes weak
T9100 39134-39144 NN denotes expression
T9101 39130-39133 NN denotes Cre
T9102 39145-39146 -LRB- denotes (
T9103 39158-39162 NNS denotes data
T9104 39146-39157 JJ denotes unpublished
T9105 39162-39163 -RRB- denotes )
T9106 39163-39165 , denotes ,
T9107 39165-39168 CC denotes but
T9108 39169-39170 DT denotes a
T9109 39171-39175 NN denotes role
T9110 39254-39256 VBZ denotes is
T9111 39176-39178 IN denotes of
T9112 39179-39183 DT denotes this
T9113 39184-39193 NN denotes structure
T9114 39194-39204 VBG denotes concerning
T9115 39205-39216 NN denotes performance
T9116 39217-39219 IN denotes in
T9117 39220-39223 DT denotes the
T9118 39249-39253 NN denotes task
T9119 39224-39233 JJ denotes olfactory
T9120 39234-39248 NN denotes discrimination
T9121 39257-39265 JJ denotes unlikely
T9122 39266-39267 -LRB- denotes (
T9123 39279-39282 VB denotes see
T9124 39267-39270 IN denotes for
T9125 39271-39277 NN denotes review
T9126 39277-39279 , denotes ,
T9127 39283-39284 -LRB- denotes [
T9128 39284-39286 CD denotes 63
T9129 39286-39287 -RRB- denotes ]
T9130 39287-39288 -RRB- denotes )
T9131 39288-39289 . denotes .
T9132 39289-39427 sentence denotes The behavioral phenotype is thus likely to be associated with the processing of olfactory information rather than the detection of odors.
T9133 39290-39293 DT denotes The
T9134 39305-39314 NN denotes phenotype
T9135 39294-39304 JJ denotes behavioral
T9136 39315-39317 VBZ denotes is
T9137 39318-39322 RB denotes thus
T9138 39323-39329 JJ denotes likely
T9139 39330-39332 TO denotes to
T9140 39336-39346 VBN denotes associated
T9141 39333-39335 VB denotes be
T9142 39347-39351 IN denotes with
T9143 39352-39355 DT denotes the
T9144 39356-39366 NN denotes processing
T9145 39367-39369 IN denotes of
T9146 39370-39379 JJ denotes olfactory
T9147 39380-39391 NN denotes information
T9148 39392-39398 RB denotes rather
T9149 39399-39403 IN denotes than
T9150 39404-39407 DT denotes the
T9151 39408-39417 NN denotes detection
T9152 39418-39420 IN denotes of
T9153 39421-39426 NNS denotes odors
T9154 39426-39427 . denotes .
T9155 39427-39686 sentence denotes Furthermore, increased performance even after long stretches of training and, in particular, increased sampling pattern differences (TB and ATS, unpublished data) supported the notion that GluR-B depletion resulted in enhanced odor discrimination capability.
T9156 39428-39439 RB denotes Furthermore
T9157 39591-39600 VBD denotes supported
T9158 39439-39441 , denotes ,
T9159 39441-39450 VBN denotes increased
T9160 39451-39462 NN denotes performance
T9161 39463-39467 RB denotes even
T9162 39468-39473 IN denotes after
T9163 39474-39478 JJ denotes long
T9164 39479-39488 NNS denotes stretches
T9165 39489-39491 IN denotes of
T9166 39492-39500 NN denotes training
T9167 39501-39504 CC denotes and
T9168 39504-39506 , denotes ,
T9169 39506-39508 IN denotes in
T9170 39548-39559 NNS denotes differences
T9171 39509-39519 JJ denotes particular
T9172 39519-39521 , denotes ,
T9173 39521-39530 VBN denotes increased
T9174 39531-39539 NN denotes sampling
T9175 39540-39547 NN denotes pattern
T9176 39560-39561 -LRB- denotes (
T9177 39585-39589 NNS denotes data
T9178 39561-39563 NN denotes TB
T9179 39564-39567 CC denotes and
T9180 39568-39571 NN denotes ATS
T9181 39571-39573 , denotes ,
T9182 39573-39584 JJ denotes unpublished
T9183 39589-39590 -RRB- denotes )
T9184 39601-39604 DT denotes the
T9185 39605-39611 NN denotes notion
T9186 39612-39616 IN denotes that
T9187 39634-39642 VBD denotes resulted
T9188 39617-39621 NN denotes GluR
T9189 39622-39623 NN denotes B
T9190 39621-39622 HYPH denotes -
T9191 39624-39633 NN denotes depletion
T9192 39643-39645 IN denotes in
T9193 39646-39654 VBN denotes enhanced
T9194 39675-39685 NN denotes capability
T9195 39655-39659 NN denotes odor
T9196 39660-39674 NN denotes discrimination
T9197 39685-39686 . denotes .
T9198 39686-39846 sentence denotes The learning phenotype might thus be a result of this enhanced discrimination capability or reflect additional changes in circuits underlying task acquisition.
T9199 39687-39690 DT denotes The
T9200 39700-39709 NN denotes phenotype
T9201 39691-39699 NN denotes learning
T9202 39721-39723 VB denotes be
T9203 39710-39715 MD denotes might
T9204 39716-39720 RB denotes thus
T9205 39724-39725 DT denotes a
T9206 39726-39732 NN denotes result
T9207 39733-39735 IN denotes of
T9208 39736-39740 DT denotes this
T9209 39765-39775 NN denotes capability
T9210 39741-39749 VBN denotes enhanced
T9211 39750-39764 NN denotes discrimination
T9212 39776-39778 CC denotes or
T9213 39779-39786 VB denotes reflect
T9214 39787-39797 JJ denotes additional
T9215 39798-39805 NNS denotes changes
T9216 39806-39808 IN denotes in
T9217 39809-39817 NNS denotes circuits
T9218 39818-39828 VBG denotes underlying
T9219 39829-39833 NN denotes task
T9220 39834-39845 NN denotes acquisition
T9221 39845-39846 . denotes .
T9487 39848-39856 JJ denotes Putative
T9488 39866-39871 NN denotes Basis
T9489 39857-39865 JJ denotes Cellular
T9490 39872-39874 IN denotes of
T9491 39875-39883 VBN denotes Enhanced
T9492 39889-39903 NN denotes Discrimination
T9493 39884-39888 NN denotes Odor
T9494 39904-39907 CC denotes and
T9495 39908-39916 NN denotes Learning
T9496 39916-40133 sentence denotes AMPAR properties were altered specifically in neurons of forebrain areas, most notably olfactory bulb, olfactory cortex, and other cortical areas and hippocampus, leading to enhanced odor discrimination and learning.
T9497 39917-39922 NN denotes AMPAR
T9498 39923-39933 NNS denotes properties
T9499 39939-39946 VBN denotes altered
T9500 39934-39938 VBD denotes were
T9501 39947-39959 RB denotes specifically
T9502 39960-39962 IN denotes in
T9503 39963-39970 NNS denotes neurons
T9504 39971-39973 IN denotes of
T9505 39974-39983 NN denotes forebrain
T9506 39984-39989 NNS denotes areas
T9507 39989-39991 , denotes ,
T9508 39991-39995 RBS denotes most
T9509 39996-40003 RB denotes notably
T9510 40014-40018 NN denotes bulb
T9511 40004-40013 JJ denotes olfactory
T9512 40018-40020 , denotes ,
T9513 40020-40029 JJ denotes olfactory
T9514 40030-40036 NN denotes cortex
T9515 40036-40038 , denotes ,
T9516 40038-40041 CC denotes and
T9517 40042-40047 JJ denotes other
T9518 40057-40062 NNS denotes areas
T9519 40048-40056 JJ denotes cortical
T9520 40063-40066 CC denotes and
T9521 40067-40078 NN denotes hippocampus
T9522 40078-40080 , denotes ,
T9523 40080-40087 VBG denotes leading
T9524 40088-40090 IN denotes to
T9525 40091-40099 VBN denotes enhanced
T9526 40105-40119 NN denotes discrimination
T9527 40100-40104 NN denotes odor
T9528 40120-40123 CC denotes and
T9529 40124-40132 NN denotes learning
T9530 40132-40133 . denotes .
T9531 40133-40387 sentence denotes Interestingly, transgenic expression of GFPGluR-B in GluR-BΔFB mice (genetic “rescue”), specifically in piriform cortex and hippocampus with no detectable expression in the olfactory bulb, did not alter enhanced discrimination and learning capabilities.
T9532 40134-40147 RB denotes Interestingly
T9533 40331-40336 VB denotes alter
T9534 40147-40149 , denotes ,
T9535 40149-40159 JJ denotes transgenic
T9536 40160-40170 NN denotes expression
T9537 40171-40173 IN denotes of
T9538 40174-40181 NN denotes GFPGluR
T9539 40182-40183 NN denotes B
T9540 40181-40182 HYPH denotes -
T9541 40184-40186 IN denotes in
T9542 40187-40191 NN denotes GluR
T9543 40192-40196 NN denotes BΔFB
T9544 40191-40192 HYPH denotes -
T9545 40197-40201 NNS denotes mice
T9546 40202-40203 -LRB- denotes (
T9547 40212-40218 NN denotes rescue
T9548 40203-40210 JJ denotes genetic
T9549 40211-40212 `` denotes “
T9550 40218-40219 '' denotes ”
T9551 40219-40220 -RRB- denotes )
T9552 40220-40222 , denotes ,
T9553 40222-40234 RB denotes specifically
T9554 40235-40237 IN denotes in
T9555 40238-40246 JJ denotes piriform
T9556 40247-40253 NN denotes cortex
T9557 40254-40257 CC denotes and
T9558 40258-40269 NN denotes hippocampus
T9559 40270-40274 IN denotes with
T9560 40275-40277 DT denotes no
T9561 40289-40299 NN denotes expression
T9562 40278-40288 JJ denotes detectable
T9563 40300-40302 IN denotes in
T9564 40303-40306 DT denotes the
T9565 40317-40321 NN denotes bulb
T9566 40307-40316 JJ denotes olfactory
T9567 40321-40323 , denotes ,
T9568 40323-40326 VBD denotes did
T9569 40327-40330 RB denotes not
T9570 40337-40345 VBN denotes enhanced
T9571 40374-40386 NNS denotes capabilities
T9572 40346-40360 NN denotes discrimination
T9573 40361-40364 CC denotes and
T9574 40365-40373 NN denotes learning
T9575 40386-40387 . denotes .
T9576 40387-40490 sentence denotes This is consistent with a primary role of the olfactory bulb in olfactory discrimination and learning.
T9577 40388-40392 DT denotes This
T9578 40393-40395 VBZ denotes is
T9579 40396-40406 JJ denotes consistent
T9580 40407-40411 IN denotes with
T9581 40412-40413 DT denotes a
T9582 40422-40426 NN denotes role
T9583 40414-40421 JJ denotes primary
T9584 40427-40429 IN denotes of
T9585 40430-40433 DT denotes the
T9586 40444-40448 NN denotes bulb
T9587 40434-40443 JJ denotes olfactory
T9588 40449-40451 IN denotes in
T9589 40452-40461 JJ denotes olfactory
T9590 40462-40476 NN denotes discrimination
T9591 40477-40480 CC denotes and
T9592 40481-40489 NN denotes learning
T9593 40489-40490 . denotes .
T9594 40490-40644 sentence denotes Alternatively, transgenic protein levels might have been too low to alter discrimination and learning capabilities, although memory was clearly affected.
T9595 40491-40504 RB denotes Alternatively
T9596 40543-40547 VBN denotes been
T9597 40504-40506 , denotes ,
T9598 40506-40516 JJ denotes transgenic
T9599 40525-40531 NNS denotes levels
T9600 40517-40524 NN denotes protein
T9601 40532-40537 MD denotes might
T9602 40538-40542 VB denotes have
T9603 40548-40551 RB denotes too
T9604 40552-40555 JJ denotes low
T9605 40556-40558 TO denotes to
T9606 40559-40564 VB denotes alter
T9607 40565-40579 NN denotes discrimination
T9608 40593-40605 NNS denotes capabilities
T9609 40580-40583 CC denotes and
T9610 40584-40592 NN denotes learning
T9611 40605-40607 , denotes ,
T9612 40607-40615 IN denotes although
T9613 40635-40643 VBN denotes affected
T9614 40616-40622 NN denotes memory
T9615 40623-40626 VBD denotes was
T9616 40627-40634 RB denotes clearly
T9617 40643-40644 . denotes .
T9618 40644-40734 sentence denotes This notion will be further tested in mice with piriform cortex-specific GluR-B ablation.
T9619 40645-40649 DT denotes This
T9620 40650-40656 NN denotes notion
T9621 40673-40679 VBN denotes tested
T9622 40657-40661 MD denotes will
T9623 40662-40664 VB denotes be
T9624 40665-40672 RB denotes further
T9625 40680-40682 IN denotes in
T9626 40683-40687 NNS denotes mice
T9627 40688-40692 IN denotes with
T9628 40693-40701 JJ denotes piriform
T9629 40702-40708 NN denotes cortex
T9630 40709-40717 JJ denotes specific
T9631 40708-40709 HYPH denotes -
T9632 40725-40733 NN denotes ablation
T9633 40718-40722 NN denotes GluR
T9634 40723-40724 NN denotes B
T9635 40722-40723 HYPH denotes -
T9636 40733-40734 . denotes .
T9637 40734-41003 sentence denotes A direct contribution to the phenotype by Ca2+ influx through genetically modified AMPA channels seems to be likely, since mice expressing Q/R site-unedited GluR-B showed even better odor learning and discrimination performance compared with mice with depleted GluR-B.
T9638 40735-40736 DT denotes A
T9639 40744-40756 NN denotes contribution
T9640 40737-40743 JJ denotes direct
T9641 40832-40837 VBZ denotes seems
T9642 40757-40759 IN denotes to
T9643 40760-40763 DT denotes the
T9644 40764-40773 NN denotes phenotype
T9645 40774-40776 IN denotes by
T9646 40777-40780 NN denotes Ca2
T9647 40782-40788 NN denotes influx
T9648 40780-40781 SYM denotes +
T9649 40789-40796 IN denotes through
T9650 40797-40808 RB denotes genetically
T9651 40809-40817 VBN denotes modified
T9652 40823-40831 NNS denotes channels
T9653 40818-40822 NN denotes AMPA
T9654 40838-40840 TO denotes to
T9655 40841-40843 VB denotes be
T9656 40844-40850 JJ denotes likely
T9657 40850-40852 , denotes ,
T9658 40852-40857 IN denotes since
T9659 40899-40905 VBD denotes showed
T9660 40858-40862 NNS denotes mice
T9661 40863-40873 VBG denotes expressing
T9662 40874-40875 NN denotes Q
T9663 40876-40877 NN denotes R
T9664 40875-40876 HYPH denotes /
T9665 40897-40898 NN denotes B
T9666 40878-40882 NN denotes site
T9667 40883-40891 JJ denotes unedited
T9668 40882-40883 HYPH denotes -
T9669 40892-40896 NN denotes GluR
T9670 40896-40897 HYPH denotes -
T9671 40906-40910 RB denotes even
T9672 40911-40917 JJR denotes better
T9673 40951-40962 NN denotes performance
T9674 40918-40922 NN denotes odor
T9675 40923-40931 NN denotes learning
T9676 40932-40935 CC denotes and
T9677 40936-40950 NN denotes discrimination
T9678 40963-40971 VBN denotes compared
T9679 40972-40976 IN denotes with
T9680 40977-40981 NNS denotes mice
T9681 40982-40986 IN denotes with
T9682 40987-40995 VBN denotes depleted
T9683 41001-41002 NN denotes B
T9684 40996-41000 NN denotes GluR
T9685 41000-41001 HYPH denotes -
T9686 41002-41003 . denotes .
T9687 41003-41136 sentence denotes In both mouse models Ca2+ influx through AMPA channels is increased, whereas the effect on the macroscopic AMPA conductance differs.
T9688 41004-41006 IN denotes In
T9689 41062-41071 VBN denotes increased
T9690 41007-41011 DT denotes both
T9691 41018-41024 NNS denotes models
T9692 41012-41017 NN denotes mouse
T9693 41025-41028 NN denotes Ca2
T9694 41030-41036 NN denotes influx
T9695 41028-41029 SYM denotes +
T9696 41037-41044 IN denotes through
T9697 41045-41049 NN denotes AMPA
T9698 41050-41058 NNS denotes channels
T9699 41059-41061 VBZ denotes is
T9700 41071-41073 , denotes ,
T9701 41073-41080 IN denotes whereas
T9702 41128-41135 VBZ denotes differs
T9703 41081-41084 DT denotes the
T9704 41085-41091 NN denotes effect
T9705 41092-41094 IN denotes on
T9706 41095-41098 DT denotes the
T9707 41116-41127 NN denotes conductance
T9708 41099-41110 JJ denotes macroscopic
T9709 41111-41115 NN denotes AMPA
T9710 41135-41136 . denotes .
T9711 41136-41290 sentence denotes AMPAR currents are reduced in mice not expressing GluR-B [51], possibly due to fewer synaptic AMPA channels and impaired AMPAR trafficking and recycling.
T9712 41137-41142 NN denotes AMPAR
T9713 41143-41151 NNS denotes currents
T9714 41156-41163 VBN denotes reduced
T9715 41152-41155 VBP denotes are
T9716 41164-41166 IN denotes in
T9717 41167-41171 NNS denotes mice
T9718 41172-41175 RB denotes not
T9719 41176-41186 VBG denotes expressing
T9720 41187-41191 NN denotes GluR
T9721 41192-41193 NN denotes B
T9722 41191-41192 HYPH denotes -
T9723 41194-41195 -LRB- denotes [
T9724 41195-41197 CD denotes 51
T9725 41197-41198 -RRB- denotes ]
T9726 41198-41200 , denotes ,
T9727 41200-41208 RB denotes possibly
T9728 41209-41212 IN denotes due
T9729 41213-41215 IN denotes to
T9730 41216-41221 JJR denotes fewer
T9731 41236-41244 NNS denotes channels
T9732 41222-41230 JJ denotes synaptic
T9733 41231-41235 NN denotes AMPA
T9734 41245-41248 CC denotes and
T9735 41249-41257 VBN denotes impaired
T9736 41264-41275 NN denotes trafficking
T9737 41258-41263 NN denotes AMPAR
T9738 41276-41279 CC denotes and
T9739 41280-41289 NN denotes recycling
T9740 41289-41290 . denotes .
T9741 41290-41691 sentence denotes In mice expressing the unedited form of GluR-B(Q), macroscopic conductance in whole-cell patches of CA1 pyramidals is increased [60], but excitatory transmission in CA3-to-CA1 cell synapses is somewhat reduced, in spite of a lower threshold for generating a population spike [58], indicating increased synaptic excitability by sustained GluR-B(Q) expression, in line with the seizure-prone phenotype.
T9742 41291-41293 IN denotes In
T9743 41409-41418 VBN denotes increased
T9744 41294-41298 NNS denotes mice
T9745 41299-41309 VBG denotes expressing
T9746 41310-41313 DT denotes the
T9747 41323-41327 NN denotes form
T9748 41314-41322 JJ denotes unedited
T9749 41328-41330 IN denotes of
T9750 41331-41335 NN denotes GluR
T9751 41338-41339 NN denotes Q
T9752 41335-41336 HYPH denotes -
T9753 41336-41337 NN denotes B
T9754 41337-41338 -LRB- denotes (
T9755 41339-41340 -RRB- denotes )
T9756 41340-41342 , denotes ,
T9757 41342-41353 JJ denotes macroscopic
T9758 41354-41365 NN denotes conductance
T9759 41366-41368 IN denotes in
T9760 41369-41374 JJ denotes whole
T9761 41375-41379 NN denotes cell
T9762 41374-41375 HYPH denotes -
T9763 41380-41387 NNS denotes patches
T9764 41388-41390 IN denotes of
T9765 41391-41394 NN denotes CA1
T9766 41395-41405 NNS denotes pyramidals
T9767 41406-41408 VBZ denotes is
T9768 41419-41420 -LRB- denotes [
T9769 41420-41422 CD denotes 60
T9770 41422-41423 -RRB- denotes ]
T9771 41423-41425 , denotes ,
T9772 41425-41428 CC denotes but
T9773 41429-41439 JJ denotes excitatory
T9774 41440-41452 NN denotes transmission
T9775 41481-41483 VBZ denotes is
T9776 41453-41455 IN denotes in
T9777 41456-41459 NN denotes CA3
T9778 41472-41480 NNS denotes synapses
T9779 41459-41460 HYPH denotes -
T9780 41460-41462 IN denotes to
T9781 41462-41463 HYPH denotes -
T9782 41463-41466 NN denotes CA1
T9783 41467-41471 NN denotes cell
T9784 41484-41492 RB denotes somewhat
T9785 41493-41500 JJ denotes reduced
T9786 41500-41502 , denotes ,
T9787 41502-41504 IN denotes in
T9788 41505-41510 NN denotes spite
T9789 41511-41513 IN denotes of
T9790 41514-41515 DT denotes a
T9791 41522-41531 NN denotes threshold
T9792 41516-41521 JJR denotes lower
T9793 41532-41535 IN denotes for
T9794 41536-41546 VBG denotes generating
T9795 41547-41548 DT denotes a
T9796 41560-41565 NN denotes spike
T9797 41549-41559 NN denotes population
T9798 41566-41567 -LRB- denotes [
T9799 41567-41569 CD denotes 58
T9800 41569-41570 -RRB- denotes ]
T9801 41570-41572 , denotes ,
T9802 41572-41582 VBG denotes indicating
T9803 41583-41592 VBN denotes increased
T9804 41602-41614 NN denotes excitability
T9805 41593-41601 JJ denotes synaptic
T9806 41615-41617 IN denotes by
T9807 41618-41627 VBN denotes sustained
T9808 41638-41648 NN denotes expression
T9809 41628-41632 NN denotes GluR
T9810 41635-41636 NN denotes Q
T9811 41632-41633 HYPH denotes -
T9812 41633-41634 NN denotes B
T9813 41634-41635 -LRB- denotes (
T9814 41636-41637 -RRB- denotes )
T9815 41648-41650 , denotes ,
T9816 41650-41652 IN denotes in
T9817 41653-41657 NN denotes line
T9818 41658-41662 IN denotes with
T9819 41663-41666 DT denotes the
T9820 41681-41690 NN denotes phenotype
T9821 41667-41674 NN denotes seizure
T9822 41675-41680 JJ denotes prone
T9823 41674-41675 HYPH denotes -
T9824 41690-41691 . denotes .
T9825 41691-41769 sentence denotes Yet, both mouse models yield enhanced discrimination and learning capability.
T9826 41692-41695 RB denotes Yet
T9827 41715-41720 VBP denotes yield
T9828 41695-41697 , denotes ,
T9829 41697-41701 DT denotes both
T9830 41708-41714 NNS denotes models
T9831 41702-41707 NN denotes mouse
T9832 41721-41729 VBN denotes enhanced
T9833 41758-41768 NN denotes capability
T9834 41730-41744 NN denotes discrimination
T9835 41745-41748 CC denotes and
T9836 41749-41757 NN denotes learning
T9837 41768-41769 . denotes .
T9838 41769-41937 sentence denotes The milder phenotype upon GluR-B depletion could be attributed to reduced AMPAR densities at synapses [40,41] and therefore probably to a lesser extent of Ca2+ influx.
T9839 41770-41773 DT denotes The
T9840 41781-41790 NN denotes phenotype
T9841 41774-41780 JJR denotes milder
T9842 41822-41832 VBN denotes attributed
T9843 41791-41795 IN denotes upon
T9844 41796-41800 NN denotes GluR
T9845 41801-41802 NN denotes B
T9846 41800-41801 HYPH denotes -
T9847 41803-41812 NN denotes depletion
T9848 41813-41818 MD denotes could
T9849 41819-41821 VB denotes be
T9850 41833-41835 IN denotes to
T9851 41836-41843 VBN denotes reduced
T9852 41850-41859 NNS denotes densities
T9853 41844-41849 NN denotes AMPAR
T9854 41860-41862 IN denotes at
T9855 41863-41871 NNS denotes synapses
T9856 41872-41873 -LRB- denotes [
T9857 41876-41878 CD denotes 41
T9858 41873-41875 CD denotes 40
T9859 41875-41876 , denotes ,
T9860 41878-41879 -RRB- denotes ]
T9861 41880-41883 CC denotes and
T9862 41884-41893 RB denotes therefore
T9863 41903-41905 IN denotes to
T9864 41894-41902 RB denotes probably
T9865 41906-41907 DT denotes a
T9866 41915-41921 NN denotes extent
T9867 41908-41914 JJR denotes lesser
T9868 41922-41924 IN denotes of
T9869 41925-41928 NN denotes Ca2
T9870 41930-41936 NN denotes influx
T9871 41928-41929 SYM denotes +
T9872 41936-41937 . denotes .
T9873 41937-42212 sentence denotes This is further supported by kainate-induced Co2+ uptake in acute brain slices, revealing considerably higher Co2+ uptake via Ca2+-permeable AMPARs in hippocampal pyramidal neurons of mice expressing GluR-B(Q), than those lacking GluR-B (DRS, RS, and PHS, unpublished data).
T9874 41938-41942 DT denotes This
T9875 41954-41963 VBN denotes supported
T9876 41943-41945 VBZ denotes is
T9877 41946-41953 RB denotes further
T9878 41964-41966 IN denotes by
T9879 41967-41974 NN denotes kainate
T9880 41975-41982 VBN denotes induced
T9881 41974-41975 HYPH denotes -
T9882 41988-41994 NN denotes uptake
T9883 41983-41986 NN denotes Co2
T9884 41986-41987 SYM denotes +
T9885 41995-41997 IN denotes in
T9886 41998-42003 JJ denotes acute
T9887 42010-42016 NNS denotes slices
T9888 42004-42009 NN denotes brain
T9889 42016-42018 , denotes ,
T9890 42018-42027 VBG denotes revealing
T9891 42028-42040 RB denotes considerably
T9892 42041-42047 JJR denotes higher
T9893 42053-42059 NN denotes uptake
T9894 42048-42051 NN denotes Co2
T9895 42051-42052 SYM denotes +
T9896 42060-42063 IN denotes via
T9897 42064-42067 NN denotes Ca2
T9898 42069-42078 JJ denotes permeable
T9899 42067-42068 SYM denotes +
T9900 42068-42069 HYPH denotes -
T9901 42079-42085 NNS denotes AMPARs
T9902 42086-42088 IN denotes in
T9903 42089-42100 JJ denotes hippocampal
T9904 42111-42118 NNS denotes neurons
T9905 42101-42110 JJ denotes pyramidal
T9906 42119-42121 IN denotes of
T9907 42122-42126 NNS denotes mice
T9908 42127-42137 VBG denotes expressing
T9909 42138-42142 NN denotes GluR
T9910 42143-42144 NN denotes B
T9911 42142-42143 HYPH denotes -
T9912 42144-42145 -LRB- denotes (
T9913 42145-42146 NN denotes Q
T9914 42146-42147 -RRB- denotes )
T9915 42147-42149 , denotes ,
T9916 42149-42153 IN denotes than
T9917 42154-42159 DT denotes those
T9918 42160-42167 VBG denotes lacking
T9919 42168-42172 NN denotes GluR
T9920 42173-42174 NN denotes B
T9921 42172-42173 HYPH denotes -
T9922 42175-42176 -LRB- denotes (
T9923 42206-42210 NNS denotes data
T9924 42176-42179 NN denotes DRS
T9925 42179-42181 , denotes ,
T9926 42181-42183 NN denotes RS
T9927 42183-42185 , denotes ,
T9928 42185-42188 CC denotes and
T9929 42189-42192 NN denotes PHS
T9930 42192-42194 , denotes ,
T9931 42194-42205 JJ denotes unpublished
T9932 42210-42211 -RRB- denotes )
T9933 42211-42212 . denotes .
T9934 42212-42368 sentence denotes Normally, GluR-B-containing AMPARs are prominently localized at the dendrodendritic synapse between mitral and granule cells in the olfactory bulb [64,65].
T9935 42213-42221 RB denotes Normally
T9936 42264-42273 VBN denotes localized
T9937 42221-42223 , denotes ,
T9938 42223-42227 NN denotes GluR
T9939 42228-42229 NN denotes B
T9940 42227-42228 HYPH denotes -
T9941 42230-42240 VBG denotes containing
T9942 42229-42230 HYPH denotes -
T9943 42241-42247 NNS denotes AMPARs
T9944 42248-42251 VBP denotes are
T9945 42252-42263 RB denotes prominently
T9946 42274-42276 IN denotes at
T9947 42277-42280 DT denotes the
T9948 42297-42304 NN denotes synapse
T9949 42281-42296 JJ denotes dendrodendritic
T9950 42305-42312 IN denotes between
T9951 42313-42319 JJ denotes mitral
T9952 42332-42337 NNS denotes cells
T9953 42320-42323 CC denotes and
T9954 42324-42331 NN denotes granule
T9955 42338-42340 IN denotes in
T9956 42341-42344 DT denotes the
T9957 42355-42359 NN denotes bulb
T9958 42345-42354 JJ denotes olfactory
T9959 42360-42361 -LRB- denotes [
T9960 42364-42366 CD denotes 65
T9961 42361-42363 CD denotes 64
T9962 42363-42364 , denotes ,
T9963 42366-42367 -RRB- denotes ]
T9964 42367-42368 . denotes .
T9965 42368-42662 sentence denotes As Ca2+ influx through glutamate receptors is thought to contribute to lateral and recurrent inhibition ([38] see also [39]), the absence of GluR-B, or the presence of GluR-B(Q) in the olfactory bulb, is likely to result in increased inhibition between the principal neurons in this structure.
T9966 42369-42371 IN denotes As
T9967 42415-42422 VBN denotes thought
T9968 42372-42375 NN denotes Ca2
T9969 42377-42383 NN denotes influx
T9970 42375-42376 SYM denotes +
T9971 42384-42391 IN denotes through
T9972 42392-42401 NN denotes glutamate
T9973 42402-42411 NNS denotes receptors
T9974 42412-42414 VBZ denotes is
T9975 42570-42572 VBZ denotes is
T9976 42423-42425 TO denotes to
T9977 42426-42436 VB denotes contribute
T9978 42437-42439 IN denotes to
T9979 42440-42447 JJ denotes lateral
T9980 42462-42472 NN denotes inhibition
T9981 42448-42451 CC denotes and
T9982 42452-42461 JJ denotes recurrent
T9983 42473-42474 -LRB- denotes (
T9984 42475-42477 CD denotes 38
T9985 42474-42475 -LRB- denotes [
T9986 42477-42478 -RRB- denotes ]
T9987 42479-42482 VBP denotes see
T9988 42483-42487 RB denotes also
T9989 42488-42489 -LRB- denotes [
T9990 42489-42491 CD denotes 39
T9991 42491-42492 -RRB- denotes ]
T9992 42492-42493 -RRB- denotes )
T9993 42493-42495 , denotes ,
T9994 42495-42498 DT denotes the
T9995 42499-42506 NN denotes absence
T9996 42507-42509 IN denotes of
T9997 42510-42514 NN denotes GluR
T9998 42515-42516 NN denotes B
T9999 42514-42515 HYPH denotes -
T10000 42516-42518 , denotes ,
T10001 42518-42520 CC denotes or
T10002 42521-42524 DT denotes the
T10003 42525-42533 NN denotes presence
T10004 42534-42536 IN denotes of
T10005 42537-42541 NN denotes GluR
T10006 42542-42543 NN denotes B
T10007 42541-42542 HYPH denotes -
T10008 42543-42544 -LRB- denotes (
T10009 42544-42545 NN denotes Q
T10010 42545-42546 -RRB- denotes )
T10011 42547-42549 IN denotes in
T10012 42550-42553 DT denotes the
T10013 42564-42568 NN denotes bulb
T10014 42554-42563 JJ denotes olfactory
T10015 42568-42570 , denotes ,
T10016 42573-42579 JJ denotes likely
T10017 42580-42582 TO denotes to
T10018 42583-42589 VB denotes result
T10019 42590-42592 IN denotes in
T10020 42593-42602 VBN denotes increased
T10021 42603-42613 NN denotes inhibition
T10022 42614-42621 IN denotes between
T10023 42622-42625 DT denotes the
T10024 42636-42643 NNS denotes neurons
T10025 42626-42635 JJ denotes principal
T10026 42644-42646 IN denotes in
T10027 42647-42651 DT denotes this
T10028 42652-42661 NN denotes structure
T10029 42661-42662 . denotes .
T10030 42662-42792 sentence denotes Notably, the improved olfactory discrimination capabilities were apparent even upon relatively small reductions in GluR-B levels.
T10031 42663-42670 RB denotes Notably
T10032 42723-42727 VBD denotes were
T10033 42670-42672 , denotes ,
T10034 42672-42675 DT denotes the
T10035 42710-42722 NNS denotes capabilities
T10036 42676-42684 VBN denotes improved
T10037 42685-42694 JJ denotes olfactory
T10038 42695-42709 NN denotes discrimination
T10039 42728-42736 JJ denotes apparent
T10040 42737-42741 RB denotes even
T10041 42742-42746 IN denotes upon
T10042 42747-42757 RB denotes relatively
T10043 42758-42763 JJ denotes small
T10044 42764-42774 NNS denotes reductions
T10045 42775-42777 IN denotes in
T10046 42778-42782 NN denotes GluR
T10047 42783-42784 NN denotes B
T10048 42782-42783 HYPH denotes -
T10049 42785-42791 NNS denotes levels
T10050 42791-42792 . denotes .
T10051 42792-43154 sentence denotes It will be interesting to see if GluR-B+/neo mice also exhibit enhanced odor discrimination, which is indeed likely given that low levels of GluR-B(Q), and hence a small increase in Ca2+-permeable AMPARs, arise from the attenuated GluR-Bneo allele [60], and, moreover, that GluR-B levels are decreased in these mice due to the single copy of the GluR-B+ allele.
T10052 42793-42795 PRP denotes It
T10053 42801-42803 VB denotes be
T10054 42796-42800 MD denotes will
T10055 42804-42815 JJ denotes interesting
T10056 42816-42818 TO denotes to
T10057 42819-42822 VB denotes see
T10058 42823-42825 IN denotes if
T10059 42848-42855 VBP denotes exhibit
T10060 42826-42830 NN denotes GluR
T10061 42831-42832 NN denotes B
T10062 42830-42831 HYPH denotes -
T10063 42838-42842 NNS denotes mice
T10064 42832-42833 SYM denotes +
T10065 42833-42834 HYPH denotes /
T10066 42834-42837 NN denotes neo
T10067 42843-42847 RB denotes also
T10068 42856-42864 VBN denotes enhanced
T10069 42870-42884 NN denotes discrimination
T10070 42865-42869 NN denotes odor
T10071 42884-42886 , denotes ,
T10072 42886-42891 WDT denotes which
T10073 42892-42894 VBZ denotes is
T10074 42895-42901 RB denotes indeed
T10075 42902-42908 JJ denotes likely
T10076 42909-42914 JJ denotes given
T10077 42915-42919 IN denotes that
T10078 42998-43003 VBP denotes arise
T10079 42920-42923 JJ denotes low
T10080 42924-42930 NNS denotes levels
T10081 42931-42933 IN denotes of
T10082 42934-42938 NN denotes GluR
T10083 42941-42942 NN denotes Q
T10084 42938-42939 HYPH denotes -
T10085 42939-42940 NN denotes B
T10086 42940-42941 -LRB- denotes (
T10087 42942-42943 -RRB- denotes )
T10088 42943-42945 , denotes ,
T10089 42945-42948 CC denotes and
T10090 42949-42954 RB denotes hence
T10091 42963-42971 NN denotes increase
T10092 42955-42956 DT denotes a
T10093 42957-42962 JJ denotes small
T10094 42972-42974 IN denotes in
T10095 42975-42978 NN denotes Ca2
T10096 42980-42989 JJ denotes permeable
T10097 42978-42979 SYM denotes +
T10098 42979-42980 HYPH denotes -
T10099 42990-42996 NNS denotes AMPARs
T10100 42996-42998 , denotes ,
T10101 43004-43008 IN denotes from
T10102 43009-43012 DT denotes the
T10103 43034-43040 NN denotes allele
T10104 43013-43023 VBN denotes attenuated
T10105 43024-43028 NN denotes GluR
T10106 43029-43033 NN denotes Bneo
T10107 43028-43029 HYPH denotes -
T10108 43041-43042 -LRB- denotes [
T10109 43042-43044 CD denotes 60
T10110 43044-43045 -RRB- denotes ]
T10111 43045-43047 , denotes ,
T10112 43047-43050 CC denotes and
T10113 43050-43052 , denotes ,
T10114 43052-43060 RB denotes moreover
T10115 43085-43094 VBN denotes decreased
T10116 43060-43062 , denotes ,
T10117 43062-43066 IN denotes that
T10118 43067-43071 NN denotes GluR
T10119 43072-43073 NN denotes B
T10120 43071-43072 HYPH denotes -
T10121 43074-43080 NNS denotes levels
T10122 43081-43084 VBP denotes are
T10123 43095-43097 IN denotes in
T10124 43098-43103 DT denotes these
T10125 43104-43108 NNS denotes mice
T10126 43109-43112 IN denotes due
T10127 43113-43115 IN denotes to
T10128 43116-43119 DT denotes the
T10129 43127-43131 NN denotes copy
T10130 43120-43126 JJ denotes single
T10131 43132-43134 IN denotes of
T10132 43135-43138 DT denotes the
T10133 43147-43153 NN denotes allele
T10134 43139-43143 NN denotes GluR
T10135 43144-43145 NN denotes B
T10136 43143-43144 HYPH denotes -
T10137 43145-43146 SYM denotes +
T10138 43153-43154 . denotes .
T10139 43154-43464 sentence denotes In virtually all models of the olfactory bulb, lateral (and, in fewer models, also recurrent) inhibition plays a dominant role, either in establishing spatiotemporal dynamics [32,66–69], or in directly enhancing contrast and therefore simplifying discrimination and learning of similar odorants [24,28,29,36].
T10140 43155-43157 IN denotes In
T10141 43260-43265 VBZ denotes plays
T10142 43158-43167 RB denotes virtually
T10143 43172-43178 NNS denotes models
T10144 43168-43171 DT denotes all
T10145 43179-43181 IN denotes of
T10146 43182-43185 DT denotes the
T10147 43196-43200 NN denotes bulb
T10148 43186-43195 JJ denotes olfactory
T10149 43200-43202 , denotes ,
T10150 43202-43209 JJ denotes lateral
T10151 43249-43259 NN denotes inhibition
T10152 43210-43211 -LRB- denotes (
T10153 43211-43214 CC denotes and
T10154 43214-43216 , denotes ,
T10155 43216-43218 IN denotes in
T10156 43238-43247 JJ denotes recurrent
T10157 43219-43224 JJR denotes fewer
T10158 43225-43231 NNS denotes models
T10159 43231-43233 , denotes ,
T10160 43233-43237 RB denotes also
T10161 43247-43248 -RRB- denotes )
T10162 43266-43267 DT denotes a
T10163 43277-43281 NN denotes role
T10164 43268-43276 JJ denotes dominant
T10165 43281-43283 , denotes ,
T10166 43283-43289 CC denotes either
T10167 43290-43292 IN denotes in
T10168 43293-43305 VBG denotes establishing
T10169 43306-43320 JJ denotes spatiotemporal
T10170 43321-43329 NNS denotes dynamics
T10171 43330-43331 -LRB- denotes [
T10172 43334-43336 CD denotes 66
T10173 43331-43333 CD denotes 32
T10174 43333-43334 , denotes ,
T10175 43336-43337 SYM denotes –
T10176 43337-43339 CD denotes 69
T10177 43339-43340 -RRB- denotes ]
T10178 43340-43342 , denotes ,
T10179 43342-43344 CC denotes or
T10180 43345-43347 IN denotes in
T10181 43348-43356 RB denotes directly
T10182 43357-43366 VBG denotes enhancing
T10183 43367-43375 NN denotes contrast
T10184 43376-43379 CC denotes and
T10185 43380-43389 RB denotes therefore
T10186 43390-43401 VBG denotes simplifying
T10187 43402-43416 NN denotes discrimination
T10188 43417-43420 CC denotes and
T10189 43421-43429 NN denotes learning
T10190 43430-43432 IN denotes of
T10191 43433-43440 JJ denotes similar
T10192 43441-43449 NNS denotes odorants
T10193 43450-43451 -LRB- denotes [
T10194 43460-43462 CD denotes 36
T10195 43451-43453 CD denotes 24
T10196 43453-43454 , denotes ,
T10197 43454-43456 CD denotes 28
T10198 43456-43457 , denotes ,
T10199 43457-43459 CD denotes 29
T10200 43459-43460 , denotes ,
T10201 43462-43463 -RRB- denotes ]
T10202 43463-43464 . denotes .
T10203 43464-43656 sentence denotes Increased inhibition will thus in general improve discriminability, consistent with the behavioral improvements observed with GluR-B(Q) expression, the GluR-B knockout, and the “rescue” mice.
T10204 43465-43474 VBN denotes Increased
T10205 43475-43485 NN denotes inhibition
T10206 43507-43514 VB denotes improve
T10207 43486-43490 MD denotes will
T10208 43491-43495 RB denotes thus
T10209 43496-43498 IN denotes in
T10210 43499-43506 JJ denotes general
T10211 43515-43531 NN denotes discriminability
T10212 43531-43533 , denotes ,
T10213 43533-43543 JJ denotes consistent
T10214 43544-43548 IN denotes with
T10215 43549-43552 DT denotes the
T10216 43564-43576 NNS denotes improvements
T10217 43553-43563 JJ denotes behavioral
T10218 43577-43585 VBN denotes observed
T10219 43586-43590 IN denotes with
T10220 43591-43595 NN denotes GluR
T10221 43598-43599 NN denotes Q
T10222 43595-43596 HYPH denotes -
T10223 43596-43597 NN denotes B
T10224 43597-43598 -LRB- denotes (
T10225 43601-43611 NN denotes expression
T10226 43599-43600 -RRB- denotes )
T10227 43611-43613 , denotes ,
T10228 43613-43616 DT denotes the
T10229 43624-43632 NN denotes knockout
T10230 43617-43621 NN denotes GluR
T10231 43622-43623 NN denotes B
T10232 43621-43622 HYPH denotes -
T10233 43632-43634 , denotes ,
T10234 43634-43637 CC denotes and
T10235 43638-43641 DT denotes the
T10236 43651-43655 NNS denotes mice
T10237 43642-43643 `` denotes “
T10238 43643-43649 NN denotes rescue
T10239 43649-43650 '' denotes ”
T10240 43655-43656 . denotes .
T10241 43656-43962 sentence denotes A direct test of this link would require the quantitative measurement of inhibition in the intact preparation, a task that might be feasible with further improved in vivo electrophysiological techniques, such as targeted recordings [70,71] or simultaneous pre- and postsynaptic intracellular measurements.
T10242 43657-43658 DT denotes A
T10243 43666-43670 NN denotes test
T10244 43659-43665 JJ denotes direct
T10245 43690-43697 VB denotes require
T10246 43671-43673 IN denotes of
T10247 43674-43678 DT denotes this
T10248 43679-43683 NN denotes link
T10249 43684-43689 MD denotes would
T10250 43698-43701 DT denotes the
T10251 43715-43726 NN denotes measurement
T10252 43702-43714 JJ denotes quantitative
T10253 43727-43729 IN denotes of
T10254 43730-43740 NN denotes inhibition
T10255 43741-43743 IN denotes in
T10256 43744-43747 DT denotes the
T10257 43755-43766 NN denotes preparation
T10258 43748-43754 JJ denotes intact
T10259 43766-43768 , denotes ,
T10260 43768-43769 DT denotes a
T10261 43770-43774 NN denotes task
T10262 43775-43779 WDT denotes that
T10263 43786-43788 VB denotes be
T10264 43780-43785 MD denotes might
T10265 43789-43797 JJ denotes feasible
T10266 43798-43802 IN denotes with
T10267 43803-43810 RB denotes further
T10268 43811-43819 VBN denotes improved
T10269 43849-43859 NNS denotes techniques
T10270 43820-43822 FW denotes in
T10271 43823-43827 FW denotes vivo
T10272 43828-43848 JJ denotes electrophysiological
T10273 43859-43861 , denotes ,
T10274 43861-43865 JJ denotes such
T10275 43866-43868 IN denotes as
T10276 43869-43877 VBN denotes targeted
T10277 43878-43888 NNS denotes recordings
T10278 43889-43890 -LRB- denotes [
T10279 43893-43895 CD denotes 71
T10280 43890-43892 CD denotes 70
T10281 43892-43893 , denotes ,
T10282 43895-43896 -RRB- denotes ]
T10283 43897-43899 CC denotes or
T10284 43900-43912 JJ denotes simultaneous
T10285 43949-43961 NNS denotes measurements
T10286 43913-43916 AFX denotes pre
T10287 43922-43934 JJ denotes postsynaptic
T10288 43916-43917 HYPH denotes -
T10289 43918-43921 CC denotes and
T10290 43935-43948 JJ denotes intracellular
T10291 43961-43962 . denotes .
T10675 43964-43973 JJ denotes Olfactory
T10676 43974-43980 NN denotes Memory
T10677 43984-43991 VBN denotes Reduced
T10678 43981-43983 VBZ denotes Is
T10679 43992-43994 IN denotes in
T10680 43995-43999 NN denotes GluR
T10681 44000-44001 NN denotes B
T10682 43999-44000 HYPH denotes -
T10683 44011-44015 NNS denotes Mice
T10684 44002-44010 NN denotes Knockout
T10685 44016-44019 CC denotes and
T10686 44020-44028 VBN denotes Improved
T10687 44029-44031 IN denotes by
T10688 44032-44036 NN denotes GluR
T10689 44037-44038 NN denotes B
T10690 44036-44037 HYPH denotes -
T10691 44039-44049 NN denotes Expression
T10692 44050-44052 IN denotes in
T10693 44053-44061 JJ denotes Piriform
T10694 44062-44068 NN denotes Cortex
T10695 44069-44072 CC denotes and
T10696 44073-44084 NN denotes Hippocampus
T10697 44084-44248 sentence denotes To assess olfactory memory of GluR-BΔFB mice, after six days the mice were probed with unrewarded odor presentations that interleaved a simple discrimination task.
T10698 44085-44087 TO denotes To
T10699 44088-44094 VB denotes assess
T10700 44160-44166 VBN denotes probed
T10701 44095-44104 JJ denotes olfactory
T10702 44105-44111 NN denotes memory
T10703 44112-44114 IN denotes of
T10704 44115-44119 NN denotes GluR
T10705 44120-44124 NN denotes BΔFB
T10706 44119-44120 HYPH denotes -
T10707 44125-44129 NNS denotes mice
T10708 44129-44131 , denotes ,
T10709 44131-44136 IN denotes after
T10710 44137-44140 CD denotes six
T10711 44141-44145 NNS denotes days
T10712 44146-44149 DT denotes the
T10713 44150-44154 NNS denotes mice
T10714 44155-44159 VBD denotes were
T10715 44167-44171 IN denotes with
T10716 44172-44182 JJ denotes unrewarded
T10717 44188-44201 NNS denotes presentations
T10718 44183-44187 NN denotes odor
T10719 44202-44206 WDT denotes that
T10720 44207-44218 VBD denotes interleaved
T10721 44219-44220 DT denotes a
T10722 44243-44247 NN denotes task
T10723 44221-44227 JJ denotes simple
T10724 44228-44242 NN denotes discrimination
T10725 44247-44248 . denotes .
T10726 44248-44390 sentence denotes Prolonged behavioral tasks such as the assessment of long-term olfactory memory were not performed with the seizure-prone GluR-BΔECS:FB mice.
T10727 44249-44258 VBN denotes Prolonged
T10728 44270-44275 NNS denotes tasks
T10729 44259-44269 JJ denotes behavioral
T10730 44338-44347 VBN denotes performed
T10731 44276-44280 JJ denotes such
T10732 44281-44283 IN denotes as
T10733 44284-44287 DT denotes the
T10734 44288-44298 NN denotes assessment
T10735 44299-44301 IN denotes of
T10736 44302-44306 JJ denotes long
T10737 44307-44311 NN denotes term
T10738 44306-44307 HYPH denotes -
T10739 44322-44328 NN denotes memory
T10740 44312-44321 JJ denotes olfactory
T10741 44329-44333 VBD denotes were
T10742 44334-44337 RB denotes not
T10743 44348-44352 IN denotes with
T10744 44353-44356 DT denotes the
T10745 44385-44389 NNS denotes mice
T10746 44357-44364 NN denotes seizure
T10747 44365-44370 JJ denotes prone
T10748 44364-44365 HYPH denotes -
T10749 44371-44375 NN denotes GluR
T10750 44376-44381 NN denotes BΔECS
T10751 44375-44376 HYPH denotes -
T10752 44381-44382 : denotes :
T10753 44382-44384 NN denotes FB
T10754 44389-44390 . denotes .
T10755 44390-44452 sentence denotes Memory in GluR-BΔFB mice, however, was dramatically impaired.
T10756 44391-44397 NN denotes Memory
T10757 44443-44451 VBN denotes impaired
T10758 44398-44400 IN denotes in
T10759 44401-44405 NN denotes GluR
T10760 44406-44410 NN denotes BΔFB
T10761 44405-44406 HYPH denotes -
T10762 44411-44415 NNS denotes mice
T10763 44415-44417 , denotes ,
T10764 44417-44424 RB denotes however
T10765 44424-44426 , denotes ,
T10766 44426-44429 VBD denotes was
T10767 44430-44442 RB denotes dramatically
T10768 44451-44452 . denotes .
T10769 44452-44640 sentence denotes This cannot be attributed to a general, unspecific deficit because, simultaneous to the memory trials, the normal, rewarded discrimination task was performed even better than by controls.
T10770 44453-44457 DT denotes This
T10771 44468-44478 VBN denotes attributed
T10772 44458-44461 MD denotes can
T10773 44461-44464 RB denotes not
T10774 44465-44467 VB denotes be
T10775 44479-44481 IN denotes to
T10776 44482-44483 DT denotes a
T10777 44504-44511 NN denotes deficit
T10778 44484-44491 JJ denotes general
T10779 44491-44493 , denotes ,
T10780 44493-44503 JJ denotes unspecific
T10781 44512-44519 IN denotes because
T10782 44601-44610 VBN denotes performed
T10783 44519-44521 , denotes ,
T10784 44521-44533 JJ denotes simultaneous
T10785 44534-44536 IN denotes to
T10786 44537-44540 DT denotes the
T10787 44548-44554 NNS denotes trials
T10788 44541-44547 NN denotes memory
T10789 44554-44556 , denotes ,
T10790 44556-44559 DT denotes the
T10791 44592-44596 NN denotes task
T10792 44560-44566 JJ denotes normal
T10793 44566-44568 , denotes ,
T10794 44568-44576 VBN denotes rewarded
T10795 44577-44591 NN denotes discrimination
T10796 44597-44600 VBD denotes was
T10797 44611-44615 RB denotes even
T10798 44616-44622 RBR denotes better
T10799 44623-44627 IN denotes than
T10800 44628-44630 IN denotes by
T10801 44631-44639 NNS denotes controls
T10802 44639-44640 . denotes .
T10803 44640-44898 sentence denotes Reduced olfactory memory can also not be simply attributed to increased extinction, as no significant trial-group interactions were observed and also, when restricted to the first unrewarded memory trials, a significant impairment was observed (Figure S3A).
T10804 44641-44648 VBN denotes Reduced
T10805 44659-44665 NN denotes memory
T10806 44649-44658 JJ denotes olfactory
T10807 44689-44699 VBN denotes attributed
T10808 44666-44669 MD denotes can
T10809 44670-44674 RB denotes also
T10810 44675-44678 RB denotes not
T10811 44679-44681 VB denotes be
T10812 44682-44688 RB denotes simply
T10813 44700-44702 IN denotes to
T10814 44703-44712 VBN denotes increased
T10815 44713-44723 NN denotes extinction
T10816 44723-44725 , denotes ,
T10817 44725-44727 IN denotes as
T10818 44773-44781 VBN denotes observed
T10819 44728-44730 DT denotes no
T10820 44755-44767 NNS denotes interactions
T10821 44731-44742 JJ denotes significant
T10822 44743-44748 NN denotes trial
T10823 44749-44754 NN denotes group
T10824 44748-44749 HYPH denotes -
T10825 44768-44772 VBD denotes were
T10826 44782-44785 CC denotes and
T10827 44786-44790 RB denotes also
T10828 44876-44884 VBN denotes observed
T10829 44790-44792 , denotes ,
T10830 44792-44796 WRB denotes when
T10831 44797-44807 VBN denotes restricted
T10832 44808-44810 IN denotes to
T10833 44811-44814 DT denotes the
T10834 44839-44845 NNS denotes trials
T10835 44815-44820 JJ denotes first
T10836 44821-44831 JJ denotes unrewarded
T10837 44832-44838 NN denotes memory
T10838 44845-44847 , denotes ,
T10839 44847-44848 DT denotes a
T10840 44861-44871 NN denotes impairment
T10841 44849-44860 JJ denotes significant
T10842 44872-44875 VBD denotes was
T10843 44885-44886 -LRB- denotes (
T10844 44893-44896 NN denotes S3A
T10845 44886-44892 NN denotes Figure
T10846 44896-44897 -RRB- denotes )
T10847 44897-44898 . denotes .
T10848 44898-45108 sentence denotes Additionally, investigating relearning of the first discrimination task revealed a significant correlation with the memory performance, showing a “memory” deficit under extinction-free conditions (Figure S3B).
T10849 44899-44911 RB denotes Additionally
T10850 44971-44979 VBD denotes revealed
T10851 44911-44913 , denotes ,
T10852 44913-44926 VBG denotes investigating
T10853 44927-44937 NN denotes relearning
T10854 44938-44940 IN denotes of
T10855 44941-44944 DT denotes the
T10856 44966-44970 NN denotes task
T10857 44945-44950 JJ denotes first
T10858 44951-44965 NN denotes discrimination
T10859 44980-44981 DT denotes a
T10860 44994-45005 NN denotes correlation
T10861 44982-44993 JJ denotes significant
T10862 45006-45010 IN denotes with
T10863 45011-45014 DT denotes the
T10864 45022-45033 NN denotes performance
T10865 45015-45021 NN denotes memory
T10866 45033-45035 , denotes ,
T10867 45035-45042 VBG denotes showing
T10868 45043-45044 DT denotes a
T10869 45054-45061 NN denotes deficit
T10870 45045-45046 `` denotes “
T10871 45046-45052 NN denotes memory
T10872 45052-45053 '' denotes ”
T10873 45062-45067 IN denotes under
T10874 45068-45078 NN denotes extinction
T10875 45079-45083 JJ denotes free
T10876 45078-45079 HYPH denotes -
T10877 45084-45094 NNS denotes conditions
T10878 45095-45096 -LRB- denotes (
T10879 45103-45106 NN denotes S3B
T10880 45096-45102 NN denotes Figure
T10881 45106-45107 -RRB- denotes )
T10882 45107-45108 . denotes .
T10883 45108-45292 sentence denotes Finally, in other memory-related tasks, such as a hippocampus-dependent spatial reference memory task (Figure S2), mice with GluR-B depletion were not impaired after task acquisition.
T10884 45109-45116 RB denotes Finally
T10885 45260-45268 VBN denotes impaired
T10886 45116-45118 , denotes ,
T10887 45118-45120 IN denotes in
T10888 45121-45126 JJ denotes other
T10889 45142-45147 NNS denotes tasks
T10890 45127-45133 NN denotes memory
T10891 45134-45141 VBN denotes related
T10892 45133-45134 HYPH denotes -
T10893 45147-45149 , denotes ,
T10894 45149-45153 JJ denotes such
T10895 45154-45156 IN denotes as
T10896 45157-45158 DT denotes a
T10897 45206-45210 NN denotes task
T10898 45159-45170 NN denotes hippocampus
T10899 45171-45180 JJ denotes dependent
T10900 45170-45171 HYPH denotes -
T10901 45181-45188 JJ denotes spatial
T10902 45189-45198 NN denotes reference
T10903 45199-45205 NN denotes memory
T10904 45211-45212 -LRB- denotes (
T10905 45219-45221 NN denotes S2
T10906 45212-45218 NN denotes Figure
T10907 45221-45222 -RRB- denotes )
T10908 45222-45224 , denotes ,
T10909 45224-45228 NNS denotes mice
T10910 45229-45233 IN denotes with
T10911 45234-45238 NN denotes GluR
T10912 45239-45240 NN denotes B
T10913 45238-45239 HYPH denotes -
T10914 45241-45250 NN denotes depletion
T10915 45251-45255 VBD denotes were
T10916 45256-45259 RB denotes not
T10917 45269-45274 IN denotes after
T10918 45275-45279 NN denotes task
T10919 45280-45291 NN denotes acquisition
T10920 45291-45292 . denotes .
T10921 45292-45496 sentence denotes We therefore conclude that forebrain-specific ablation of GluR-B results in a specific loss of long-term olfactory memory but, at the same time, in enhanced odor discrimination and learning capabilities.
T10922 45293-45295 PRP denotes We
T10923 45306-45314 VBP denotes conclude
T10924 45296-45305 RB denotes therefore
T10925 45315-45319 IN denotes that
T10926 45358-45365 VBZ denotes results
T10927 45320-45329 NN denotes forebrain
T10928 45330-45338 JJ denotes specific
T10929 45329-45330 HYPH denotes -
T10930 45339-45347 NN denotes ablation
T10931 45348-45350 IN denotes of
T10932 45351-45355 NN denotes GluR
T10933 45356-45357 NN denotes B
T10934 45355-45356 HYPH denotes -
T10935 45366-45368 IN denotes in
T10936 45369-45370 DT denotes a
T10937 45380-45384 NN denotes loss
T10938 45371-45379 JJ denotes specific
T10939 45385-45387 IN denotes of
T10940 45388-45392 JJ denotes long
T10941 45393-45397 NN denotes term
T10942 45392-45393 HYPH denotes -
T10943 45408-45414 NN denotes memory
T10944 45398-45407 JJ denotes olfactory
T10945 45415-45418 CC denotes but
T10946 45418-45420 , denotes ,
T10947 45420-45422 IN denotes at
T10948 45438-45440 IN denotes in
T10949 45423-45426 DT denotes the
T10950 45432-45436 NN denotes time
T10951 45427-45431 JJ denotes same
T10952 45436-45438 , denotes ,
T10953 45441-45449 VBN denotes enhanced
T10954 45483-45495 NNS denotes capabilities
T10955 45450-45454 NN denotes odor
T10956 45455-45469 NN denotes discrimination
T10957 45470-45473 CC denotes and
T10958 45474-45482 NN denotes learning
T10959 45495-45496 . denotes .
T10960 45496-45676 sentence denotes To dissect the discrimination, learning, and memory phenotypes, and ultimately identify potential cellular correlates, we made use of the variegated Cre expression of TgCre4 mice.
T10961 45497-45499 TO denotes To
T10962 45500-45507 VB denotes dissect
T10963 45619-45623 VBD denotes made
T10964 45508-45511 DT denotes the
T10965 45549-45559 NNS denotes phenotypes
T10966 45512-45526 NN denotes discrimination
T10967 45526-45528 , denotes ,
T10968 45528-45536 NN denotes learning
T10969 45536-45538 , denotes ,
T10970 45538-45541 CC denotes and
T10971 45542-45548 NN denotes memory
T10972 45559-45561 , denotes ,
T10973 45561-45564 CC denotes and
T10974 45565-45575 RB denotes ultimately
T10975 45576-45584 VB denotes identify
T10976 45585-45594 JJ denotes potential
T10977 45604-45614 NNS denotes correlates
T10978 45595-45603 JJ denotes cellular
T10979 45614-45616 , denotes ,
T10980 45616-45618 PRP denotes we
T10981 45624-45627 NN denotes use
T10982 45628-45630 IN denotes of
T10983 45631-45634 DT denotes the
T10984 45650-45660 NN denotes expression
T10985 45635-45645 JJ denotes variegated
T10986 45646-45649 NN denotes Cre
T10987 45661-45663 IN denotes of
T10988 45664-45670 NN denotes TgCre4
T10989 45671-45675 NNS denotes mice
T10990 45675-45676 . denotes .
T10991 45676-45879 sentence denotes Therefore, residual GluR-B levels were determined from each mouse that had been tested in the behavioral experiments, and levels were correlated with odor learning, discrimination, and olfactory memory.
T10992 45677-45686 RB denotes Therefore
T10993 45716-45726 VBN denotes determined
T10994 45686-45688 , denotes ,
T10995 45688-45696 JJ denotes residual
T10996 45704-45710 NNS denotes levels
T10997 45697-45701 NN denotes GluR
T10998 45702-45703 NN denotes B
T10999 45701-45702 HYPH denotes -
T11000 45711-45715 VBD denotes were
T11001 45727-45731 IN denotes from
T11002 45732-45736 DT denotes each
T11003 45737-45742 NN denotes mouse
T11004 45743-45747 WDT denotes that
T11005 45757-45763 VBN denotes tested
T11006 45748-45751 VBD denotes had
T11007 45752-45756 VBN denotes been
T11008 45764-45766 IN denotes in
T11009 45767-45770 DT denotes the
T11010 45782-45793 NNS denotes experiments
T11011 45771-45781 JJ denotes behavioral
T11012 45793-45795 , denotes ,
T11013 45795-45798 CC denotes and
T11014 45799-45805 NNS denotes levels
T11015 45811-45821 VBN denotes correlated
T11016 45806-45810 VBD denotes were
T11017 45822-45826 IN denotes with
T11018 45827-45831 NN denotes odor
T11019 45842-45856 NN denotes discrimination
T11020 45832-45840 NN denotes learning
T11021 45840-45842 , denotes ,
T11022 45856-45858 , denotes ,
T11023 45858-45861 CC denotes and
T11024 45862-45871 JJ denotes olfactory
T11025 45872-45878 NN denotes memory
T11026 45878-45879 . denotes .
T11027 45879-46107 sentence denotes The significant direct correlation between residual GluR-B levels in hippocampus and cortical areas with olfactory memory suggested hippocampal and/or cortical neurons as putative mediators for odor memorization and/or storage.
T11028 45880-45883 DT denotes The
T11029 45903-45914 NN denotes correlation
T11030 45884-45895 JJ denotes significant
T11031 45896-45902 JJ denotes direct
T11032 46002-46011 VBD denotes suggested
T11033 45915-45922 IN denotes between
T11034 45923-45931 JJ denotes residual
T11035 45939-45945 NNS denotes levels
T11036 45932-45936 NN denotes GluR
T11037 45937-45938 NN denotes B
T11038 45936-45937 HYPH denotes -
T11039 45946-45948 IN denotes in
T11040 45949-45960 NN denotes hippocampus
T11041 45961-45964 CC denotes and
T11042 45965-45973 JJ denotes cortical
T11043 45974-45979 NNS denotes areas
T11044 45980-45984 IN denotes with
T11045 45985-45994 JJ denotes olfactory
T11046 45995-46001 NN denotes memory
T11047 46012-46023 JJ denotes hippocampal
T11048 46040-46047 NNS denotes neurons
T11049 46024-46027 CC denotes and
T11050 46027-46028 HYPH denotes /
T11051 46028-46030 CC denotes or
T11052 46031-46039 JJ denotes cortical
T11053 46048-46050 IN denotes as
T11054 46051-46059 JJ denotes putative
T11055 46060-46069 NNS denotes mediators
T11056 46070-46073 IN denotes for
T11057 46074-46078 NN denotes odor
T11058 46079-46091 NN denotes memorization
T11059 46092-46095 CC denotes and
T11060 46095-46096 HYPH denotes /
T11061 46096-46098 CC denotes or
T11062 46099-46106 NN denotes storage
T11063 46106-46107 . denotes .
T11064 46107-46354 sentence denotes No measure of discrimination and learning, on the other hand, correlated with residual GluR-B levels; even the smallest reduction in GluR-B levels (about 20%–60%) was sufficient to establish and saturate enhanced odor discrimination capabilities.
T11065 46108-46110 DT denotes No
T11066 46111-46118 NN denotes measure
T11067 46170-46180 VBD denotes correlated
T11068 46119-46121 IN denotes of
T11069 46122-46136 NN denotes discrimination
T11070 46137-46140 CC denotes and
T11071 46141-46149 NN denotes learning
T11072 46149-46151 , denotes ,
T11073 46151-46153 IN denotes on
T11074 46154-46157 DT denotes the
T11075 46164-46168 NN denotes hand
T11076 46158-46163 JJ denotes other
T11077 46168-46170 , denotes ,
T11078 46271-46274 VBD denotes was
T11079 46181-46185 IN denotes with
T11080 46186-46194 JJ denotes residual
T11081 46202-46208 NNS denotes levels
T11082 46195-46199 NN denotes GluR
T11083 46200-46201 NN denotes B
T11084 46199-46200 HYPH denotes -
T11085 46208-46209 : denotes ;
T11086 46210-46214 RB denotes even
T11087 46228-46237 NN denotes reduction
T11088 46215-46218 DT denotes the
T11089 46219-46227 JJS denotes smallest
T11090 46238-46240 IN denotes in
T11091 46241-46245 NN denotes GluR
T11092 46246-46247 NN denotes B
T11093 46245-46246 HYPH denotes -
T11094 46248-46254 NNS denotes levels
T11095 46255-46256 -LRB- denotes (
T11096 46264-46265 NN denotes %
T11097 46256-46261 IN denotes about
T11098 46262-46264 CD denotes 20
T11099 46265-46266 SYM denotes –
T11100 46268-46269 NN denotes %
T11101 46266-46268 CD denotes 60
T11102 46269-46270 -RRB- denotes )
T11103 46275-46285 JJ denotes sufficient
T11104 46286-46288 TO denotes to
T11105 46289-46298 VB denotes establish
T11106 46299-46302 CC denotes and
T11107 46303-46311 VB denotes saturate
T11108 46312-46320 VBN denotes enhanced
T11109 46341-46353 NNS denotes capabilities
T11110 46321-46325 NN denotes odor
T11111 46326-46340 NN denotes discrimination
T11112 46353-46354 . denotes .
T11113 46354-46460 sentence denotes Together, this allows the conclusion that distinct mechanisms mediate discrimination/learning and memory.
T11114 46355-46363 RB denotes Together
T11115 46370-46376 VBZ denotes allows
T11116 46363-46365 , denotes ,
T11117 46365-46369 DT denotes this
T11118 46377-46380 DT denotes the
T11119 46381-46391 NN denotes conclusion
T11120 46392-46396 IN denotes that
T11121 46417-46424 VBP denotes mediate
T11122 46397-46405 JJ denotes distinct
T11123 46406-46416 NNS denotes mechanisms
T11124 46425-46439 NN denotes discrimination
T11125 46440-46448 NN denotes learning
T11126 46439-46440 HYPH denotes /
T11127 46449-46452 CC denotes and
T11128 46453-46459 NN denotes memory
T11129 46459-46460 . denotes .
T11130 46460-46665 sentence denotes This is furthermore consistent with a prominent role of cortical areas or hippocampus in olfactory memory, although GluR-B levels in the olfactory bulb were also weakly correlated with memory performance.
T11131 46461-46465 DT denotes This
T11132 46466-46468 VBZ denotes is
T11133 46469-46480 RB denotes furthermore
T11134 46481-46491 JJ denotes consistent
T11135 46492-46496 IN denotes with
T11136 46497-46498 DT denotes a
T11137 46509-46513 NN denotes role
T11138 46499-46508 JJ denotes prominent
T11139 46514-46516 IN denotes of
T11140 46517-46525 JJ denotes cortical
T11141 46526-46531 NNS denotes areas
T11142 46532-46534 CC denotes or
T11143 46535-46546 NN denotes hippocampus
T11144 46547-46549 IN denotes in
T11145 46550-46559 JJ denotes olfactory
T11146 46560-46566 NN denotes memory
T11147 46566-46568 , denotes ,
T11148 46568-46576 IN denotes although
T11149 46630-46640 VBN denotes correlated
T11150 46577-46581 NN denotes GluR
T11151 46582-46583 NN denotes B
T11152 46581-46582 HYPH denotes -
T11153 46584-46590 NNS denotes levels
T11154 46591-46593 IN denotes in
T11155 46594-46597 DT denotes the
T11156 46608-46612 NN denotes bulb
T11157 46598-46607 JJ denotes olfactory
T11158 46613-46617 VBD denotes were
T11159 46618-46622 RB denotes also
T11160 46623-46629 RB denotes weakly
T11161 46641-46645 IN denotes with
T11162 46646-46652 NN denotes memory
T11163 46653-46664 NN denotes performance
T11164 46664-46665 . denotes .
T11165 46665-46968 sentence denotes Transgenic expression of GFPGluR-B in piriform cortex and hippocampus indeed rescued memory to an extent strikingly consistent with the transgenic protein levels (approximately 10% of wild-type GluR-B), confirming the reliability of the correlation analysis and the sensitivity of the behavioral assay.
T11166 46666-46676 JJ denotes Transgenic
T11167 46677-46687 NN denotes expression
T11168 46743-46750 VBD denotes rescued
T11169 46688-46690 IN denotes of
T11170 46691-46698 NN denotes GFPGluR
T11171 46699-46700 NN denotes B
T11172 46698-46699 HYPH denotes -
T11173 46701-46703 IN denotes in
T11174 46704-46712 JJ denotes piriform
T11175 46713-46719 NN denotes cortex
T11176 46720-46723 CC denotes and
T11177 46724-46735 NN denotes hippocampus
T11178 46736-46742 RB denotes indeed
T11179 46751-46757 NN denotes memory
T11180 46758-46760 IN denotes to
T11181 46761-46763 DT denotes an
T11182 46764-46770 NN denotes extent
T11183 46771-46781 RB denotes strikingly
T11184 46782-46792 JJ denotes consistent
T11185 46793-46797 IN denotes with
T11186 46798-46801 DT denotes the
T11187 46821-46827 NNS denotes levels
T11188 46802-46812 JJ denotes transgenic
T11189 46813-46820 NN denotes protein
T11190 46828-46829 -LRB- denotes (
T11191 46845-46846 NN denotes %
T11192 46829-46842 RB denotes approximately
T11193 46843-46845 CD denotes 10
T11194 46847-46849 IN denotes of
T11195 46850-46854 JJ denotes wild
T11196 46855-46859 NN denotes type
T11197 46854-46855 HYPH denotes -
T11198 46865-46866 NN denotes B
T11199 46860-46864 NN denotes GluR
T11200 46864-46865 HYPH denotes -
T11201 46866-46867 -RRB- denotes )
T11202 46867-46869 , denotes ,
T11203 46869-46879 VBG denotes confirming
T11204 46880-46883 DT denotes the
T11205 46884-46895 NN denotes reliability
T11206 46896-46898 IN denotes of
T11207 46899-46902 DT denotes the
T11208 46915-46923 NN denotes analysis
T11209 46903-46914 NN denotes correlation
T11210 46924-46927 CC denotes and
T11211 46928-46931 DT denotes the
T11212 46932-46943 NN denotes sensitivity
T11213 46944-46946 IN denotes of
T11214 46947-46950 DT denotes the
T11215 46962-46967 NN denotes assay
T11216 46951-46961 JJ denotes behavioral
T11217 46967-46968 . denotes .
T11218 46968-47156 sentence denotes In general, the hippocampus is thought to be involved in only those olfactory memory tasks that involve temporal sequence analysis or require other higher cognitive features [2,13,72–74].
T11219 46969-46971 IN denotes In
T11220 47000-47007 VBN denotes thought
T11221 46972-46979 JJ denotes general
T11222 46979-46981 , denotes ,
T11223 46981-46984 DT denotes the
T11224 46985-46996 NN denotes hippocampus
T11225 46997-46999 VBZ denotes is
T11226 47008-47010 TO denotes to
T11227 47014-47022 VBN denotes involved
T11228 47011-47013 VB denotes be
T11229 47023-47025 IN denotes in
T11230 47026-47030 RB denotes only
T11231 47054-47059 NNS denotes tasks
T11232 47031-47036 DT denotes those
T11233 47037-47046 JJ denotes olfactory
T11234 47047-47053 NN denotes memory
T11235 47060-47064 WDT denotes that
T11236 47065-47072 VBP denotes involve
T11237 47073-47081 JJ denotes temporal
T11238 47082-47090 NN denotes sequence
T11239 47091-47099 NN denotes analysis
T11240 47100-47102 CC denotes or
T11241 47103-47110 VBP denotes require
T11242 47111-47116 JJ denotes other
T11243 47134-47142 NNS denotes features
T11244 47117-47123 JJR denotes higher
T11245 47124-47133 JJ denotes cognitive
T11246 47143-47144 -LRB- denotes [
T11247 47144-47145 CD denotes 2
T11248 47145-47146 , denotes ,
T11249 47146-47148 CD denotes 13
T11250 47148-47149 , denotes ,
T11251 47149-47151 CD denotes 72
T11252 47151-47152 SYM denotes –
T11253 47152-47154 CD denotes 74
T11254 47154-47155 -RRB- denotes ]
T11255 47155-47156 . denotes .
T11256 47156-47362 sentence denotes In particular, extensive lesions to the hippocampal formation in rats do not interfere with long-term olfactory memory in go/no-go successive olfactory discrimination tasks [72], such as the one described.
T11257 47157-47159 IN denotes In
T11258 47234-47243 VB denotes interfere
T11259 47160-47170 JJ denotes particular
T11260 47170-47172 , denotes ,
T11261 47172-47181 JJ denotes extensive
T11262 47182-47189 NNS denotes lesions
T11263 47190-47192 IN denotes to
T11264 47193-47196 DT denotes the
T11265 47209-47218 NN denotes formation
T11266 47197-47208 JJ denotes hippocampal
T11267 47219-47221 IN denotes in
T11268 47222-47226 NNS denotes rats
T11269 47227-47229 VBP denotes do
T11270 47230-47233 RB denotes not
T11271 47244-47248 IN denotes with
T11272 47249-47253 JJ denotes long
T11273 47254-47258 NN denotes term
T11274 47253-47254 HYPH denotes -
T11275 47269-47275 NN denotes memory
T11276 47259-47268 JJ denotes olfactory
T11277 47276-47278 IN denotes in
T11278 47279-47281 NN denotes go
T11279 47324-47329 NNS denotes tasks
T11280 47281-47282 HYPH denotes /
T11281 47282-47284 DT denotes no
T11282 47285-47287 NN denotes go
T11283 47284-47285 HYPH denotes -
T11284 47288-47298 JJ denotes successive
T11285 47299-47308 JJ denotes olfactory
T11286 47309-47323 NN denotes discrimination
T11287 47330-47331 -LRB- denotes [
T11288 47331-47333 CD denotes 72
T11289 47333-47334 -RRB- denotes ]
T11290 47334-47336 , denotes ,
T11291 47336-47340 JJ denotes such
T11292 47341-47343 IN denotes as
T11293 47344-47347 DT denotes the
T11294 47348-47351 CD denotes one
T11295 47352-47361 VBN denotes described
T11296 47361-47362 . denotes .
T11297 47362-47637 sentence denotes This leaves piriform cortex as the most prominent candidate for the locus of the olfactory memory deficit described, consistent with the prevalent view of piriform cortex as an associational memory structure [75] and learning-associated changes in piriform cortex [7,20–23].
T11298 47363-47367 DT denotes This
T11299 47368-47374 VBZ denotes leaves
T11300 47375-47383 JJ denotes piriform
T11301 47384-47390 NN denotes cortex
T11302 47391-47393 IN denotes as
T11303 47394-47397 DT denotes the
T11304 47413-47422 NN denotes candidate
T11305 47398-47402 RBS denotes most
T11306 47403-47412 JJ denotes prominent
T11307 47423-47426 IN denotes for
T11308 47427-47430 DT denotes the
T11309 47431-47436 NN denotes locus
T11310 47437-47439 IN denotes of
T11311 47440-47443 DT denotes the
T11312 47461-47468 NN denotes deficit
T11313 47444-47453 JJ denotes olfactory
T11314 47454-47460 NN denotes memory
T11315 47469-47478 VBN denotes described
T11316 47478-47480 , denotes ,
T11317 47480-47490 JJ denotes consistent
T11318 47491-47495 IN denotes with
T11319 47496-47499 DT denotes the
T11320 47510-47514 NN denotes view
T11321 47500-47509 JJ denotes prevalent
T11322 47515-47517 IN denotes of
T11323 47518-47526 JJ denotes piriform
T11324 47527-47533 NN denotes cortex
T11325 47534-47536 IN denotes as
T11326 47537-47539 DT denotes an
T11327 47561-47570 NN denotes structure
T11328 47540-47553 JJ denotes associational
T11329 47554-47560 NN denotes memory
T11330 47571-47572 -LRB- denotes [
T11331 47572-47574 CD denotes 75
T11332 47574-47575 -RRB- denotes ]
T11333 47576-47579 CC denotes and
T11334 47580-47588 NN denotes learning
T11335 47589-47599 VBN denotes associated
T11336 47588-47589 HYPH denotes -
T11337 47600-47607 NNS denotes changes
T11338 47608-47610 IN denotes in
T11339 47611-47619 JJ denotes piriform
T11340 47620-47626 NN denotes cortex
T11341 47627-47628 -LRB- denotes [
T11342 47628-47629 CD denotes 7
T11343 47629-47630 , denotes ,
T11344 47630-47632 CD denotes 20
T11345 47632-47633 SYM denotes –
T11346 47633-47635 CD denotes 23
T11347 47635-47636 -RRB- denotes ]
T11348 47636-47637 . denotes .
T11632 47639-47648 JJ denotes Potential
T11633 47649-47659 NNS denotes Mechanisms
T11634 47660-47662 IN denotes of
T11635 47663-47671 JJ denotes Specific
T11636 47689-47699 NN denotes Impairment
T11637 47672-47681 JJ denotes Olfactory
T11638 47682-47688 NN denotes Memory
T11639 47699-47815 sentence denotes What could be the cellular basis of the long-term memory deficit brought about by lack of GluR-B-containing AMPARs?
T11640 47700-47704 WP denotes What
T11641 47711-47713 VB denotes be
T11642 47705-47710 MD denotes could
T11643 47714-47717 DT denotes the
T11644 47727-47732 NN denotes basis
T11645 47718-47726 JJ denotes cellular
T11646 47733-47735 IN denotes of
T11647 47736-47739 DT denotes the
T11648 47757-47764 NN denotes deficit
T11649 47740-47744 JJ denotes long
T11650 47745-47749 NN denotes term
T11651 47744-47745 HYPH denotes -
T11652 47750-47756 NN denotes memory
T11653 47765-47772 VBN denotes brought
T11654 47773-47778 RP denotes about
T11655 47779-47781 IN denotes by
T11656 47782-47786 NN denotes lack
T11657 47787-47789 IN denotes of
T11658 47790-47794 NN denotes GluR
T11659 47795-47796 NN denotes B
T11660 47794-47795 HYPH denotes -
T11661 47797-47807 VBG denotes containing
T11662 47796-47797 HYPH denotes -
T11663 47808-47814 NNS denotes AMPARs
T11664 47814-47815 . denotes ?
T11665 47815-47934 sentence denotes For complete GluR-B knockouts, increased long-term plasticity (LTP) was reported in hippocampal field recordings [51].
T11666 47816-47819 IN denotes For
T11667 47888-47896 VBN denotes reported
T11668 47820-47828 JJ denotes complete
T11669 47836-47845 NNS denotes knockouts
T11670 47829-47833 NN denotes GluR
T11671 47834-47835 NN denotes B
T11672 47833-47834 HYPH denotes -
T11673 47845-47847 , denotes ,
T11674 47847-47856 VBN denotes increased
T11675 47867-47877 NN denotes plasticity
T11676 47857-47861 JJ denotes long
T11677 47862-47866 NN denotes term
T11678 47861-47862 HYPH denotes -
T11679 47878-47879 -LRB- denotes (
T11680 47879-47882 NN denotes LTP
T11681 47882-47883 -RRB- denotes )
T11682 47884-47887 VBD denotes was
T11683 47897-47899 IN denotes in
T11684 47900-47911 JJ denotes hippocampal
T11685 47918-47928 NNS denotes recordings
T11686 47912-47917 NN denotes field
T11687 47929-47930 -LRB- denotes [
T11688 47930-47932 CD denotes 51
T11689 47932-47933 -RRB- denotes ]
T11690 47933-47934 . denotes .
T11691 47934-48113 sentence denotes In addition, in hippocampal and amygdala pathways lacking GluR-B, an AMPAR-dependent, N-methyl-D-aspartate (NMDA) receptor-independent form of LTP can be readily induced [51,52].
T11692 47935-47937 IN denotes In
T11693 48097-48104 VBN denotes induced
T11694 47938-47946 NN denotes addition
T11695 47946-47948 , denotes ,
T11696 47948-47950 IN denotes in
T11697 47951-47962 JJ denotes hippocampal
T11698 47976-47984 NNS denotes pathways
T11699 47963-47966 CC denotes and
T11700 47967-47975 NN denotes amygdala
T11701 47985-47992 VBG denotes lacking
T11702 47993-47997 NN denotes GluR
T11703 47998-47999 NN denotes B
T11704 47997-47998 HYPH denotes -
T11705 47999-48001 , denotes ,
T11706 48001-48003 DT denotes an
T11707 48070-48074 NN denotes form
T11708 48004-48009 NN denotes AMPAR
T11709 48010-48019 JJ denotes dependent
T11710 48009-48010 HYPH denotes -
T11711 48019-48021 , denotes ,
T11712 48021-48022 NN denotes N
T11713 48032-48041 NN denotes aspartate
T11714 48022-48023 HYPH denotes -
T11715 48023-48029 NN denotes methyl
T11716 48029-48030 HYPH denotes -
T11717 48030-48031 NN denotes D
T11718 48031-48032 HYPH denotes -
T11719 48042-48043 -LRB- denotes (
T11720 48043-48047 NN denotes NMDA
T11721 48047-48048 -RRB- denotes )
T11722 48049-48057 NN denotes receptor
T11723 48058-48069 JJ denotes independent
T11724 48057-48058 HYPH denotes -
T11725 48075-48077 IN denotes of
T11726 48078-48081 NN denotes LTP
T11727 48082-48085 MD denotes can
T11728 48086-48088 VB denotes be
T11729 48089-48096 RB denotes readily
T11730 48105-48106 -LRB- denotes [
T11731 48109-48111 CD denotes 52
T11732 48106-48108 CD denotes 51
T11733 48108-48109 , denotes ,
T11734 48111-48112 -RRB- denotes ]
T11735 48112-48113 . denotes .
T11736 48113-48248 sentence denotes Mechanistically, this is likely to be due to Ca2+ influx through GluR-B-less AMPA channels leading to non-hebbian forms of plasticity.
T11737 48114-48129 RB denotes Mechanistically
T11738 48136-48138 VBZ denotes is
T11739 48129-48131 , denotes ,
T11740 48131-48135 DT denotes this
T11741 48139-48145 JJ denotes likely
T11742 48146-48148 TO denotes to
T11743 48149-48151 VB denotes be
T11744 48152-48155 IN denotes due
T11745 48156-48158 IN denotes to
T11746 48159-48162 NN denotes Ca2
T11747 48164-48170 NN denotes influx
T11748 48162-48163 SYM denotes +
T11749 48171-48178 IN denotes through
T11750 48179-48183 NN denotes GluR
T11751 48184-48185 NN denotes B
T11752 48183-48184 HYPH denotes -
T11753 48186-48190 JJ denotes less
T11754 48185-48186 HYPH denotes -
T11755 48196-48204 NNS denotes channels
T11756 48191-48195 NN denotes AMPA
T11757 48205-48212 VBG denotes leading
T11758 48213-48215 IN denotes to
T11759 48216-48227 JJ denotes non-hebbian
T11760 48228-48233 NNS denotes forms
T11761 48234-48236 IN denotes of
T11762 48237-48247 NN denotes plasticity
T11763 48247-48248 . denotes .
T11764 48248-48475 sentence denotes However, hebbian dependence on simultaneous pre- and postsynaptic activity is often a critical feature for memory storage (reviewed in e.g. [76]); hence, a non-hebbian form of plasticity should result in impaired memorization.
T11765 48249-48256 RB denotes However
T11766 48324-48326 VBZ denotes is
T11767 48256-48258 , denotes ,
T11768 48258-48265 JJ denotes hebbian
T11769 48266-48276 NN denotes dependence
T11770 48277-48279 IN denotes on
T11771 48280-48292 JJ denotes simultaneous
T11772 48315-48323 NN denotes activity
T11773 48293-48296 AFX denotes pre
T11774 48302-48314 JJ denotes postsynaptic
T11775 48296-48297 HYPH denotes -
T11776 48298-48301 CC denotes and
T11777 48443-48449 VB denotes result
T11778 48327-48332 RB denotes often
T11779 48333-48334 DT denotes a
T11780 48344-48351 NN denotes feature
T11781 48335-48343 JJ denotes critical
T11782 48352-48355 IN denotes for
T11783 48356-48362 NN denotes memory
T11784 48363-48370 NN denotes storage
T11785 48371-48372 -LRB- denotes (
T11786 48372-48380 VBN denotes reviewed
T11787 48381-48383 IN denotes in
T11788 48384-48388 FW denotes e.g.
T11789 48390-48392 CD denotes 76
T11790 48389-48390 -LRB- denotes [
T11791 48392-48393 -RRB- denotes ]
T11792 48393-48394 -RRB- denotes )
T11793 48394-48395 : denotes ;
T11794 48396-48401 RB denotes hence
T11795 48401-48403 , denotes ,
T11796 48403-48404 DT denotes a
T11797 48417-48421 NN denotes form
T11798 48405-48416 JJ denotes non-hebbian
T11799 48422-48424 IN denotes of
T11800 48425-48435 NN denotes plasticity
T11801 48436-48442 MD denotes should
T11802 48450-48452 IN denotes in
T11803 48453-48461 VBN denotes impaired
T11804 48462-48474 NN denotes memorization
T11805 48474-48475 . denotes .
T11806 48475-48788 sentence denotes Surprisingly, in GluR-BΔFB mice no LTP changes could be observed in field measurements in the hippocampus, nor could NMDA-independent LTP be induced in hippocampal synapses between Schaffer collaterals and CA1 pyramidal cells in presence of the NMDA antagonist APV (K. Jensen, O. Hvalby, personal communication).
T11807 48476-48488 RB denotes Surprisingly
T11808 48532-48540 VBN denotes observed
T11809 48488-48490 , denotes ,
T11810 48490-48492 IN denotes in
T11811 48493-48497 NN denotes GluR
T11812 48498-48502 NN denotes BΔFB
T11813 48497-48498 HYPH denotes -
T11814 48503-48507 NNS denotes mice
T11815 48508-48510 DT denotes no
T11816 48515-48522 NNS denotes changes
T11817 48511-48514 NN denotes LTP
T11818 48523-48528 MD denotes could
T11819 48529-48531 VB denotes be
T11820 48541-48543 IN denotes in
T11821 48544-48549 NN denotes field
T11822 48550-48562 NNS denotes measurements
T11823 48563-48565 IN denotes in
T11824 48566-48569 DT denotes the
T11825 48570-48581 NN denotes hippocampus
T11826 48581-48583 , denotes ,
T11827 48583-48586 CC denotes nor
T11828 48587-48592 MD denotes could
T11829 48617-48624 VBN denotes induced
T11830 48593-48597 NN denotes NMDA
T11831 48598-48609 JJ denotes independent
T11832 48597-48598 HYPH denotes -
T11833 48610-48613 NN denotes LTP
T11834 48614-48616 VB denotes be
T11835 48625-48627 IN denotes in
T11836 48628-48639 JJ denotes hippocampal
T11837 48640-48648 NNS denotes synapses
T11838 48649-48656 IN denotes between
T11839 48657-48665 NNP denotes Schaffer
T11840 48666-48677 NNS denotes collaterals
T11841 48678-48681 CC denotes and
T11842 48682-48685 NN denotes CA1
T11843 48696-48701 NNS denotes cells
T11844 48686-48695 JJ denotes pyramidal
T11845 48702-48704 IN denotes in
T11846 48705-48713 NN denotes presence
T11847 48714-48716 IN denotes of
T11848 48717-48720 DT denotes the
T11849 48726-48736 NN denotes antagonist
T11850 48721-48725 NN denotes NMDA
T11851 48737-48740 NN denotes APV
T11852 48741-48742 -LRB- denotes (
T11853 48742-48744 NNP denotes K.
T11854 48745-48751 NNP denotes Jensen
T11855 48751-48753 , denotes ,
T11856 48753-48755 NNP denotes O.
T11857 48756-48762 NNP denotes Hvalby
T11858 48762-48764 , denotes ,
T11859 48764-48772 JJ denotes personal
T11860 48773-48786 NN denotes communication
T11861 48786-48787 -RRB- denotes )
T11862 48787-48788 . denotes .
T11863 48788-49074 sentence denotes However, in other brain areas that are potentially important for the processing of olfactory information, such as piriform cortex or olfactory bulb, LTP measurements have not yet been performed; synapses of these pathways may be regulated differently than hippocampal CA3/CA1 synapses.
T11864 48789-48796 RB denotes However
T11865 48973-48982 VBN denotes performed
T11866 48796-48798 , denotes ,
T11867 48798-48800 IN denotes in
T11868 48801-48806 JJ denotes other
T11869 48813-48818 NNS denotes areas
T11870 48807-48812 NN denotes brain
T11871 48819-48823 WDT denotes that
T11872 48824-48827 VBP denotes are
T11873 48828-48839 RB denotes potentially
T11874 48840-48849 JJ denotes important
T11875 48850-48853 IN denotes for
T11876 48854-48857 DT denotes the
T11877 48858-48868 NN denotes processing
T11878 48869-48871 IN denotes of
T11879 48872-48881 JJ denotes olfactory
T11880 48882-48893 NN denotes information
T11881 48893-48895 , denotes ,
T11882 48895-48899 JJ denotes such
T11883 48900-48902 IN denotes as
T11884 48903-48911 JJ denotes piriform
T11885 48912-48918 NN denotes cortex
T11886 48919-48921 CC denotes or
T11887 48922-48931 JJ denotes olfactory
T11888 48932-48936 NN denotes bulb
T11889 48936-48938 , denotes ,
T11890 48938-48941 NN denotes LTP
T11891 48942-48954 NNS denotes measurements
T11892 48955-48959 VBP denotes have
T11893 48960-48963 RB denotes not
T11894 48964-48967 RB denotes yet
T11895 48968-48972 VBN denotes been
T11896 49018-49027 VBN denotes regulated
T11897 48982-48983 : denotes ;
T11898 48984-48992 NNS denotes synapses
T11899 48993-48995 IN denotes of
T11900 48996-49001 DT denotes these
T11901 49002-49010 NNS denotes pathways
T11902 49011-49014 MD denotes may
T11903 49015-49017 VB denotes be
T11904 49028-49039 RB denotes differently
T11905 49040-49044 IN denotes than
T11906 49045-49056 JJ denotes hippocampal
T11907 49065-49073 NNS denotes synapses
T11908 49057-49060 NN denotes CA3
T11909 49061-49064 NN denotes CA1
T11910 49060-49061 HYPH denotes /
T11911 49073-49074 . denotes .
T11912 49074-49243 sentence denotes Additionally, by changing the Ca2+ permeability of AMPARs, Ca2+ signaling via AMPA and colocalized NMDA channels might be disturbed, thereby impairing memory formation.
T11913 49075-49087 RB denotes Additionally
T11914 49197-49206 VBN denotes disturbed
T11915 49087-49089 , denotes ,
T11916 49089-49091 IN denotes by
T11917 49092-49100 VBG denotes changing
T11918 49101-49104 DT denotes the
T11919 49110-49122 NN denotes permeability
T11920 49105-49108 NN denotes Ca2
T11921 49108-49109 SYM denotes +
T11922 49123-49125 IN denotes of
T11923 49126-49132 NNS denotes AMPARs
T11924 49132-49134 , denotes ,
T11925 49134-49137 NN denotes Ca2
T11926 49139-49148 NN denotes signaling
T11927 49137-49138 SYM denotes +
T11928 49149-49152 IN denotes via
T11929 49153-49157 NN denotes AMPA
T11930 49179-49187 NNS denotes channels
T11931 49158-49161 CC denotes and
T11932 49162-49173 VBN denotes colocalized
T11933 49174-49178 NN denotes NMDA
T11934 49188-49193 MD denotes might
T11935 49194-49196 VB denotes be
T11936 49206-49208 , denotes ,
T11937 49208-49215 RB denotes thereby
T11938 49216-49225 VBG denotes impairing
T11939 49226-49232 NN denotes memory
T11940 49233-49242 NN denotes formation
T11941 49242-49243 . denotes .
T11942 49243-49359 sentence denotes Other forms of plasticity [77,78] induced by Ca2+-permeable AMPARs might play a prevalent role in olfactory memory.
T11943 49244-49249 JJ denotes Other
T11944 49250-49255 NNS denotes forms
T11945 49317-49321 VB denotes play
T11946 49256-49258 IN denotes of
T11947 49259-49269 NN denotes plasticity
T11948 49270-49271 -LRB- denotes [
T11949 49274-49276 CD denotes 78
T11950 49271-49273 CD denotes 77
T11951 49273-49274 , denotes ,
T11952 49276-49277 -RRB- denotes ]
T11953 49278-49285 VBN denotes induced
T11954 49286-49288 IN denotes by
T11955 49289-49292 NN denotes Ca2
T11956 49294-49303 JJ denotes permeable
T11957 49292-49293 SYM denotes +
T11958 49293-49294 HYPH denotes -
T11959 49304-49310 NNS denotes AMPARs
T11960 49311-49316 MD denotes might
T11961 49322-49323 DT denotes a
T11962 49334-49338 NN denotes role
T11963 49324-49333 JJ denotes prevalent
T11964 49339-49341 IN denotes in
T11965 49342-49351 JJ denotes olfactory
T11966 49352-49358 NN denotes memory
T11967 49358-49359 . denotes .
T11968 49359-49537 sentence denotes Alternatively, long-term stabilization might involve GluR-B phosphorylation similar to cerebellar long-term depression [79] and thus be selectively impaired by GluR-B depletion.
T11969 49360-49373 RB denotes Alternatively
T11970 49405-49412 VB denotes involve
T11971 49373-49375 , denotes ,
T11972 49375-49379 JJ denotes long
T11973 49380-49384 NN denotes term
T11974 49379-49380 HYPH denotes -
T11975 49385-49398 NN denotes stabilization
T11976 49399-49404 MD denotes might
T11977 49413-49417 NN denotes GluR
T11978 49418-49419 NN denotes B
T11979 49417-49418 HYPH denotes -
T11980 49420-49435 NN denotes phosphorylation
T11981 49436-49443 JJ denotes similar
T11982 49444-49446 IN denotes to
T11983 49447-49457 JJ denotes cerebellar
T11984 49468-49478 NN denotes depression
T11985 49458-49462 JJ denotes long
T11986 49463-49467 NN denotes term
T11987 49462-49463 HYPH denotes -
T11988 49479-49480 -LRB- denotes [
T11989 49480-49482 CD denotes 79
T11990 49482-49483 -RRB- denotes ]
T11991 49484-49487 CC denotes and
T11992 49488-49492 RB denotes thus
T11993 49508-49516 VBN denotes impaired
T11994 49493-49495 VB denotes be
T11995 49496-49507 RB denotes selectively
T11996 49517-49519 IN denotes by
T11997 49520-49524 NN denotes GluR
T11998 49525-49526 NN denotes B
T11999 49524-49525 HYPH denotes -
T12000 49527-49536 NN denotes depletion
T12001 49536-49537 . denotes .
T12002 49537-49704 sentence denotes Physiological experiments to assess these hypotheses will ideally make use of even more restricted genetic modifications with completely undisturbed input structures.
T12003 49538-49551 JJ denotes Physiological
T12004 49552-49563 NNS denotes experiments
T12005 49604-49608 VB denotes make
T12006 49564-49566 TO denotes to
T12007 49567-49573 VB denotes assess
T12008 49574-49579 DT denotes these
T12009 49580-49590 NNS denotes hypotheses
T12010 49591-49595 MD denotes will
T12011 49596-49603 RB denotes ideally
T12012 49609-49612 NN denotes use
T12013 49613-49615 IN denotes of
T12014 49616-49620 RB denotes even
T12015 49621-49625 RBR denotes more
T12016 49626-49636 VBN denotes restricted
T12017 49645-49658 NNS denotes modifications
T12018 49637-49644 JJ denotes genetic
T12019 49659-49663 IN denotes with
T12020 49664-49674 RB denotes completely
T12021 49675-49686 JJ denotes undisturbed
T12022 49693-49703 NNS denotes structures
T12023 49687-49692 NN denotes input
T12024 49703-49704 . denotes .
T12025 49704-49823 sentence denotes One possibility would be Cre-mediated GluR-B depletion and GluR-B(Q) expression in piriform cortex as suggested above.
T12026 49705-49708 CD denotes One
T12027 49709-49720 NN denotes possibility
T12028 49727-49729 VB denotes be
T12029 49721-49726 MD denotes would
T12030 49730-49733 NN denotes Cre
T12031 49734-49742 VBN denotes mediated
T12032 49733-49734 HYPH denotes -
T12033 49750-49759 NN denotes depletion
T12034 49743-49747 NN denotes GluR
T12035 49748-49749 NN denotes B
T12036 49747-49748 HYPH denotes -
T12037 49760-49763 CC denotes and
T12038 49764-49768 NN denotes GluR
T12039 49769-49770 NN denotes B
T12040 49768-49769 HYPH denotes -
T12041 49774-49784 NN denotes expression
T12042 49770-49771 -LRB- denotes (
T12043 49771-49772 NN denotes Q
T12044 49772-49773 -RRB- denotes )
T12045 49785-49787 IN denotes in
T12046 49788-49796 JJ denotes piriform
T12047 49797-49803 NN denotes cortex
T12048 49804-49806 IN denotes as
T12049 49807-49816 VBN denotes suggested
T12050 49817-49822 RB denotes above
T12051 49822-49823 . denotes .
T12235 49825-49836 VBG denotes Correlating
T12236 49837-49849 JJ denotes Quantitative
T12237 49850-49858 NN denotes Behavior
T12238 49859-49862 CC denotes and
T12239 49863-49869 NN denotes Mosaic
T12240 49875-49885 NN denotes Expression
T12241 49870-49874 NN denotes Gene
T12242 49886-49889 IN denotes for
T12243 49890-49900 VBG denotes Dissecting
T12244 49901-49911 NNS denotes Phenotypes
T12245 49911-50173 sentence denotes A critical step in discerning the discrimination and learning phenotypes from the memory phenotype was the observation of increased variability in the memory of the GluR-B knockout animals and, subsequently, the individual analyses of protein expression levels.
T12246 49912-49913 DT denotes A
T12247 49923-49927 NN denotes step
T12248 49914-49922 JJ denotes critical
T12249 50011-50014 VBD denotes was
T12250 49928-49930 IN denotes in
T12251 49931-49941 VBG denotes discerning
T12252 49942-49945 DT denotes the
T12253 49946-49960 NN denotes discrimination
T12254 49961-49964 CC denotes and
T12255 49965-49973 VBG denotes learning
T12256 49974-49984 NNS denotes phenotypes
T12257 49985-49989 IN denotes from
T12258 49990-49993 DT denotes the
T12259 50001-50010 NN denotes phenotype
T12260 49994-50000 NN denotes memory
T12261 50015-50018 DT denotes the
T12262 50019-50030 NN denotes observation
T12263 50031-50033 IN denotes of
T12264 50034-50043 VBN denotes increased
T12265 50044-50055 NN denotes variability
T12266 50056-50058 IN denotes in
T12267 50059-50062 DT denotes the
T12268 50063-50069 NN denotes memory
T12269 50070-50072 IN denotes of
T12270 50073-50076 DT denotes the
T12271 50093-50100 NNS denotes animals
T12272 50077-50081 NN denotes GluR
T12273 50082-50083 NN denotes B
T12274 50081-50082 HYPH denotes -
T12275 50084-50092 NN denotes knockout
T12276 50101-50104 CC denotes and
T12277 50104-50106 , denotes ,
T12278 50106-50118 RB denotes subsequently
T12279 50135-50143 NNS denotes analyses
T12280 50118-50120 , denotes ,
T12281 50120-50123 DT denotes the
T12282 50124-50134 JJ denotes individual
T12283 50144-50146 IN denotes of
T12284 50147-50154 NN denotes protein
T12285 50166-50172 NNS denotes levels
T12286 50155-50165 NN denotes expression
T12287 50172-50173 . denotes .
T12288 50173-50348 sentence denotes We made use of the epigenetic variability in GluR-B excision that could be correlated to the variability in memory but showed no correlation to variability in discrimination.
T12289 50174-50176 PRP denotes We
T12290 50177-50181 VBD denotes made
T12291 50182-50185 NN denotes use
T12292 50186-50188 IN denotes of
T12293 50189-50192 DT denotes the
T12294 50204-50215 NN denotes variability
T12295 50193-50203 JJ denotes epigenetic
T12296 50216-50218 IN denotes in
T12297 50219-50223 NN denotes GluR
T12298 50224-50225 NN denotes B
T12299 50223-50224 HYPH denotes -
T12300 50226-50234 NN denotes excision
T12301 50235-50239 WDT denotes that
T12302 50249-50259 VBN denotes correlated
T12303 50240-50245 MD denotes could
T12304 50246-50248 VB denotes be
T12305 50260-50262 IN denotes to
T12306 50263-50266 DT denotes the
T12307 50267-50278 NN denotes variability
T12308 50279-50281 IN denotes in
T12309 50282-50288 NN denotes memory
T12310 50289-50292 CC denotes but
T12311 50293-50299 VBD denotes showed
T12312 50300-50302 DT denotes no
T12313 50303-50314 NN denotes correlation
T12314 50315-50317 IN denotes to
T12315 50318-50329 NN denotes variability
T12316 50330-50332 IN denotes in
T12317 50333-50347 NN denotes discrimination
T12318 50347-50348 . denotes .
T12319 50348-50605 sentence denotes The analysis of quantitative trait loci (for review, see [80]), or classically correlating different behavioral phenotypes within a truly wild-type population [81–84], also attempts to find common or distinct genetic origins of different behavioral traits.
T12320 50349-50352 DT denotes The
T12321 50353-50361 NN denotes analysis
T12322 50522-50530 VBZ denotes attempts
T12323 50362-50364 IN denotes of
T12324 50365-50377 JJ denotes quantitative
T12325 50378-50383 NN denotes trait
T12326 50384-50388 NNS denotes loci
T12327 50389-50390 -LRB- denotes (
T12328 50402-50405 VBP denotes see
T12329 50390-50393 IN denotes for
T12330 50394-50400 NN denotes review
T12331 50400-50402 , denotes ,
T12332 50406-50407 -LRB- denotes [
T12333 50407-50409 CD denotes 80
T12334 50409-50410 -RRB- denotes ]
T12335 50410-50411 -RRB- denotes )
T12336 50411-50413 , denotes ,
T12337 50413-50415 CC denotes or
T12338 50416-50427 RB denotes classically
T12339 50428-50439 VBG denotes correlating
T12340 50461-50471 NNS denotes phenotypes
T12341 50440-50449 JJ denotes different
T12342 50450-50460 JJ denotes behavioral
T12343 50472-50478 IN denotes within
T12344 50479-50480 DT denotes a
T12345 50497-50507 NN denotes population
T12346 50481-50486 RB denotes truly
T12347 50487-50491 JJ denotes wild
T12348 50492-50496 NN denotes type
T12349 50491-50492 HYPH denotes -
T12350 50508-50509 -LRB- denotes [
T12351 50509-50511 CD denotes 81
T12352 50511-50512 SYM denotes –
T12353 50512-50514 CD denotes 84
T12354 50514-50515 -RRB- denotes ]
T12355 50515-50517 , denotes ,
T12356 50517-50521 RB denotes also
T12357 50531-50533 TO denotes to
T12358 50534-50538 VB denotes find
T12359 50539-50545 JJ denotes common
T12360 50566-50573 NNS denotes origins
T12361 50546-50548 CC denotes or
T12362 50549-50557 JJ denotes distinct
T12363 50558-50565 JJ denotes genetic
T12364 50574-50576 IN denotes of
T12365 50577-50586 JJ denotes different
T12366 50598-50604 NNS denotes traits
T12367 50587-50597 JJ denotes behavioral
T12368 50604-50605 . denotes .
T12369 50605-50704 sentence denotes These attempts undoubtedly contribute significantly to unraveling the molecular basis of behavior.
T12370 50606-50611 DT denotes These
T12371 50612-50620 NNS denotes attempts
T12372 50633-50643 VBP denotes contribute
T12373 50621-50632 RB denotes undoubtedly
T12374 50644-50657 RB denotes significantly
T12375 50658-50660 IN denotes to
T12376 50661-50671 VBG denotes unraveling
T12377 50672-50675 DT denotes the
T12378 50686-50691 NN denotes basis
T12379 50676-50685 JJ denotes molecular
T12380 50692-50694 IN denotes of
T12381 50695-50703 NN denotes behavior
T12382 50703-50704 . denotes .
T12383 50704-50898 sentence denotes Due to subtle and multigenic differences between different strains of rodents or different individuals in a wild-type population, however, they suffer from a rather low “signal-to-noise” ratio.
T12384 50705-50708 IN denotes Due
T12385 50849-50855 VBP denotes suffer
T12386 50709-50711 IN denotes to
T12387 50712-50718 JJ denotes subtle
T12388 50734-50745 NNS denotes differences
T12389 50719-50722 CC denotes and
T12390 50723-50733 JJ denotes multigenic
T12391 50746-50753 IN denotes between
T12392 50754-50763 JJ denotes different
T12393 50764-50771 NNS denotes strains
T12394 50772-50774 IN denotes of
T12395 50775-50782 NNS denotes rodents
T12396 50783-50785 CC denotes or
T12397 50786-50795 JJ denotes different
T12398 50796-50807 NNS denotes individuals
T12399 50808-50810 IN denotes in
T12400 50811-50812 DT denotes a
T12401 50823-50833 NN denotes population
T12402 50813-50817 JJ denotes wild
T12403 50818-50822 NN denotes type
T12404 50817-50818 HYPH denotes -
T12405 50833-50835 , denotes ,
T12406 50835-50842 RB denotes however
T12407 50842-50844 , denotes ,
T12408 50844-50848 PRP denotes they
T12409 50856-50860 IN denotes from
T12410 50861-50862 DT denotes a
T12411 50892-50897 NN denotes ratio
T12412 50863-50869 RB denotes rather
T12413 50870-50873 JJ denotes low
T12414 50874-50875 `` denotes “
T12415 50875-50881 NN denotes signal
T12416 50881-50882 HYPH denotes -
T12417 50882-50884 IN denotes to
T12418 50884-50885 HYPH denotes -
T12419 50885-50890 NN denotes noise
T12420 50890-50891 '' denotes ”
T12421 50897-50898 . denotes .
T12422 50898-50996 sentence denotes Differences in individual genes are rather small compared with the vast number of genes involved.
T12423 50899-50910 NNS denotes Differences
T12424 50931-50934 VBP denotes are
T12425 50911-50913 IN denotes in
T12426 50914-50924 JJ denotes individual
T12427 50925-50930 NNS denotes genes
T12428 50935-50941 RB denotes rather
T12429 50942-50947 JJ denotes small
T12430 50948-50956 VBN denotes compared
T12431 50957-50961 IN denotes with
T12432 50962-50965 DT denotes the
T12433 50971-50977 NN denotes number
T12434 50966-50970 JJ denotes vast
T12435 50978-50980 IN denotes of
T12436 50981-50986 NNS denotes genes
T12437 50987-50995 VBN denotes involved
T12438 50995-50996 . denotes .
T12439 50996-51288 sentence denotes As a result, purely correlating behavioral traits within a wild-type population usually remains rather descriptive, whereas quantitative trait loci analysis is capable of revealing multigenic basis of behavioral traits but usually lacks the power to identify the individual genes themselves.
T12440 50997-50999 IN denotes As
T12441 51085-51092 VBZ denotes remains
T12442 51000-51001 DT denotes a
T12443 51002-51008 NN denotes result
T12444 51008-51010 , denotes ,
T12445 51010-51016 RB denotes purely
T12446 51017-51028 VBG denotes correlating
T12447 51040-51046 NNS denotes traits
T12448 51029-51039 JJ denotes behavioral
T12449 51047-51053 IN denotes within
T12450 51054-51055 DT denotes a
T12451 51066-51076 NN denotes population
T12452 51056-51060 JJ denotes wild
T12453 51061-51065 NN denotes type
T12454 51060-51061 HYPH denotes -
T12455 51077-51084 RB denotes usually
T12456 51093-51099 RB denotes rather
T12457 51100-51111 JJ denotes descriptive
T12458 51111-51113 , denotes ,
T12459 51113-51120 IN denotes whereas
T12460 51154-51156 VBZ denotes is
T12461 51121-51133 JJ denotes quantitative
T12462 51134-51139 NN denotes trait
T12463 51140-51144 NNS denotes loci
T12464 51145-51153 NN denotes analysis
T12465 51157-51164 JJ denotes capable
T12466 51165-51167 IN denotes of
T12467 51168-51177 VBG denotes revealing
T12468 51178-51188 JJ denotes multigenic
T12469 51189-51194 NN denotes basis
T12470 51195-51197 IN denotes of
T12471 51198-51208 JJ denotes behavioral
T12472 51209-51215 NNS denotes traits
T12473 51216-51219 CC denotes but
T12474 51220-51227 RB denotes usually
T12475 51228-51233 VBZ denotes lacks
T12476 51234-51237 DT denotes the
T12477 51238-51243 NN denotes power
T12478 51244-51246 TO denotes to
T12479 51247-51255 VB denotes identify
T12480 51256-51259 DT denotes the
T12481 51271-51276 NNS denotes genes
T12482 51260-51270 JJ denotes individual
T12483 51277-51287 PRP denotes themselves
T12484 51287-51288 . denotes .
T12485 51288-51716 sentence denotes Herein, we described a way to enhance the signal-to-noise ratio by making use of the mosaic expression often associated with transgenic approaches: combining the advantages of “classical” genetic manipulation—namely, that the target of the manipulation is well defined—with the possibility to analyze variability, might also in future provide novel ways to define molecular and cellular correlates of complex behavioral traits.
T12486 51289-51295 RB denotes Herein
T12487 51300-51309 VBD denotes described
T12488 51295-51297 , denotes ,
T12489 51297-51299 PRP denotes we
T12490 51624-51631 VB denotes provide
T12491 51310-51311 DT denotes a
T12492 51312-51315 NN denotes way
T12493 51316-51318 TO denotes to
T12494 51319-51326 VB denotes enhance
T12495 51327-51330 DT denotes the
T12496 51347-51352 NN denotes ratio
T12497 51331-51337 NN denotes signal
T12498 51337-51338 HYPH denotes -
T12499 51338-51340 IN denotes to
T12500 51340-51341 HYPH denotes -
T12501 51341-51346 NN denotes noise
T12502 51353-51355 IN denotes by
T12503 51356-51362 VBG denotes making
T12504 51363-51366 NN denotes use
T12505 51367-51369 IN denotes of
T12506 51370-51373 DT denotes the
T12507 51381-51391 NN denotes expression
T12508 51374-51380 NN denotes mosaic
T12509 51392-51397 RB denotes often
T12510 51398-51408 VBN denotes associated
T12511 51409-51413 IN denotes with
T12512 51414-51424 JJ denotes transgenic
T12513 51425-51435 NNS denotes approaches
T12514 51435-51437 : denotes :
T12515 51437-51446 VBG denotes combining
T12516 51447-51450 DT denotes the
T12517 51451-51461 NNS denotes advantages
T12518 51462-51464 IN denotes of
T12519 51465-51466 `` denotes “
T12520 51485-51497 NN denotes manipulation
T12521 51466-51475 JJ denotes classical
T12522 51475-51476 '' denotes ”
T12523 51477-51484 JJ denotes genetic
T12524 51497-51498 : denotes —
T12525 51498-51504 RB denotes namely
T12526 51542-51544 VBZ denotes is
T12527 51504-51506 , denotes ,
T12528 51506-51510 IN denotes that
T12529 51511-51514 DT denotes the
T12530 51515-51521 NN denotes target
T12531 51522-51524 IN denotes of
T12532 51525-51528 DT denotes the
T12533 51529-51541 NN denotes manipulation
T12534 51545-51549 RB denotes well
T12535 51550-51557 VBN denotes defined
T12536 51557-51558 : denotes —
T12537 51558-51562 IN denotes with
T12538 51563-51566 DT denotes the
T12539 51567-51578 NN denotes possibility
T12540 51579-51581 TO denotes to
T12541 51582-51589 VB denotes analyze
T12542 51590-51601 NN denotes variability
T12543 51601-51603 , denotes ,
T12544 51603-51608 MD denotes might
T12545 51609-51613 RB denotes also
T12546 51614-51616 IN denotes in
T12547 51617-51623 NN denotes future
T12548 51632-51637 JJ denotes novel
T12549 51638-51642 NNS denotes ways
T12550 51643-51645 TO denotes to
T12551 51646-51652 VB denotes define
T12552 51653-51662 JJ denotes molecular
T12553 51676-51686 NNS denotes correlates
T12554 51663-51666 CC denotes and
T12555 51667-51675 JJ denotes cellular
T12556 51687-51689 IN denotes of
T12557 51690-51697 JJ denotes complex
T12558 51709-51715 NNS denotes traits
T12559 51698-51708 JJ denotes behavioral
T12560 51715-51716 . denotes .
T12561 51716-51854 sentence denotes In this study, we combined genetically induced manipulation of the AMPAR composition with quantitative behavioral and molecular analyses.
T12562 51717-51719 IN denotes In
T12563 51735-51743 VBD denotes combined
T12564 51720-51724 DT denotes this
T12565 51725-51730 NN denotes study
T12566 51730-51732 , denotes ,
T12567 51732-51734 PRP denotes we
T12568 51744-51755 RB denotes genetically
T12569 51756-51763 VBN denotes induced
T12570 51764-51776 NN denotes manipulation
T12571 51777-51779 IN denotes of
T12572 51780-51783 DT denotes the
T12573 51790-51801 NN denotes composition
T12574 51784-51789 NN denotes AMPAR
T12575 51802-51806 IN denotes with
T12576 51807-51819 JJ denotes quantitative
T12577 51845-51853 NNS denotes analyses
T12578 51820-51830 JJ denotes behavioral
T12579 51831-51834 CC denotes and
T12580 51835-51844 JJ denotes molecular
T12581 51853-51854 . denotes .
T12582 51854-52092 sentence denotes We could thus provide evidence for opposing roles of specific GluR-B manipulation and increased Ca2+ influx via AMPARs in olfactory discrimination/learning, and memory, potentially in the olfactory bulb and piriform cortex, respectively.
T12583 51855-51857 PRP denotes We
T12584 51869-51876 VB denotes provide
T12585 51858-51863 MD denotes could
T12586 51864-51868 RB denotes thus
T12587 51877-51885 NN denotes evidence
T12588 51886-51889 IN denotes for
T12589 51890-51898 VBG denotes opposing
T12590 51899-51904 NNS denotes roles
T12591 51905-51907 IN denotes of
T12592 51908-51916 JJ denotes specific
T12593 51924-51936 NN denotes manipulation
T12594 51917-51921 NN denotes GluR
T12595 51922-51923 NN denotes B
T12596 51921-51922 HYPH denotes -
T12597 51937-51940 CC denotes and
T12598 51941-51950 VBN denotes increased
T12599 51956-51962 NN denotes influx
T12600 51951-51954 NN denotes Ca2
T12601 51954-51955 SYM denotes +
T12602 51963-51966 IN denotes via
T12603 51967-51973 NNS denotes AMPARs
T12604 51974-51976 IN denotes in
T12605 51977-51986 JJ denotes olfactory
T12606 52002-52010 NN denotes learning
T12607 51987-52001 NN denotes discrimination
T12608 52001-52002 HYPH denotes /
T12609 52010-52012 , denotes ,
T12610 52012-52015 CC denotes and
T12611 52016-52022 NN denotes memory
T12612 52022-52024 , denotes ,
T12613 52024-52035 RB denotes potentially
T12614 52036-52038 IN denotes in
T12615 52039-52042 DT denotes the
T12616 52053-52057 NN denotes bulb
T12617 52043-52052 JJ denotes olfactory
T12618 52058-52061 CC denotes and
T12619 52062-52070 JJ denotes piriform
T12620 52071-52077 NN denotes cortex
T12621 52077-52079 , denotes ,
T12622 52079-52091 RB denotes respectively
T12623 52091-52092 . denotes .
T12624 52092-52404 sentence denotes To achieve this, we made use of the epigenetic variability in the extent of GluR-B ablation, which correlated with the variability in odor memory, but not in discrimination and learning; this finding was subsequently confirmed in GluR-B rescue mice with piriform cortex-specific transgenic expression of GluR-B.
T12625 52093-52095 TO denotes To
T12626 52096-52103 VB denotes achieve
T12627 52113-52117 VBD denotes made
T12628 52104-52108 DT denotes this
T12629 52108-52110 , denotes ,
T12630 52110-52112 PRP denotes we
T12631 52310-52319 VBN denotes confirmed
T12632 52118-52121 NN denotes use
T12633 52122-52124 IN denotes of
T12634 52125-52128 DT denotes the
T12635 52140-52151 NN denotes variability
T12636 52129-52139 JJ denotes epigenetic
T12637 52152-52154 IN denotes in
T12638 52155-52158 DT denotes the
T12639 52159-52165 NN denotes extent
T12640 52166-52168 IN denotes of
T12641 52169-52173 NN denotes GluR
T12642 52174-52175 NN denotes B
T12643 52173-52174 HYPH denotes -
T12644 52176-52184 NN denotes ablation
T12645 52184-52186 , denotes ,
T12646 52186-52191 WDT denotes which
T12647 52192-52202 VBD denotes correlated
T12648 52203-52207 IN denotes with
T12649 52208-52211 DT denotes the
T12650 52212-52223 NN denotes variability
T12651 52224-52226 IN denotes in
T12652 52227-52231 NN denotes odor
T12653 52232-52238 NN denotes memory
T12654 52238-52240 , denotes ,
T12655 52240-52243 CC denotes but
T12656 52244-52247 RB denotes not
T12657 52248-52250 IN denotes in
T12658 52251-52265 NN denotes discrimination
T12659 52266-52269 CC denotes and
T12660 52270-52278 NN denotes learning
T12661 52278-52279 : denotes ;
T12662 52280-52284 DT denotes this
T12663 52285-52292 NN denotes finding
T12664 52293-52296 VBD denotes was
T12665 52297-52309 RB denotes subsequently
T12666 52320-52322 IN denotes in
T12667 52323-52327 NN denotes GluR
T12668 52328-52329 NN denotes B
T12669 52327-52328 HYPH denotes -
T12670 52337-52341 NNS denotes mice
T12671 52330-52336 NN denotes rescue
T12672 52342-52346 IN denotes with
T12673 52347-52355 JJ denotes piriform
T12674 52356-52362 NN denotes cortex
T12675 52363-52371 JJ denotes specific
T12676 52362-52363 HYPH denotes -
T12677 52383-52393 NN denotes expression
T12678 52372-52382 JJ denotes transgenic
T12679 52394-52396 IN denotes of
T12680 52397-52401 NN denotes GluR
T12681 52402-52403 NN denotes B
T12682 52401-52402 HYPH denotes -
T12683 52403-52404 . denotes .
T12684 52404-52700 sentence denotes Extending these principles of combining quantitative behavioral analyses with minimal and dosed genetic interference, together with further physiological analyses, will ultimately pinpoint the neural circuitries underlying related, but distinct, behavioral traits in olfactory and other systems.
T12685 52405-52414 VBG denotes Extending
T12686 52585-52593 VB denotes pinpoint
T12687 52415-52420 DT denotes these
T12688 52421-52431 NNS denotes principles
T12689 52432-52434 IN denotes of
T12690 52435-52444 VBG denotes combining
T12691 52445-52457 JJ denotes quantitative
T12692 52469-52477 NNS denotes analyses
T12693 52458-52468 JJ denotes behavioral
T12694 52478-52482 IN denotes with
T12695 52483-52490 JJ denotes minimal
T12696 52509-52521 NN denotes interference
T12697 52491-52494 CC denotes and
T12698 52495-52500 VBN denotes dosed
T12699 52501-52508 JJ denotes genetic
T12700 52521-52523 , denotes ,
T12701 52523-52531 RB denotes together
T12702 52532-52536 IN denotes with
T12703 52537-52544 JJ denotes further
T12704 52559-52567 NNS denotes analyses
T12705 52545-52558 JJ denotes physiological
T12706 52567-52569 , denotes ,
T12707 52569-52573 MD denotes will
T12708 52574-52584 RB denotes ultimately
T12709 52594-52597 DT denotes the
T12710 52605-52616 NNS denotes circuitries
T12711 52598-52604 JJ denotes neural
T12712 52617-52627 VBG denotes underlying
T12713 52628-52635 JJ denotes related
T12714 52662-52668 NNS denotes traits
T12715 52635-52637 , denotes ,
T12716 52637-52640 CC denotes but
T12717 52641-52649 JJ denotes distinct
T12718 52649-52651 , denotes ,
T12719 52651-52661 JJ denotes behavioral
T12720 52669-52671 IN denotes in
T12721 52672-52681 JJ denotes olfactory
T12722 52692-52699 NNS denotes systems
T12723 52682-52685 CC denotes and
T12724 52686-52691 JJ denotes other
T12725 52699-52700 . denotes .
T12911 52725-52730 NN denotes Mouse
T12912 52731-52736 NNS denotes lines
T12913 52736-52786 sentence denotes The R26R line [85] was employed as Cre indicator.
T12914 52737-52740 DT denotes The
T12915 52746-52750 NN denotes line
T12916 52741-52745 NN denotes R26R
T12917 52760-52768 VBN denotes employed
T12918 52751-52752 -LRB- denotes [
T12919 52752-52754 CD denotes 85
T12920 52754-52755 -RRB- denotes ]
T12921 52756-52759 VBD denotes was
T12922 52769-52771 IN denotes as
T12923 52772-52775 NN denotes Cre
T12924 52776-52785 NN denotes indicator
T12925 52785-52786 . denotes .
T12926 52786-52930 sentence denotes GluR-B ΔECS:FB mice were of mixed C57Bl/6 and NMRI genetic background and generated from TgCre4 (“Camkcre4” in [59]) and GluR-B+/neo [60] mice.
T12927 52787-52791 NN denotes GluR
T12928 52792-52798 NN denotes B ΔECS
T12929 52791-52792 HYPH denotes -
T12930 52802-52806 NNS denotes mice
T12931 52798-52799 : denotes :
T12932 52799-52801 NN denotes FB
T12933 52807-52811 VBD denotes were
T12934 52812-52814 IN denotes of
T12935 52815-52820 VBN denotes mixed
T12936 52846-52856 NN denotes background
T12937 52821-52824 NN denotes C57
T12938 52824-52826 NN denotes Bl
T12939 52826-52827 HYPH denotes /
T12940 52827-52828 CD denotes 6
T12941 52829-52832 CC denotes and
T12942 52833-52837 NN denotes NMRI
T12943 52838-52845 JJ denotes genetic
T12944 52857-52860 CC denotes and
T12945 52861-52870 VBN denotes generated
T12946 52871-52875 IN denotes from
T12947 52876-52882 NN denotes TgCre4
T12948 52885-52893 NN denotes Camkcre4
T12949 52883-52884 -LRB- denotes (
T12950 52884-52885 `` denotes “
T12951 52893-52894 '' denotes ”
T12952 52895-52897 IN denotes in
T12953 52898-52899 -LRB- denotes [
T12954 52899-52901 CD denotes 59
T12955 52901-52902 -RRB- denotes ]
T12956 52902-52903 -RRB- denotes )
T12957 52904-52907 CC denotes and
T12958 52908-52912 NN denotes GluR
T12959 52913-52914 NN denotes B
T12960 52912-52913 HYPH denotes -
T12961 52925-52929 NNS denotes mice
T12962 52914-52915 SYM denotes +
T12963 52915-52916 HYPH denotes /
T12964 52916-52919 NN denotes neo
T12965 52920-52921 -LRB- denotes [
T12966 52921-52923 CD denotes 60
T12967 52923-52924 -RRB- denotes ]
T12968 52929-52930 . denotes .
T12969 52930-53138 sentence denotes GluR-B+/neo mice carry a wild-type GluR-B allele and a gene-targeted GluR-B allele in which the intron 11 sequence critical for Q/R site editing is replaced by a TK-neo gene flanked by loxP sites (“floxed”).
T12970 52931-52935 NN denotes GluR
T12971 52936-52937 NN denotes B
T12972 52935-52936 HYPH denotes -
T12973 52943-52947 NNS denotes mice
T12974 52937-52938 SYM denotes +
T12975 52938-52939 HYPH denotes /
T12976 52939-52942 NN denotes neo
T12977 52948-52953 VBP denotes carry
T12978 52954-52955 DT denotes a
T12979 52973-52979 NN denotes allele
T12980 52956-52960 JJ denotes wild
T12981 52961-52965 NN denotes type
T12982 52960-52961 HYPH denotes -
T12983 52966-52970 NN denotes GluR
T12984 52971-52972 NN denotes B
T12985 52970-52971 HYPH denotes -
T12986 52980-52983 CC denotes and
T12987 52984-52985 DT denotes a
T12988 53007-53013 NN denotes allele
T12989 52986-52990 NN denotes gene
T12990 52991-52999 VBN denotes targeted
T12991 52990-52991 HYPH denotes -
T12992 53000-53004 NN denotes GluR
T12993 53005-53006 NN denotes B
T12994 53004-53005 HYPH denotes -
T12995 53014-53016 IN denotes in
T12996 53079-53087 VBN denotes replaced
T12997 53017-53022 WDT denotes which
T12998 53023-53026 DT denotes the
T12999 53037-53045 NN denotes sequence
T13000 53027-53033 NN denotes intron
T13001 53034-53036 CD denotes 11
T13002 53046-53054 JJ denotes critical
T13003 53055-53058 IN denotes for
T13004 53059-53060 NN denotes Q
T13005 53061-53062 NN denotes R
T13006 53060-53061 HYPH denotes /
T13007 53063-53067 NN denotes site
T13008 53068-53075 NN denotes editing
T13009 53076-53078 VBZ denotes is
T13010 53088-53090 IN denotes by
T13011 53091-53092 DT denotes a
T13012 53100-53104 NN denotes gene
T13013 53093-53095 NN denotes TK
T13014 53096-53099 NN denotes neo
T13015 53095-53096 HYPH denotes -
T13016 53105-53112 VBN denotes flanked
T13017 53113-53115 IN denotes by
T13018 53116-53120 NN denotes loxP
T13019 53121-53126 NNS denotes sites
T13020 53127-53128 -LRB- denotes (
T13021 53129-53135 VBN denotes floxed
T13022 53128-53129 `` denotes “
T13023 53135-53136 '' denotes ”
T13024 53136-53137 -RRB- denotes )
T13025 53137-53138 . denotes .
T13026 53138-53222 sentence denotes GluR-B2lox mice [86] carry gene-targeted GluR-B alleles in which exon 11 is floxed.
T13027 53139-53143 NN denotes GluR
T13028 53144-53149 NN denotes B2lox
T13029 53143-53144 HYPH denotes -
T13030 53150-53154 NNS denotes mice
T13031 53160-53165 VBP denotes carry
T13032 53155-53156 -LRB- denotes [
T13033 53156-53158 CD denotes 86
T13034 53158-53159 -RRB- denotes ]
T13035 53166-53170 NN denotes gene
T13036 53171-53179 VBN denotes targeted
T13037 53170-53171 HYPH denotes -
T13038 53187-53194 NNS denotes alleles
T13039 53180-53184 NN denotes GluR
T13040 53185-53186 NN denotes B
T13041 53184-53185 HYPH denotes -
T13042 53195-53197 IN denotes in
T13043 53215-53221 VBN denotes floxed
T13044 53198-53203 WDT denotes which
T13045 53204-53208 NN denotes exon
T13046 53209-53211 CD denotes 11
T13047 53212-53214 VBZ denotes is
T13048 53221-53222 . denotes .
T13049 53222-53320 sentence denotes GluR-B ΔFB mice were of C57Bl/6 genetic background and generated from TgCre4 and GluR-B2lox mice.
T13050 53223-53227 NN denotes GluR
T13051 53228-53233 NN denotes B ΔFB
T13052 53227-53228 HYPH denotes -
T13053 53234-53238 NNS denotes mice
T13054 53239-53243 VBD denotes were
T13055 53244-53246 IN denotes of
T13056 53247-53252 NN denotes C57Bl
T13057 53263-53273 NN denotes background
T13058 53252-53253 HYPH denotes /
T13059 53253-53254 CD denotes 6
T13060 53255-53262 JJ denotes genetic
T13061 53274-53277 CC denotes and
T13062 53278-53287 VBN denotes generated
T13063 53288-53292 IN denotes from
T13064 53293-53299 NN denotes TgCre4
T13065 53315-53319 NNS denotes mice
T13066 53300-53303 CC denotes and
T13067 53304-53308 NN denotes GluR
T13068 53309-53314 NN denotes B2lox
T13069 53308-53309 HYPH denotes -
T13070 53319-53320 . denotes .
T13071 53320-53546 sentence denotes TgCN12-itTA mice were generated as described for TgCN10-itTA mice (see Materials and Methods in [58]), and represent another founder line obtained from the same pronucleus injection, with more widespread forebrain expression.
T13072 53321-53327 NN denotes TgCN12
T13073 53328-53332 NN denotes itTA
T13074 53327-53328 HYPH denotes -
T13075 53333-53337 NNS denotes mice
T13076 53343-53352 VBN denotes generated
T13077 53338-53342 VBD denotes were
T13078 53353-53355 IN denotes as
T13079 53356-53365 VBN denotes described
T13080 53366-53369 IN denotes for
T13081 53370-53376 NN denotes TgCN10
T13082 53377-53381 NN denotes itTA
T13083 53376-53377 HYPH denotes -
T13084 53382-53386 NNS denotes mice
T13085 53387-53388 -LRB- denotes (
T13086 53388-53391 VB denotes see
T13087 53392-53401 NNS denotes Materials
T13088 53402-53405 CC denotes and
T13089 53406-53413 NNS denotes Methods
T13090 53414-53416 IN denotes in
T13091 53417-53418 -LRB- denotes [
T13092 53418-53420 CD denotes 58
T13093 53420-53421 -RRB- denotes ]
T13094 53421-53422 -RRB- denotes )
T13095 53422-53424 , denotes ,
T13096 53424-53427 CC denotes and
T13097 53428-53437 VBP denotes represent
T13098 53438-53445 DT denotes another
T13099 53454-53458 NN denotes line
T13100 53446-53453 NN denotes founder
T13101 53459-53467 VBN denotes obtained
T13102 53468-53472 IN denotes from
T13103 53473-53476 DT denotes the
T13104 53493-53502 NN denotes injection
T13105 53477-53481 JJ denotes same
T13106 53482-53492 NN denotes pronucleus
T13107 53502-53504 , denotes ,
T13108 53504-53508 IN denotes with
T13109 53509-53513 RBR denotes more
T13110 53514-53524 JJ denotes widespread
T13111 53535-53545 NN denotes expression
T13112 53525-53534 NN denotes forebrain
T13113 53545-53546 . denotes .
T13114 53546-53751 sentence denotes For exogeneous expression of GFPGluR-B, the mouse line TgOCN1 was generated: an AseI fragment of plasmid pnlacZ/GFPGluR-B was injected into the pronucleus of oocytes obtained from DBA1/C57Bl/6 F1 hybrids.
T13115 53547-53550 IN denotes For
T13116 53673-53681 VBN denotes injected
T13117 53551-53561 JJ denotes exogeneous
T13118 53562-53572 NN denotes expression
T13119 53573-53575 IN denotes of
T13120 53576-53583 NN denotes GFPGluR
T13121 53584-53585 NN denotes B
T13122 53583-53584 HYPH denotes -
T13123 53585-53587 , denotes ,
T13124 53587-53590 DT denotes the
T13125 53597-53601 NN denotes line
T13126 53591-53596 NN denotes mouse
T13127 53613-53622 VBN denotes generated
T13128 53602-53608 NN denotes TgOCN1
T13129 53609-53612 VBD denotes was
T13130 53622-53624 : denotes :
T13131 53624-53626 DT denotes an
T13132 53632-53640 NN denotes fragment
T13133 53627-53631 NN denotes AseI
T13134 53641-53643 IN denotes of
T13135 53644-53651 NN denotes plasmid
T13136 53652-53658 NN denotes pnlacZ
T13137 53658-53659 HYPH denotes /
T13138 53659-53666 NN denotes GFPGluR
T13139 53667-53668 NN denotes B
T13140 53666-53667 HYPH denotes -
T13141 53669-53672 VBD denotes was
T13142 53682-53686 IN denotes into
T13143 53687-53690 DT denotes the
T13144 53691-53701 NN denotes pronucleus
T13145 53702-53704 IN denotes of
T13146 53705-53712 NNS denotes oocytes
T13147 53713-53721 VBN denotes obtained
T13148 53722-53726 IN denotes from
T13149 53727-53731 NN denotes DBA1
T13150 53732-53737 NN denotes C57Bl
T13151 53731-53732 HYPH denotes /
T13152 53743-53750 NNS denotes hybrids
T13153 53737-53738 HYPH denotes /
T13154 53738-53739 CD denotes 6
T13155 53740-53742 NN denotes F1
T13156 53750-53751 . denotes .
T13157 53751-53821 sentence denotes Positive founders were backcrossed into C57Bl/6 for further analysis.
T13158 53752-53760 JJ denotes Positive
T13159 53761-53769 NNS denotes founders
T13160 53775-53786 VBN denotes backcrossed
T13161 53770-53774 VBD denotes were
T13162 53787-53791 IN denotes into
T13163 53792-53797 NN denotes C57Bl
T13164 53797-53798 HYPH denotes /
T13165 53798-53799 CD denotes 6
T13166 53800-53803 IN denotes for
T13167 53804-53811 JJ denotes further
T13168 53812-53820 NN denotes analysis
T13169 53820-53821 . denotes .
T13170 53821-53944 sentence denotes Plasmid pnlacZ/GFPGluR-B was constructed from pnlacZ/GFPGluR-A [87] by replacing GluR-A cDNA with the rat cDNA for GluR-B.
T13171 53822-53829 NN denotes Plasmid
T13172 53830-53836 NN denotes pnlacZ
T13173 53851-53862 VBN denotes constructed
T13174 53836-53837 HYPH denotes /
T13175 53837-53844 NN denotes GFPGluR
T13176 53845-53846 NN denotes B
T13177 53844-53845 HYPH denotes -
T13178 53847-53850 VBD denotes was
T13179 53863-53867 IN denotes from
T13180 53868-53874 NN denotes pnlacZ
T13181 53883-53884 NN denotes A
T13182 53874-53875 HYPH denotes /
T13183 53875-53882 NN denotes GFPGluR
T13184 53882-53883 HYPH denotes -
T13185 53885-53886 -LRB- denotes [
T13186 53886-53888 CD denotes 87
T13187 53888-53889 -RRB- denotes ]
T13188 53890-53892 IN denotes by
T13189 53893-53902 VBG denotes replacing
T13190 53903-53907 NN denotes GluR
T13191 53908-53909 NN denotes A
T13192 53907-53908 HYPH denotes -
T13193 53910-53914 NN denotes cDNA
T13194 53915-53919 IN denotes with
T13195 53920-53923 DT denotes the
T13196 53928-53932 NN denotes cDNA
T13197 53924-53927 NN denotes rat
T13198 53933-53936 IN denotes for
T13199 53937-53941 NN denotes GluR
T13200 53942-53943 NN denotes B
T13201 53941-53942 HYPH denotes -
T13202 53943-53944 . denotes .
T13203 53944-54106 sentence denotes Transgenic GFPGluR-B protein levels were measured in hippocampus of TgOCN1 mice also carrying a transgene for forebrain-specific homogeneous tTA expression [88].
T13204 53945-53955 JJ denotes Transgenic
T13205 53966-53973 NN denotes protein
T13206 53956-53963 NN denotes GFPGluR
T13207 53964-53965 NN denotes B
T13208 53963-53964 HYPH denotes -
T13209 53974-53980 NNS denotes levels
T13210 53986-53994 VBN denotes measured
T13211 53981-53985 VBD denotes were
T13212 53995-53997 IN denotes in
T13213 53998-54009 NN denotes hippocampus
T13214 54010-54012 IN denotes of
T13215 54013-54019 NN denotes TgOCN1
T13216 54020-54024 NNS denotes mice
T13217 54025-54029 RB denotes also
T13218 54030-54038 VBG denotes carrying
T13219 54039-54040 DT denotes a
T13220 54041-54050 NN denotes transgene
T13221 54051-54054 IN denotes for
T13222 54055-54064 NN denotes forebrain
T13223 54065-54073 JJ denotes specific
T13224 54064-54065 HYPH denotes -
T13225 54090-54100 NN denotes expression
T13226 54074-54085 JJ denotes homogeneous
T13227 54086-54089 NN denotes tTA
T13228 54101-54102 -LRB- denotes [
T13229 54102-54104 CD denotes 88
T13230 54104-54105 -RRB- denotes ]
T13231 54105-54106 . denotes .
T13471 54402-54403 HYPH denotes -
T13401 54108-54120 JJ denotes Experimental
T13402 54121-54127 NNS denotes groups
T13403 54127-54312 sentence denotes Mice heterozygous for TgCre4 and heterozygous for the TK-neo cassette in the GluR-B allele (GluR-BΔECS:FB) or homozygous for the floxed GluR-B (GluR-BΔFB) were used in the experiments.
T13404 54128-54132 NNS denotes Mice
T13405 54288-54292 VBN denotes used
T13406 54133-54145 JJ denotes heterozygous
T13407 54146-54149 IN denotes for
T13408 54150-54156 NN denotes TgCre4
T13409 54157-54160 CC denotes and
T13410 54161-54173 JJ denotes heterozygous
T13411 54174-54177 IN denotes for
T13412 54178-54181 DT denotes the
T13413 54189-54197 NN denotes cassette
T13414 54182-54184 NN denotes TK
T13415 54185-54188 NN denotes neo
T13416 54184-54185 HYPH denotes -
T13417 54198-54200 IN denotes in
T13418 54201-54204 DT denotes the
T13419 54212-54218 NN denotes allele
T13420 54205-54209 NN denotes GluR
T13421 54210-54211 NN denotes B
T13422 54209-54210 HYPH denotes -
T13423 54219-54220 -LRB- denotes (
T13424 54225-54230 NN denotes BΔECS
T13425 54220-54224 NN denotes GluR
T13426 54224-54225 HYPH denotes -
T13427 54230-54231 : denotes :
T13428 54231-54233 NN denotes FB
T13429 54233-54234 -RRB- denotes )
T13430 54235-54237 CC denotes or
T13431 54238-54248 JJ denotes homozygous
T13432 54249-54252 IN denotes for
T13433 54253-54256 DT denotes the
T13434 54269-54270 NN denotes B
T13435 54257-54263 VBN denotes floxed
T13436 54264-54268 NN denotes GluR
T13437 54268-54269 HYPH denotes -
T13438 54271-54272 -LRB- denotes (
T13439 54277-54281 NN denotes BΔFB
T13440 54272-54276 NN denotes GluR
T13441 54276-54277 HYPH denotes -
T13442 54281-54282 -RRB- denotes )
T13443 54283-54287 VBD denotes were
T13444 54293-54295 IN denotes in
T13445 54296-54299 DT denotes the
T13446 54300-54311 NNS denotes experiments
T13447 54311-54312 . denotes .
T13448 54312-54533 sentence denotes The “rescue” mice (GluR-BRescue) were positive for TgCre4, homozygous for the floxed GluR-B gene, and positive for the tet-sensitive responder transgene TgOCN1 and for the itTA expressing activator transgene TgCN12-itTA.
T13449 54313-54316 DT denotes The
T13450 54326-54330 NNS denotes mice
T13451 54317-54318 `` denotes “
T13452 54318-54324 NN denotes rescue
T13453 54324-54325 '' denotes ”
T13454 54346-54350 VBD denotes were
T13455 54331-54332 -LRB- denotes (
T13456 54332-54336 NN denotes GluR
T13457 54337-54344 NN denotes BRescue
T13458 54336-54337 HYPH denotes -
T13459 54344-54345 -RRB- denotes )
T13460 54351-54359 JJ denotes positive
T13461 54360-54363 IN denotes for
T13462 54364-54370 NN denotes TgCre4
T13463 54370-54372 , denotes ,
T13464 54372-54382 JJ denotes homozygous
T13465 54383-54386 IN denotes for
T13466 54387-54390 DT denotes the
T13467 54405-54409 NN denotes gene
T13468 54391-54397 VBN denotes floxed
T13469 54398-54402 NN denotes GluR
T13470 54403-54404 NN denotes B
T13472 54409-54411 , denotes ,
T13473 54411-54414 CC denotes and
T13474 54415-54423 JJ denotes positive
T13475 54424-54427 IN denotes for
T13476 54428-54431 DT denotes the
T13477 54456-54465 NN denotes transgene
T13478 54432-54435 NN denotes tet
T13479 54436-54445 JJ denotes sensitive
T13480 54435-54436 HYPH denotes -
T13481 54446-54455 NN denotes responder
T13482 54466-54472 NN denotes TgOCN1
T13483 54473-54476 CC denotes and
T13484 54477-54480 IN denotes for
T13485 54481-54484 DT denotes the
T13486 54511-54520 NN denotes transgene
T13487 54485-54489 NN denotes itTA
T13488 54490-54500 VBG denotes expressing
T13489 54501-54510 NN denotes activator
T13490 54521-54527 NN denotes TgCN12
T13491 54528-54532 NN denotes itTA
T13492 54527-54528 HYPH denotes -
T13493 54532-54533 . denotes .
T13560 54535-54542 NN denotes Control
T13561 54543-54549 NNS denotes groups
T13562 54549-54599 sentence denotes Littermate controls were used in all experiments.
T13563 54550-54560 NN denotes Littermate
T13564 54561-54569 NNS denotes controls
T13565 54575-54579 VBN denotes used
T13566 54570-54574 VBD denotes were
T13567 54580-54582 IN denotes in
T13568 54583-54586 DT denotes all
T13569 54587-54598 NNS denotes experiments
T13570 54598-54599 . denotes .
T13571 54599-54671 sentence denotes GluR-B+/+ mice were used as controls in the task described in Figure 1.
T13572 54600-54604 NN denotes GluR
T13573 54605-54606 NN denotes B
T13574 54604-54605 HYPH denotes -
T13575 54610-54614 NNS denotes mice
T13576 54606-54607 SYM denotes +
T13577 54607-54608 HYPH denotes /
T13578 54608-54609 SYM denotes +
T13579 54620-54624 VBN denotes used
T13580 54615-54619 VBD denotes were
T13581 54625-54627 IN denotes as
T13582 54628-54636 NNS denotes controls
T13583 54637-54639 IN denotes in
T13584 54640-54643 DT denotes the
T13585 54644-54648 NN denotes task
T13586 54649-54658 VBN denotes described
T13587 54659-54661 IN denotes in
T13588 54662-54668 NN denotes Figure
T13589 54669-54670 CD denotes 1
T13590 54670-54671 . denotes .
T13591 54671-54807 sentence denotes GluR-B+/2lox and GluR-B2lox/2lox (both negative for TgCre4) mice were used as controls in experiments described in Figures 2, 4, and 6.
T13592 54672-54676 NN denotes GluR
T13593 54677-54678 NN denotes B
T13594 54676-54677 HYPH denotes -
T13595 54732-54736 NNS denotes mice
T13596 54678-54679 SYM denotes +
T13597 54679-54680 HYPH denotes /
T13598 54680-54684 NN denotes 2lox
T13599 54685-54688 CC denotes and
T13600 54689-54693 NN denotes GluR
T13601 54694-54699 NN denotes B2lox
T13602 54693-54694 HYPH denotes -
T13603 54699-54700 HYPH denotes /
T13604 54700-54704 NN denotes 2lox
T13605 54705-54706 -LRB- denotes (
T13606 54706-54710 RB denotes both
T13607 54711-54719 JJ denotes negative
T13608 54720-54723 IN denotes for
T13609 54724-54730 NN denotes TgCre4
T13610 54730-54731 -RRB- denotes )
T13611 54742-54746 VBN denotes used
T13612 54737-54741 VBD denotes were
T13613 54747-54749 IN denotes as
T13614 54750-54758 NNS denotes controls
T13615 54759-54761 IN denotes in
T13616 54762-54773 NNS denotes experiments
T13617 54774-54783 VBN denotes described
T13618 54784-54786 IN denotes in
T13619 54787-54794 NNS denotes Figures
T13620 54795-54796 CD denotes 2
T13621 54796-54798 , denotes ,
T13622 54798-54799 CD denotes 4
T13623 54799-54801 , denotes ,
T13624 54801-54804 CC denotes and
T13625 54805-54806 CD denotes 6
T13626 54806-54807 . denotes .
T13627 54807-54990 sentence denotes For the GluR-BRescue experiments (Figure 6), controls positive for either TgCN12-itTA or TgOCN1 in a GluR-B+/2lox and GluR-B2lox/2lox (both negative for TgCre4) background were used.
T13628 54808-54811 IN denotes For
T13629 54985-54989 VBN denotes used
T13630 54812-54815 DT denotes the
T13631 54829-54840 NNS denotes experiments
T13632 54816-54820 NN denotes GluR
T13633 54821-54828 NN denotes BRescue
T13634 54820-54821 HYPH denotes -
T13635 54841-54842 -LRB- denotes (
T13636 54842-54848 NN denotes Figure
T13637 54849-54850 CD denotes 6
T13638 54850-54851 -RRB- denotes )
T13639 54851-54853 , denotes ,
T13640 54853-54861 NNS denotes controls
T13641 54862-54870 JJ denotes positive
T13642 54871-54874 IN denotes for
T13643 54875-54881 CC denotes either
T13644 54889-54893 NN denotes itTA
T13645 54882-54888 NN denotes TgCN12
T13646 54888-54889 HYPH denotes -
T13647 54894-54896 CC denotes or
T13648 54897-54903 NN denotes TgOCN1
T13649 54904-54906 IN denotes in
T13650 54907-54908 DT denotes a
T13651 54969-54979 NN denotes background
T13652 54909-54913 NN denotes GluR
T13653 54914-54915 NN denotes B
T13654 54913-54914 HYPH denotes -
T13655 54915-54916 SYM denotes +
T13656 54916-54917 HYPH denotes /
T13657 54917-54921 NN denotes 2lox
T13658 54922-54925 CC denotes and
T13659 54926-54930 NN denotes GluR
T13660 54931-54936 NN denotes B2lox
T13661 54930-54931 HYPH denotes -
T13662 54936-54937 HYPH denotes /
T13663 54937-54941 NN denotes 2lox
T13664 54942-54943 -LRB- denotes (
T13665 54943-54947 RB denotes both
T13666 54948-54956 JJ denotes negative
T13667 54957-54960 IN denotes for
T13668 54961-54967 NN denotes TgCre4
T13669 54967-54968 -RRB- denotes )
T13670 54980-54984 VBD denotes were
T13671 54989-54990 . denotes .
T13711 54992-55002 NN denotes Genotyping
T13712 55002-55088 sentence denotes Mice were selected by PCR of mouse-tail DNA with specific primers as described below.
T13713 55003-55007 NNS denotes Mice
T13714 55013-55021 VBN denotes selected
T13715 55008-55012 VBD denotes were
T13716 55022-55024 IN denotes by
T13717 55025-55028 NN denotes PCR
T13718 55029-55031 IN denotes of
T13719 55032-55037 NN denotes mouse
T13720 55038-55042 NN denotes tail
T13721 55037-55038 HYPH denotes -
T13722 55043-55046 NN denotes DNA
T13723 55047-55051 IN denotes with
T13724 55052-55060 JJ denotes specific
T13725 55061-55068 NNS denotes primers
T13726 55069-55071 IN denotes as
T13727 55072-55081 VBN denotes described
T13728 55082-55087 RB denotes below
T13729 55087-55088 . denotes .
T13730 55088-55175 sentence denotes Indicated are the sequences and the approximate length of the amplified DNA fragments.
T13731 55089-55098 VBN denotes Indicated
T13732 55099-55102 VBP denotes are
T13733 55103-55106 DT denotes the
T13734 55107-55116 NNS denotes sequences
T13735 55117-55120 CC denotes and
T13736 55121-55124 DT denotes the
T13737 55137-55143 NN denotes length
T13738 55125-55136 JJ denotes approximate
T13739 55144-55146 IN denotes of
T13740 55147-55150 DT denotes the
T13741 55165-55174 NNS denotes fragments
T13742 55151-55160 VBN denotes amplified
T13743 55161-55164 NN denotes DNA
T13744 55174-55175 . denotes .
T13745 55175-55287 sentence denotes TgCre4: rspCre1 (5′- ACCAGGTTCGTTCACTCATGG-3′) and rspCre2 (5′- AGGCTAAGTGCCTTCTCTACAC-3′), 200 basepairs (bp).
T13746 55176-55182 NN denotes TgCre4
T13747 55182-55184 : denotes :
T13748 55184-55191 NN denotes rspCre1
T13749 55283-55285 NN denotes bp
T13750 55192-55193 -LRB- denotes (
T13751 55219-55220 CD denotes 3
T13752 55193-55194 CD denotes 5
T13753 55194-55195 SYM denotes ′
T13754 55195-55196 HYPH denotes -
T13755 55197-55218 NN denotes ACCAGGTTCGTTCACTCATGG
T13756 55218-55219 HYPH denotes -
T13757 55220-55221 SYM denotes ′
T13758 55221-55222 -RRB- denotes )
T13759 55223-55226 CC denotes and
T13760 55227-55234 NN denotes rspCre2
T13761 55235-55236 -LRB- denotes (
T13762 55240-55262 NN denotes AGGCTAAGTGCCTTCTCTACAC
T13763 55236-55237 CD denotes 5
T13764 55237-55238 SYM denotes ′
T13765 55238-55239 HYPH denotes -
T13766 55262-55263 HYPH denotes -
T13767 55263-55264 CD denotes 3
T13768 55264-55265 SYM denotes ′
T13769 55265-55266 -RRB- denotes )
T13770 55266-55268 , denotes ,
T13771 55268-55271 CD denotes 200
T13772 55272-55281 NNS denotes basepairs
T13773 55282-55283 -LRB- denotes (
T13774 55285-55286 -RRB- denotes )
T13775 55286-55287 . denotes .
T13776 55287-55462 sentence denotes GluR-Bneo: MH60 (5′- CACTCACAGCAATGAAGCAGGAC-3′), MH53a (5′- GAATGTTGATCATGTGTTTCCCTG-3′), and MH117 (5′- GTTCGAATTCGCCAATGACAAGACG-3′), wild-type: 500 bp and mutant: 400 bp.
T13777 55288-55292 NN denotes GluR
T13778 55293-55297 NN denotes Bneo
T13779 55292-55293 HYPH denotes -
T13780 55299-55303 NN denotes MH60
T13781 55297-55299 : denotes :
T13782 55304-55305 -LRB- denotes (
T13783 55309-55332 NN denotes CACTCACAGCAATGAAGCAGGAC
T13784 55305-55306 CD denotes 5
T13785 55306-55307 SYM denotes ′
T13786 55307-55308 HYPH denotes -
T13787 55332-55333 HYPH denotes -
T13788 55333-55334 CD denotes 3
T13789 55334-55335 SYM denotes ′
T13790 55335-55336 -RRB- denotes )
T13791 55336-55338 , denotes ,
T13792 55338-55343 NN denotes MH53a
T13793 55344-55345 -LRB- denotes (
T13794 55349-55373 NN denotes GAATGTTGATCATGTGTTTCCCTG
T13795 55345-55346 CD denotes 5
T13796 55346-55347 SYM denotes ′
T13797 55347-55348 HYPH denotes -
T13798 55373-55374 HYPH denotes -
T13799 55374-55375 CD denotes 3
T13800 55375-55376 SYM denotes ′
T13801 55376-55377 -RRB- denotes )
T13802 55377-55379 , denotes ,
T13803 55379-55382 CC denotes and
T13804 55383-55388 NN denotes MH117
T13805 55389-55390 -LRB- denotes (
T13806 55394-55419 NN denotes GTTCGAATTCGCCAATGACAAGACG
T13807 55390-55391 CD denotes 5
T13808 55391-55392 SYM denotes ′
T13809 55392-55393 HYPH denotes -
T13810 55419-55420 HYPH denotes -
T13811 55420-55421 CD denotes 3
T13812 55421-55422 SYM denotes ′
T13813 55422-55423 -RRB- denotes )
T13814 55423-55425 , denotes ,
T13815 55425-55429 JJ denotes wild
T13816 55430-55434 NN denotes type
T13817 55429-55430 HYPH denotes -
T13818 55440-55442 NN denotes bp
T13819 55434-55436 : denotes :
T13820 55436-55439 CD denotes 500
T13821 55443-55446 CC denotes and
T13822 55447-55453 NN denotes mutant
T13823 55459-55461 NN denotes bp
T13824 55453-55455 : denotes :
T13825 55455-55458 CD denotes 400
T13826 55461-55462 . denotes .
T13827 55462-55592 sentence denotes GluR-B2lox: VM12 (5′- GCGTAAGCCTGTGA AATACCTG-3′) and VM10 (5′- GTTGTCTAACAAGTTGTTGACC-3′), wild-type: 250 bp and mutant: 350 bp.
T13828 55463-55467 NN denotes GluR
T13829 55468-55473 NN denotes B2lox
T13830 55467-55468 HYPH denotes -
T13831 55475-55479 NN denotes VM12
T13832 55473-55475 : denotes :
T13833 55480-55481 -LRB- denotes (
T13834 55485-55508 NN denotes GCGTAAGCCTGTGA AATACCTG
T13835 55481-55482 CD denotes 5
T13836 55482-55483 SYM denotes ′
T13837 55483-55484 HYPH denotes -
T13838 55508-55509 HYPH denotes -
T13839 55509-55510 CD denotes 3
T13840 55510-55511 SYM denotes ′
T13841 55511-55512 -RRB- denotes )
T13842 55513-55516 CC denotes and
T13843 55517-55521 NN denotes VM10
T13844 55522-55523 -LRB- denotes (
T13845 55527-55549 NN denotes GTTGTCTAACAAGTTGTTGACC
T13846 55523-55524 CD denotes 5
T13847 55524-55525 SYM denotes ′
T13848 55525-55526 HYPH denotes -
T13849 55549-55550 HYPH denotes -
T13850 55550-55551 CD denotes 3
T13851 55551-55552 SYM denotes ′
T13852 55552-55553 -RRB- denotes )
T13853 55553-55555 , denotes ,
T13854 55555-55559 JJ denotes wild
T13855 55560-55564 NN denotes type
T13856 55559-55560 HYPH denotes -
T13857 55570-55572 NN denotes bp
T13858 55564-55566 : denotes :
T13859 55566-55569 CD denotes 250
T13860 55573-55576 CC denotes and
T13861 55577-55583 NN denotes mutant
T13862 55589-55591 NN denotes bp
T13863 55583-55585 : denotes :
T13864 55585-55588 CD denotes 350
T13865 55591-55592 . denotes .
T13866 55592-55701 sentence denotes TgOCN1: VM4 (5′- CTCCCAGACAACCATTACCTGTCC-3′) and GluR-B882BST (5′- CGAAGTATACTTAATTGTCGCTGTGTG-3′), 600 bp.
T13867 55593-55599 NN denotes TgOCN1
T13868 55599-55601 : denotes :
T13869 55601-55604 NN denotes VM4
T13870 55698-55700 NN denotes bp
T13871 55605-55606 -LRB- denotes (
T13872 55610-55634 NN denotes CTCCCAGACAACCATTACCTGTCC
T13873 55606-55607 CD denotes 5
T13874 55607-55608 SYM denotes ′
T13875 55608-55609 HYPH denotes -
T13876 55634-55635 HYPH denotes -
T13877 55635-55636 CD denotes 3
T13878 55636-55637 SYM denotes ′
T13879 55637-55638 -RRB- denotes )
T13880 55639-55642 CC denotes and
T13881 55643-55647 NN denotes GluR
T13882 55648-55655 NN denotes B882BST
T13883 55647-55648 HYPH denotes -
T13884 55656-55657 -LRB- denotes (
T13885 55661-55688 NN denotes CGAAGTATACTTAATTGTCGCTGTGTG
T13886 55657-55658 CD denotes 5
T13887 55658-55659 SYM denotes ′
T13888 55659-55660 HYPH denotes -
T13889 55688-55689 HYPH denotes -
T13890 55689-55690 CD denotes 3
T13891 55690-55691 SYM denotes ′
T13892 55691-55692 -RRB- denotes )
T13893 55692-55694 , denotes ,
T13894 55694-55697 CD denotes 600
T13895 55700-55701 . denotes .
T13896 55701-55805 sentence denotes TgCN12-itTA: htTA1 (5′- AGAGCAAAGTCATCAACTCTG-3′) and htTA2 (5′- GTGAGAGCCAGACTCACATTTCA-3′), 1,000 bp.
T13897 55702-55708 NN denotes TgCN12
T13898 55709-55713 NN denotes itTA
T13899 55708-55709 HYPH denotes -
T13900 55713-55715 : denotes :
T13901 55715-55720 NN denotes htTA1
T13902 55802-55804 NN denotes bp
T13903 55721-55722 -LRB- denotes (
T13904 55726-55747 NN denotes AGAGCAAAGTCATCAACTCTG
T13905 55722-55723 CD denotes 5
T13906 55723-55724 SYM denotes ′
T13907 55724-55725 HYPH denotes -
T13908 55747-55748 HYPH denotes -
T13909 55748-55749 CD denotes 3
T13910 55749-55750 SYM denotes ′
T13911 55750-55751 -RRB- denotes )
T13912 55752-55755 CC denotes and
T13913 55756-55761 NN denotes htTA2
T13914 55762-55763 -LRB- denotes (
T13915 55767-55790 NN denotes GTGAGAGCCAGACTCACATTTCA
T13916 55763-55764 CD denotes 5
T13917 55764-55765 SYM denotes ′
T13918 55765-55766 HYPH denotes -
T13919 55790-55791 HYPH denotes -
T13920 55791-55792 CD denotes 3
T13921 55792-55793 SYM denotes ′
T13922 55793-55794 -RRB- denotes )
T13923 55794-55796 , denotes ,
T13924 55796-55801 CD denotes 1,000
T13925 55804-55805 . denotes .
T13970 55807-55815 NNP denotes Southern
T13971 55816-55820 NN denotes blot
T13972 55821-55829 NN denotes analysis
T13973 55829-56022 sentence denotes Genomic DNA from mouse-tail/liver was digested with restriction enzyme BglII (NEB), and the Southern blot was done with a 320-bp probe (“integ”) obtained by PCR detecting the αCaMKII promoter.
T13974 55830-55837 JJ denotes Genomic
T13975 55838-55841 NN denotes DNA
T13976 55868-55876 VBN denotes digested
T13977 55842-55846 IN denotes from
T13978 55847-55852 NN denotes mouse
T13979 55853-55857 NN denotes tail
T13980 55852-55853 HYPH denotes -
T13981 55857-55858 HYPH denotes /
T13982 55858-55863 NN denotes liver
T13983 55864-55867 VBD denotes was
T13984 55877-55881 IN denotes with
T13985 55882-55893 NN denotes restriction
T13986 55901-55906 NN denotes BglII
T13987 55894-55900 NN denotes enzyme
T13988 55907-55908 -LRB- denotes (
T13989 55908-55911 NN denotes NEB
T13990 55911-55912 -RRB- denotes )
T13991 55912-55914 , denotes ,
T13992 55914-55917 CC denotes and
T13993 55918-55921 DT denotes the
T13994 55931-55935 NN denotes blot
T13995 55922-55930 NNP denotes Southern
T13996 55940-55944 VBN denotes done
T13997 55936-55939 VBD denotes was
T13998 55945-55949 IN denotes with
T13999 55950-55951 DT denotes a
T14000 55959-55964 NN denotes probe
T14001 55952-55955 CD denotes 320
T14002 55956-55958 NN denotes bp
T14003 55955-55956 HYPH denotes -
T14004 55965-55966 -LRB- denotes (
T14005 55967-55972 NN denotes integ
T14006 55966-55967 `` denotes “
T14007 55972-55973 '' denotes ”
T14008 55973-55974 -RRB- denotes )
T14009 55975-55983 VBN denotes obtained
T14010 55984-55986 IN denotes by
T14011 55987-55990 NN denotes PCR
T14012 55991-56000 VBG denotes detecting
T14013 56001-56004 DT denotes the
T14014 56013-56021 NN denotes promoter
T14015 56005-56012 NN denotes αCaMKII
T14016 56021-56022 . denotes .
T14048 56024-56038 NN denotes Histochemistry
T14049 56038-56601 sentence denotes Histochemistry was performed as described previously [89], with the following exceptions: Coronal 70- to 100-μm vibratome slices were used for immunohistochemistry with GluR-B (1:60, polyclonal; Chemicon, Temecula, California, United States), GFP (1:8,000, polyclonal; MobiTech, Göttingen, Germany), and Cre (1:8,000, polyclonal; BAbCO, Berkeley, California, United States) primary antibodies, and FITC-coupled (1:200; Dianova, Hamburg, Germany) and peroxidase-coupled (1:600; Vector, Burlingame, California, United States) secondary goat anti-rabbit antibodies.
T14050 56039-56053 NN denotes Histochemistry
T14051 56058-56067 VBN denotes performed
T14052 56054-56057 VBD denotes was
T14053 56173-56177 VBN denotes used
T14054 56068-56070 IN denotes as
T14055 56071-56080 VBN denotes described
T14056 56081-56091 RB denotes previously
T14057 56092-56093 -LRB- denotes [
T14058 56093-56095 CD denotes 89
T14059 56095-56096 -RRB- denotes ]
T14060 56096-56098 , denotes ,
T14061 56098-56102 IN denotes with
T14062 56103-56106 DT denotes the
T14063 56117-56127 NNS denotes exceptions
T14064 56107-56116 VBG denotes following
T14065 56127-56129 : denotes :
T14066 56129-56136 JJ denotes Coronal
T14067 56161-56167 NNS denotes slices
T14068 56137-56139 CD denotes 70
T14069 56144-56147 CD denotes 100
T14070 56139-56140 HYPH denotes -
T14071 56141-56143 IN denotes to
T14072 56148-56150 NN denotes μm
T14073 56147-56148 HYPH denotes -
T14074 56151-56160 NN denotes vibratome
T14075 56168-56172 VBD denotes were
T14076 56178-56181 IN denotes for
T14077 56182-56202 NN denotes immunohistochemistry
T14078 56203-56207 IN denotes with
T14079 56208-56212 NN denotes GluR
T14080 56213-56214 NN denotes B
T14081 56212-56213 HYPH denotes -
T14082 56421-56431 NNS denotes antibodies
T14083 56215-56216 -LRB- denotes (
T14084 56234-56242 NNP denotes Chemicon
T14085 56216-56217 CD denotes 1
T14086 56217-56218 SYM denotes :
T14087 56218-56220 CD denotes 60
T14088 56220-56222 , denotes ,
T14089 56222-56232 JJ denotes polyclonal
T14090 56232-56233 : denotes ;
T14091 56242-56244 , denotes ,
T14092 56244-56252 NNP denotes Temecula
T14093 56252-56254 , denotes ,
T14094 56254-56264 NNP denotes California
T14095 56264-56266 , denotes ,
T14096 56266-56272 NNP denotes United
T14097 56273-56279 NNP denotes States
T14098 56279-56280 -RRB- denotes )
T14099 56280-56282 , denotes ,
T14100 56282-56285 NN denotes GFP
T14101 56286-56287 -LRB- denotes (
T14102 56308-56316 NNP denotes MobiTech
T14103 56287-56288 CD denotes 1
T14104 56288-56289 SYM denotes :
T14105 56289-56294 CD denotes 8,000
T14106 56294-56296 , denotes ,
T14107 56296-56306 JJ denotes polyclonal
T14108 56306-56307 : denotes ;
T14109 56316-56318 , denotes ,
T14110 56318-56327 NNP denotes Göttingen
T14111 56327-56329 , denotes ,
T14112 56329-56336 NNP denotes Germany
T14113 56336-56337 -RRB- denotes )
T14114 56337-56339 , denotes ,
T14115 56339-56342 CC denotes and
T14116 56343-56346 NN denotes Cre
T14117 56347-56348 -LRB- denotes (
T14118 56369-56374 NNP denotes BAbCO
T14119 56348-56349 CD denotes 1
T14120 56349-56350 SYM denotes :
T14121 56350-56355 CD denotes 8,000
T14122 56355-56357 , denotes ,
T14123 56357-56367 JJ denotes polyclonal
T14124 56367-56368 : denotes ;
T14125 56374-56376 , denotes ,
T14126 56376-56384 NNP denotes Berkeley
T14127 56384-56386 , denotes ,
T14128 56386-56396 NNP denotes California
T14129 56396-56398 , denotes ,
T14130 56398-56404 NNP denotes United
T14131 56405-56411 NNP denotes States
T14132 56411-56412 -RRB- denotes )
T14133 56413-56420 JJ denotes primary
T14134 56431-56433 , denotes ,
T14135 56433-56436 CC denotes and
T14136 56437-56441 NN denotes FITC
T14137 56442-56449 VBN denotes coupled
T14138 56441-56442 HYPH denotes -
T14139 56590-56600 NNS denotes antibodies
T14140 56450-56451 -LRB- denotes (
T14141 56458-56465 NNP denotes Dianova
T14142 56451-56452 CD denotes 1
T14143 56452-56453 SYM denotes :
T14144 56453-56456 CD denotes 200
T14145 56456-56457 : denotes ;
T14146 56465-56467 , denotes ,
T14147 56467-56474 NNP denotes Hamburg
T14148 56474-56476 , denotes ,
T14149 56476-56483 NNP denotes Germany
T14150 56483-56484 -RRB- denotes )
T14151 56485-56488 CC denotes and
T14152 56489-56499 NN denotes peroxidase
T14153 56500-56507 VBN denotes coupled
T14154 56499-56500 HYPH denotes -
T14155 56508-56509 -LRB- denotes (
T14156 56516-56522 NNP denotes Vector
T14157 56509-56510 CD denotes 1
T14158 56510-56511 SYM denotes :
T14159 56511-56514 CD denotes 600
T14160 56514-56515 : denotes ;
T14161 56522-56524 , denotes ,
T14162 56524-56534 NNP denotes Burlingame
T14163 56534-56536 , denotes ,
T14164 56536-56546 NNP denotes California
T14165 56546-56548 , denotes ,
T14166 56548-56554 NNP denotes United
T14167 56555-56561 NNP denotes States
T14168 56561-56562 -RRB- denotes )
T14169 56563-56572 JJ denotes secondary
T14170 56573-56577 NN denotes goat
T14171 56578-56589 JJ denotes anti-rabbit
T14172 56600-56601 . denotes .
T14173 56601-56760 sentence denotes The main olfactory epithelium was obtained via cryostat sectioning, and immunohistochemistry was performed (primary antibody Cre, 1:5,000, polyclonal; BAbCO).
T14174 56602-56605 DT denotes The
T14175 56621-56631 NN denotes epithelium
T14176 56606-56610 JJ denotes main
T14177 56611-56620 JJ denotes olfactory
T14178 56636-56644 VBN denotes obtained
T14179 56632-56635 VBD denotes was
T14180 56645-56648 IN denotes via
T14181 56649-56657 NN denotes cryostat
T14182 56658-56668 NN denotes sectioning
T14183 56668-56670 , denotes ,
T14184 56670-56673 CC denotes and
T14185 56674-56694 NN denotes immunohistochemistry
T14186 56699-56708 VBN denotes performed
T14187 56695-56698 VBD denotes was
T14188 56709-56710 -LRB- denotes (
T14189 56753-56758 NN denotes BAbCO
T14190 56710-56717 JJ denotes primary
T14191 56727-56730 NN denotes Cre
T14192 56718-56726 NN denotes antibody
T14193 56732-56733 CD denotes 1
T14194 56730-56732 , denotes ,
T14195 56733-56734 SYM denotes :
T14196 56734-56739 CD denotes 5,000
T14197 56739-56741 , denotes ,
T14198 56741-56751 JJ denotes polyclonal
T14199 56751-56752 : denotes ;
T14200 56758-56759 -RRB- denotes )
T14201 56759-56760 . denotes .
T14202 56760-56808 sentence denotes X-gal staining was performed as described [89].
T14203 56761-56762 NN denotes X
T14204 56763-56766 NN denotes gal
T14205 56762-56763 HYPH denotes -
T14206 56767-56775 NN denotes staining
T14207 56780-56789 VBN denotes performed
T14208 56776-56779 VBD denotes was
T14209 56790-56792 IN denotes as
T14210 56793-56802 VBN denotes described
T14211 56803-56804 -LRB- denotes [
T14212 56804-56806 CD denotes 89
T14213 56806-56807 -RRB- denotes ]
T14214 56807-56808 . denotes .
T14252 56810-56820 NN denotes Immunoblot
T14253 56821-56829 NN denotes analysis
T14254 56829-56938 sentence denotes Mouse brains were removed, and the hippocampus, olfactory bulb, and remaining forebrain areas were isolated.
T14255 56830-56835 NN denotes Mouse
T14256 56836-56842 NNS denotes brains
T14257 56848-56855 VBN denotes removed
T14258 56843-56847 VBD denotes were
T14259 56855-56857 , denotes ,
T14260 56857-56860 CC denotes and
T14261 56861-56864 DT denotes the
T14262 56865-56876 NN denotes hippocampus
T14263 56929-56937 VBN denotes isolated
T14264 56876-56878 , denotes ,
T14265 56878-56887 JJ denotes olfactory
T14266 56888-56892 NN denotes bulb
T14267 56892-56894 , denotes ,
T14268 56894-56897 CC denotes and
T14269 56898-56907 VBG denotes remaining
T14270 56918-56923 NNS denotes areas
T14271 56908-56917 NN denotes forebrain
T14272 56924-56928 VBD denotes were
T14273 56937-56938 . denotes .
T14274 56938-57016 sentence denotes Total protein was prepared, and immunoblots were performed as described [87].
T14275 56939-56944 JJ denotes Total
T14276 56945-56952 NN denotes protein
T14277 56957-56965 VBN denotes prepared
T14278 56953-56956 VBD denotes was
T14279 56965-56967 , denotes ,
T14280 56967-56970 CC denotes and
T14281 56971-56982 NNS denotes immunoblots
T14282 56988-56997 VBN denotes performed
T14283 56983-56987 VBD denotes were
T14284 56998-57000 IN denotes as
T14285 57001-57010 VBN denotes described
T14286 57011-57012 -LRB- denotes [
T14287 57012-57014 CD denotes 87
T14288 57014-57015 -RRB- denotes ]
T14289 57015-57016 . denotes .
T14290 57016-57264 sentence denotes Antibodies used were against GluR-B (1:800, monoclonal; Chemicon), β-actin (1:40,000, monoclonal; Sigma, St. Louis, Missouri, United States) as an internal standard, and secondary goat anti-rabbit and goat anti-mouse antibodies (Vector, 1:15,000).
T14291 57017-57027 NNS denotes Antibodies
T14292 57033-57037 VBD denotes were
T14293 57028-57032 VBN denotes used
T14294 57038-57045 IN denotes against
T14295 57046-57050 NN denotes GluR
T14296 57051-57052 NN denotes B
T14297 57050-57051 HYPH denotes -
T14298 57053-57054 -LRB- denotes (
T14299 57073-57081 NNP denotes Chemicon
T14300 57054-57055 CD denotes 1
T14301 57061-57071 JJ denotes monoclonal
T14302 57055-57056 SYM denotes :
T14303 57056-57059 CD denotes 800
T14304 57059-57061 , denotes ,
T14305 57071-57072 : denotes ;
T14306 57081-57082 -RRB- denotes )
T14307 57082-57084 , denotes ,
T14308 57084-57085 NN denotes β
T14309 57086-57091 NN denotes actin
T14310 57085-57086 HYPH denotes -
T14311 57092-57093 -LRB- denotes (
T14312 57115-57120 NNP denotes Sigma
T14313 57093-57094 CD denotes 1
T14314 57103-57113 JJ denotes monoclonal
T14315 57094-57095 SYM denotes :
T14316 57095-57101 CD denotes 40,000
T14317 57101-57103 , denotes ,
T14318 57113-57114 : denotes ;
T14319 57120-57122 , denotes ,
T14320 57122-57125 NNP denotes St.
T14321 57126-57131 NNP denotes Louis
T14322 57131-57133 , denotes ,
T14323 57133-57141 NNP denotes Missouri
T14324 57141-57143 , denotes ,
T14325 57143-57149 NNP denotes United
T14326 57150-57156 NNP denotes States
T14327 57156-57157 -RRB- denotes )
T14328 57158-57160 IN denotes as
T14329 57161-57163 DT denotes an
T14330 57173-57181 NN denotes standard
T14331 57164-57172 JJ denotes internal
T14332 57181-57183 , denotes ,
T14333 57183-57186 CC denotes and
T14334 57187-57196 JJ denotes secondary
T14335 57234-57244 NNS denotes antibodies
T14336 57197-57201 NN denotes goat
T14337 57202-57213 JJ denotes anti-rabbit
T14338 57214-57217 CC denotes and
T14339 57218-57222 NN denotes goat
T14340 57223-57233 JJ denotes anti-mouse
T14341 57245-57246 -LRB- denotes (
T14342 57254-57255 CD denotes 1
T14343 57246-57252 NNP denotes Vector
T14344 57252-57254 , denotes ,
T14345 57255-57256 SYM denotes :
T14346 57256-57262 CD denotes 15,000
T14347 57262-57263 -RRB- denotes )
T14348 57263-57264 . denotes .
T14349 57264-57422 sentence denotes Immunoreactivity was detected with ECLplus (Amersham, Little Chalfont, United Kingdom), and immunoblots were scanned and quantitatively analyzed with ImageJ.
T14350 57265-57281 NN denotes Immunoreactivity
T14351 57286-57294 VBN denotes detected
T14352 57282-57285 VBD denotes was
T14353 57295-57299 IN denotes with
T14354 57300-57307 NNP denotes ECLplus
T14355 57308-57309 -LRB- denotes (
T14356 57309-57317 NNP denotes Amersham
T14357 57317-57319 , denotes ,
T14358 57319-57325 NNP denotes Little
T14359 57326-57334 NNP denotes Chalfont
T14360 57334-57336 , denotes ,
T14361 57336-57342 NNP denotes United
T14362 57343-57350 NNP denotes Kingdom
T14363 57350-57351 -RRB- denotes )
T14364 57351-57353 , denotes ,
T14365 57353-57356 CC denotes and
T14366 57357-57368 NNS denotes immunoblots
T14367 57374-57381 VBN denotes scanned
T14368 57369-57373 VBD denotes were
T14369 57382-57385 CC denotes and
T14370 57386-57400 RB denotes quantitatively
T14371 57401-57409 VBN denotes analyzed
T14372 57410-57414 IN denotes with
T14373 57415-57421 NNP denotes ImageJ
T14374 57421-57422 . denotes .
T14415 57424-57434 JJ denotes Behavioral
T14416 57435-57443 NN denotes analysis
T14417 57445-57453 NNS denotes Subjects
T14418 57443-57445 : denotes :
T14419 57453-57526 sentence denotes All mice were four to six weeks old at the beginning of the experiments.
T14420 57454-57457 DT denotes All
T14421 57458-57462 NNS denotes mice
T14422 57463-57467 VBD denotes were
T14423 57468-57472 CD denotes four
T14424 57476-57479 CD denotes six
T14425 57473-57475 IN denotes to
T14426 57480-57485 NNS denotes weeks
T14427 57486-57489 JJ denotes old
T14428 57490-57492 IN denotes at
T14429 57493-57496 DT denotes the
T14430 57497-57506 NN denotes beginning
T14431 57507-57509 IN denotes of
T14432 57510-57513 DT denotes the
T14433 57514-57525 NNS denotes experiments
T14434 57525-57526 . denotes .
T14435 57526-57654 sentence denotes Subjects were maintained on a 12-h light-dark cycle in isolated cages in a temperature and humidity-controlled animal facility.
T14436 57527-57535 NNS denotes Subjects
T14437 57541-57551 VBN denotes maintained
T14438 57536-57540 VBD denotes were
T14439 57552-57554 IN denotes on
T14440 57555-57556 DT denotes a
T14441 57573-57578 NN denotes cycle
T14442 57557-57559 CD denotes 12
T14443 57560-57561 NN denotes h
T14444 57559-57560 HYPH denotes -
T14445 57562-57567 NN denotes light
T14446 57568-57572 NN denotes dark
T14447 57567-57568 HYPH denotes -
T14448 57579-57581 IN denotes in
T14449 57582-57590 VBN denotes isolated
T14450 57591-57596 NNS denotes cages
T14451 57597-57599 IN denotes in
T14452 57600-57601 DT denotes a
T14453 57645-57653 NN denotes facility
T14454 57602-57613 NN denotes temperature
T14455 57627-57637 VBN denotes controlled
T14456 57614-57617 CC denotes and
T14457 57618-57626 NN denotes humidity
T14458 57626-57627 HYPH denotes -
T14459 57638-57644 NN denotes animal
T14460 57653-57654 . denotes .
T14461 57654-57708 sentence denotes All behavioral training was conducted during daytime.
T14462 57655-57658 DT denotes All
T14463 57670-57678 NN denotes training
T14464 57659-57669 JJ denotes behavioral
T14465 57683-57692 VBN denotes conducted
T14466 57679-57682 VBD denotes was
T14467 57693-57699 IN denotes during
T14468 57700-57707 NN denotes daytime
T14469 57707-57708 . denotes .
T14470 57708-57866 sentence denotes During the training period, animals were kept on free food but on a water-restriction schedule designed to keep them at > 85% of their free food body weight.
T14471 57709-57715 IN denotes During
T14472 57750-57754 VBN denotes kept
T14473 57716-57719 DT denotes the
T14474 57729-57735 NN denotes period
T14475 57720-57728 NN denotes training
T14476 57735-57737 , denotes ,
T14477 57737-57744 NNS denotes animals
T14478 57745-57749 VBD denotes were
T14479 57755-57757 IN denotes on
T14480 57758-57762 JJ denotes free
T14481 57763-57767 NN denotes food
T14482 57768-57771 CC denotes but
T14483 57772-57774 IN denotes on
T14484 57775-57776 DT denotes a
T14485 57795-57803 NN denotes schedule
T14486 57777-57782 NN denotes water
T14487 57783-57794 NN denotes restriction
T14488 57782-57783 HYPH denotes -
T14489 57804-57812 VBN denotes designed
T14490 57813-57815 TO denotes to
T14491 57816-57820 VB denotes keep
T14492 57821-57825 PRP denotes them
T14493 57826-57828 IN denotes at
T14494 57829-57830 SYM denotes >
T14495 57831-57833 CD denotes 85
T14496 57833-57834 NN denotes %
T14497 57835-57837 IN denotes of
T14498 57838-57843 PRP$ denotes their
T14499 57859-57865 NN denotes weight
T14500 57844-57848 JJ denotes free
T14501 57849-57853 NN denotes food
T14502 57854-57858 NN denotes body
T14503 57865-57866 . denotes .
T14504 57866-57923 sentence denotes Continuous water restriction was never longer than 12 h.
T14505 57867-57877 JJ denotes Continuous
T14506 57884-57895 NN denotes restriction
T14507 57878-57883 NN denotes water
T14508 57896-57899 VBD denotes was
T14509 57900-57905 RB denotes never
T14510 57906-57912 RBR denotes longer
T14511 57913-57917 IN denotes than
T14512 57918-57920 CD denotes 12
T14513 57921-57922 NN denotes h
T14514 57922-57923 . denotes .
T14515 57923-58034 sentence denotes All animal care and procedures were in accordance with the animal ethics guidelines of the Max-Planck Society.
T14516 57924-57927 DT denotes All
T14517 57935-57939 NN denotes care
T14518 57928-57934 NN denotes animal
T14519 57955-57959 VBD denotes were
T14520 57940-57943 CC denotes and
T14521 57944-57954 NNS denotes procedures
T14522 57960-57962 IN denotes in
T14523 57963-57973 NN denotes accordance
T14524 57974-57978 IN denotes with
T14525 57979-57982 DT denotes the
T14526 57997-58007 NNS denotes guidelines
T14527 57983-57989 NN denotes animal
T14528 57990-57996 NN denotes ethics
T14529 58008-58010 IN denotes of
T14530 58011-58014 DT denotes the
T14531 58026-58033 NNP denotes Society
T14532 58015-58018 NNP denotes Max
T14533 58019-58025 NNP denotes Planck
T14534 58018-58019 HYPH denotes -
T14535 58033-58034 . denotes .
T14651 58441-58443 IN denotes In
T14572 58036-58045 NN denotes Apparatus
T14573 58045-58378 sentence denotes All olfactory discrimination experiments were performed using three modified eight- channel olfactometers ([61], Knosys, Bethesda, Maryland, United States of America) operated by custom-written software in Igor (Wave Metrics, Lake Oswego, Oregon, United States of America) on Pentium I, II, and III PCs running Microsoft Windows 98.
T14574 58046-58049 DT denotes All
T14575 58075-58086 NNS denotes experiments
T14576 58050-58059 JJ denotes olfactory
T14577 58060-58074 NN denotes discrimination
T14578 58092-58101 VBN denotes performed
T14579 58087-58091 VBD denotes were
T14580 58102-58107 VBG denotes using
T14581 58108-58113 CD denotes three
T14582 58138-58151 NNS denotes olfactometers
T14583 58114-58122 VBN denotes modified
T14584 58123-58128 CD denotes eight
T14585 58130-58137 NN denotes channel
T14586 58128-58129 HYPH denotes -
T14587 58152-58153 -LRB- denotes (
T14588 58159-58165 NNP denotes Knosys
T14589 58153-58154 -LRB- denotes [
T14590 58154-58156 CD denotes 61
T14591 58156-58157 -RRB- denotes ]
T14592 58157-58159 , denotes ,
T14593 58165-58167 , denotes ,
T14594 58167-58175 NNP denotes Bethesda
T14595 58175-58177 , denotes ,
T14596 58177-58185 NNP denotes Maryland
T14597 58185-58187 , denotes ,
T14598 58187-58193 NNP denotes United
T14599 58194-58200 NNP denotes States
T14600 58201-58203 IN denotes of
T14601 58204-58211 NNP denotes America
T14602 58211-58212 -RRB- denotes )
T14603 58213-58221 VBN denotes operated
T14604 58222-58224 IN denotes by
T14605 58225-58231 JJ denotes custom
T14606 58232-58239 VBN denotes written
T14607 58231-58232 HYPH denotes -
T14608 58240-58248 NN denotes software
T14609 58249-58251 IN denotes in
T14610 58252-58256 NNP denotes Igor
T14611 58257-58258 -LRB- denotes (
T14612 58263-58270 NNP denotes Metrics
T14613 58258-58262 NNP denotes Wave
T14614 58270-58272 , denotes ,
T14615 58272-58276 NNP denotes Lake
T14616 58277-58283 NNP denotes Oswego
T14617 58283-58285 , denotes ,
T14618 58285-58291 NNP denotes Oregon
T14619 58291-58293 , denotes ,
T14620 58293-58299 NNP denotes United
T14621 58300-58306 NNP denotes States
T14622 58307-58309 IN denotes of
T14623 58310-58317 NNP denotes America
T14624 58317-58318 -RRB- denotes )
T14625 58319-58321 IN denotes on
T14626 58322-58329 NN denotes Pentium
T14627 58330-58331 CD denotes I
T14628 58345-58348 NNS denotes PCs
T14629 58331-58333 , denotes ,
T14630 58333-58335 CD denotes II
T14631 58335-58337 , denotes ,
T14632 58337-58340 CC denotes and
T14633 58341-58344 CD denotes III
T14634 58349-58356 VBG denotes running
T14635 58357-58366 NNP denotes Microsoft
T14636 58367-58374 NNP denotes Windows
T14637 58375-58377 CD denotes 98
T14638 58377-58378 . denotes .
T14639 58378-58440 sentence denotes Great care was taken to counterbalance groups between setups.
T14640 58379-58384 JJ denotes Great
T14641 58385-58389 NN denotes care
T14642 58394-58399 VBN denotes taken
T14643 58390-58393 VBD denotes was
T14644 58400-58402 TO denotes to
T14645 58403-58417 VB denotes counterbalance
T14646 58418-58424 NNS denotes groups
T14647 58425-58432 IN denotes between
T14648 58433-58439 NNS denotes setups
T14649 58439-58440 . denotes .
T14650 58440-58690 sentence denotes In brief, animals were presented with odor from one out of eight possible odor channels and rewarded with a 2- to 4-μl drop of water in a combined odor/reward port (Figure 1B), ensuring tight association of the water-reward with a presented odorant.
T14652 58464-58473 VBN denotes presented
T14653 58444-58449 NN denotes brief
T14654 58449-58451 , denotes ,
T14655 58451-58458 NNS denotes animals
T14656 58459-58463 VBD denotes were
T14657 58474-58478 IN denotes with
T14658 58479-58483 NN denotes odor
T14659 58484-58488 IN denotes from
T14660 58489-58492 CD denotes one
T14661 58500-58505 CD denotes eight
T14662 58493-58496 IN denotes out
T14663 58497-58499 IN denotes of
T14664 58520-58528 NNS denotes channels
T14665 58506-58514 JJ denotes possible
T14666 58515-58519 NN denotes odor
T14667 58529-58532 CC denotes and
T14668 58533-58541 VBN denotes rewarded
T14669 58542-58546 IN denotes with
T14670 58547-58548 DT denotes a
T14671 58560-58564 NN denotes drop
T14672 58549-58550 CD denotes 2
T14673 58555-58556 CD denotes 4
T14674 58550-58551 HYPH denotes -
T14675 58552-58554 IN denotes to
T14676 58557-58559 NN denotes μl
T14677 58556-58557 HYPH denotes -
T14678 58565-58567 IN denotes of
T14679 58568-58573 NN denotes water
T14680 58574-58576 IN denotes in
T14681 58577-58578 DT denotes a
T14682 58600-58604 NN denotes port
T14683 58579-58587 VBN denotes combined
T14684 58588-58592 NN denotes odor
T14685 58593-58599 NN denotes reward
T14686 58592-58593 HYPH denotes /
T14687 58605-58606 -LRB- denotes (
T14688 58613-58615 NN denotes 1B
T14689 58606-58612 NN denotes Figure
T14690 58615-58616 -RRB- denotes )
T14691 58616-58618 , denotes ,
T14692 58618-58626 VBG denotes ensuring
T14693 58627-58632 JJ denotes tight
T14694 58633-58644 NN denotes association
T14695 58645-58647 IN denotes of
T14696 58648-58651 DT denotes the
T14697 58658-58664 NN denotes reward
T14698 58652-58657 NN denotes water
T14699 58657-58658 HYPH denotes -
T14700 58665-58669 IN denotes with
T14701 58670-58671 DT denotes a
T14702 58682-58689 NN denotes odorant
T14703 58672-58681 VBN denotes presented
T14704 58689-58690 . denotes .
T14705 58690-58775 sentence denotes Head insertion into the port was monitored by an IR beam and photodiode (Figure 1B).
T14706 58691-58695 NN denotes Head
T14707 58696-58705 NN denotes insertion
T14708 58724-58733 VBN denotes monitored
T14709 58706-58710 IN denotes into
T14710 58711-58714 DT denotes the
T14711 58715-58719 NN denotes port
T14712 58720-58723 VBD denotes was
T14713 58734-58736 IN denotes by
T14714 58737-58739 DT denotes an
T14715 58743-58747 NN denotes beam
T14716 58740-58742 NN denotes IR
T14717 58748-58751 CC denotes and
T14718 58752-58762 NN denotes photodiode
T14719 58763-58764 -LRB- denotes (
T14720 58771-58773 NN denotes 1B
T14721 58764-58770 NN denotes Figure
T14722 58773-58774 -RRB- denotes )
T14723 58774-58775 . denotes .
T14724 58775-58897 sentence denotes Odors used were n-amyl acetate, ethyl butyrate, pelargonic acid, valeric acid, and binary mixtures of cineol and eugenol.
T14725 58776-58781 NNS denotes Odors
T14726 58787-58791 VBD denotes were
T14727 58782-58786 VBN denotes used
T14728 58792-58793 NN denotes n
T14729 58794-58798 NN denotes amyl
T14730 58793-58794 HYPH denotes -
T14731 58799-58806 NN denotes acetate
T14732 58806-58808 , denotes ,
T14733 58808-58813 NN denotes ethyl
T14734 58814-58822 NN denotes butyrate
T14735 58822-58824 , denotes ,
T14736 58824-58834 JJ denotes pelargonic
T14737 58835-58839 NN denotes acid
T14738 58839-58841 , denotes ,
T14739 58841-58848 JJ denotes valeric
T14740 58849-58853 NN denotes acid
T14741 58853-58855 , denotes ,
T14742 58855-58858 CC denotes and
T14743 58859-58865 JJ denotes binary
T14744 58866-58874 NNS denotes mixtures
T14745 58875-58877 IN denotes of
T14746 58878-58884 NN denotes cineol
T14747 58885-58888 CC denotes and
T14748 58889-58896 NN denotes eugenol
T14749 58896-58897 . denotes .
T14750 58897-59076 sentence denotes If not otherwise noted, odors were diluted to 1% in mineral oil (Fluka Chemie, Steinheim, Germany) and further diluted by airflow to a final concentration of approximately 0.15%.
T14751 58898-58900 IN denotes If
T14752 58915-58920 VBN denotes noted
T14753 58901-58904 RB denotes not
T14754 58905-58914 RB denotes otherwise
T14755 58933-58940 VBN denotes diluted
T14756 58920-58922 , denotes ,
T14757 58922-58927 NNS denotes odors
T14758 58928-58932 VBD denotes were
T14759 58941-58943 IN denotes to
T14760 58944-58945 CD denotes 1
T14761 58945-58946 NN denotes %
T14762 58947-58949 IN denotes in
T14763 58950-58957 NN denotes mineral
T14764 58958-58961 NN denotes oil
T14765 58962-58963 -LRB- denotes (
T14766 58969-58975 NNP denotes Chemie
T14767 58963-58968 NNP denotes Fluka
T14768 58975-58977 , denotes ,
T14769 58977-58986 NNP denotes Steinheim
T14770 58986-58988 , denotes ,
T14771 58988-58995 NNP denotes Germany
T14772 58995-58996 -RRB- denotes )
T14773 58997-59000 CC denotes and
T14774 59001-59008 RB denotes further
T14775 59009-59016 VBN denotes diluted
T14776 59017-59019 IN denotes by
T14777 59020-59027 NN denotes airflow
T14778 59028-59030 IN denotes to
T14779 59031-59032 DT denotes a
T14780 59039-59052 NN denotes concentration
T14781 59033-59038 JJ denotes final
T14782 59053-59055 IN denotes of
T14783 59056-59069 RB denotes approximately
T14784 59070-59074 CD denotes 0.15
T14785 59074-59075 NN denotes %
T14786 59075-59076 . denotes .
T14787 59076-59140 sentence denotes All dilutions in the text refer to the dilution in mineral oil.
T14788 59077-59080 DT denotes All
T14789 59081-59090 NNS denotes dilutions
T14790 59103-59108 VBP denotes refer
T14791 59091-59093 IN denotes in
T14792 59094-59097 DT denotes the
T14793 59098-59102 NN denotes text
T14794 59109-59111 IN denotes to
T14795 59112-59115 DT denotes the
T14796 59116-59124 NN denotes dilution
T14797 59125-59127 IN denotes in
T14798 59128-59135 NN denotes mineral
T14799 59136-59139 NN denotes oil
T14800 59139-59140 . denotes .
T14801 59140-59187 sentence denotes All chemicals were obtained from Fluka Chemie.
T14802 59141-59144 DT denotes All
T14803 59145-59154 NNS denotes chemicals
T14804 59160-59168 VBN denotes obtained
T14805 59155-59159 VBD denotes were
T14806 59169-59173 IN denotes from
T14807 59174-59179 NNP denotes Fluka
T14808 59180-59186 NNP denotes Chemie
T14809 59186-59187 . denotes .
T14842 59189-59193 NN denotes Task
T14843 59194-59205 NN denotes habituation
T14844 59206-59214 NN denotes training
T14845 59214-59354 sentence denotes Beginning 1–3 d after the start of the water restriction schedule, animals were trained using standard operant-conditioning procedures [3].
T14846 59215-59224 VBG denotes Beginning
T14847 59295-59302 VBN denotes trained
T14848 59225-59226 CD denotes 1
T14849 59227-59228 CD denotes 3
T14850 59226-59227 SYM denotes –
T14851 59229-59230 NN denotes d
T14852 59231-59236 IN denotes after
T14853 59237-59240 DT denotes the
T14854 59241-59246 NN denotes start
T14855 59247-59249 IN denotes of
T14856 59250-59253 DT denotes the
T14857 59272-59280 NN denotes schedule
T14858 59254-59259 NN denotes water
T14859 59260-59271 NN denotes restriction
T14860 59280-59282 , denotes ,
T14861 59282-59289 NNS denotes animals
T14862 59290-59294 VBD denotes were
T14863 59303-59308 VBG denotes using
T14864 59309-59317 JJ denotes standard
T14865 59339-59349 NNS denotes procedures
T14866 59318-59325 NN denotes operant
T14867 59325-59326 HYPH denotes -
T14868 59326-59338 VBG denotes conditioning
T14869 59350-59351 -LRB- denotes [
T14870 59351-59352 CD denotes 3
T14871 59352-59353 -RRB- denotes ]
T14872 59353-59354 . denotes .
T14873 59354-59434 sentence denotes In a first pretraining step, each lick at the water delivery tube was rewarded.
T14874 59355-59357 IN denotes In
T14875 59425-59433 VBN denotes rewarded
T14876 59358-59359 DT denotes a
T14877 59378-59382 NN denotes step
T14878 59360-59365 JJ denotes first
T14879 59366-59377 NN denotes pretraining
T14880 59382-59384 , denotes ,
T14881 59384-59388 DT denotes each
T14882 59389-59393 NN denotes lick
T14883 59394-59396 IN denotes at
T14884 59397-59400 DT denotes the
T14885 59416-59420 NN denotes tube
T14886 59401-59406 NN denotes water
T14887 59407-59415 NN denotes delivery
T14888 59421-59424 VBD denotes was
T14889 59433-59434 . denotes .
T14890 59434-59571 sentence denotes After 20 licks, a second stage was entered in which head insertion initiated a 2-s “odor” presentation during which a lick was rewarded.
T14891 59435-59440 IN denotes After
T14892 59470-59477 VBN denotes entered
T14893 59441-59443 CD denotes 20
T14894 59444-59449 NNS denotes licks
T14895 59449-59451 , denotes ,
T14896 59451-59452 DT denotes a
T14897 59460-59465 NN denotes stage
T14898 59453-59459 JJ denotes second
T14899 59466-59469 VBD denotes was
T14900 59478-59480 IN denotes in
T14901 59502-59511 VBD denotes initiated
T14902 59481-59486 WDT denotes which
T14903 59487-59491 NN denotes head
T14904 59492-59501 NN denotes insertion
T14905 59512-59513 DT denotes a
T14906 59525-59537 NN denotes presentation
T14907 59514-59515 CD denotes 2
T14908 59516-59517 NN denotes s
T14909 59515-59516 HYPH denotes -
T14910 59518-59519 `` denotes “
T14911 59519-59523 NN denotes odor
T14912 59523-59524 '' denotes ”
T14913 59538-59544 IN denotes during
T14914 59562-59570 VBN denotes rewarded
T14915 59545-59550 WDT denotes which
T14916 59551-59552 DT denotes a
T14917 59553-59557 NN denotes lick
T14918 59558-59561 VBD denotes was
T14919 59570-59571 . denotes .
T14920 59571-59645 sentence denotes The “odorant” used in the pretraining was the carrier medium mineral oil.
T14921 59572-59575 DT denotes The
T14922 59577-59584 NN denotes odorant
T14923 59576-59577 `` denotes “
T14924 59610-59613 VBD denotes was
T14925 59584-59585 '' denotes ”
T14926 59586-59590 VBN denotes used
T14927 59591-59593 IN denotes in
T14928 59594-59597 DT denotes the
T14929 59598-59609 NN denotes pretraining
T14930 59614-59617 DT denotes the
T14931 59626-59632 NN denotes medium
T14932 59618-59625 NN denotes carrier
T14933 59633-59640 NN denotes mineral
T14934 59641-59644 NN denotes oil
T14935 59644-59645 . denotes .
T14936 59645-59718 sentence denotes All animals learned this task within one day (2–3 sessions 30 min each).
T14937 59646-59649 DT denotes All
T14938 59650-59657 NNS denotes animals
T14939 59658-59665 VBD denotes learned
T14940 59666-59670 DT denotes this
T14941 59671-59675 NN denotes task
T14942 59676-59682 IN denotes within
T14943 59683-59686 CD denotes one
T14944 59687-59690 NN denotes day
T14945 59691-59692 -LRB- denotes (
T14946 59696-59704 NNS denotes sessions
T14947 59692-59693 CD denotes 2
T14948 59694-59695 CD denotes 3
T14949 59693-59694 SYM denotes –
T14950 59705-59707 CD denotes 30
T14951 59708-59711 NN denotes min
T14952 59712-59716 DT denotes each
T14953 59716-59717 -RRB- denotes )
T14954 59717-59718 . denotes .
T14984 59720-59729 NN denotes Structure
T14985 59730-59732 IN denotes of
T14986 59733-59735 DT denotes an
T14987 59747-59752 NN denotes trial
T14988 59736-59746 JJ denotes individual
T14989 59752-59863 sentence denotes The mouse initiates each trial by breaking a light barrier at the opening of the sampling port (see also [3]).
T14990 59753-59756 DT denotes The
T14991 59757-59762 NN denotes mouse
T14992 59763-59772 VBZ denotes initiates
T14993 59773-59777 DT denotes each
T14994 59778-59783 NN denotes trial
T14995 59784-59786 IN denotes by
T14996 59787-59795 VBG denotes breaking
T14997 59796-59797 DT denotes a
T14998 59804-59811 NN denotes barrier
T14999 59798-59803 NN denotes light
T15000 59812-59814 IN denotes at
T15001 59815-59818 DT denotes the
T15002 59819-59826 NN denotes opening
T15003 59827-59829 IN denotes of
T15004 59830-59833 DT denotes the
T15005 59843-59847 NN denotes port
T15006 59834-59842 NN denotes sampling
T15007 59848-59849 -LRB- denotes (
T15008 59849-59852 VB denotes see
T15009 59853-59857 RB denotes also
T15010 59858-59859 -LRB- denotes [
T15011 59859-59860 CD denotes 3
T15012 59860-59861 -RRB- denotes ]
T15013 59861-59862 -RRB- denotes )
T15014 59862-59863 . denotes .
T15015 59863-59991 sentence denotes This opens one of eight odor valves, and a diversion valve that diverts all air flow away from the animal for typically 500 ms.
T15016 59864-59868 DT denotes This
T15017 59869-59874 VBZ denotes opens
T15018 59875-59878 CD denotes one
T15019 59879-59881 IN denotes of
T15020 59882-59887 CD denotes eight
T15021 59893-59899 NNS denotes valves
T15022 59888-59892 NN denotes odor
T15023 59899-59901 , denotes ,
T15024 59901-59904 CC denotes and
T15025 59905-59906 DT denotes a
T15026 59917-59922 NN denotes valve
T15027 59907-59916 NN denotes diversion
T15028 59923-59927 WDT denotes that
T15029 59928-59935 VBZ denotes diverts
T15030 59936-59939 DT denotes all
T15031 59944-59948 NN denotes flow
T15032 59940-59943 NN denotes air
T15033 59949-59953 RB denotes away
T15034 59954-59958 IN denotes from
T15035 59959-59962 DT denotes the
T15036 59963-59969 NN denotes animal
T15037 59970-59973 IN denotes for
T15038 59974-59983 RB denotes typically
T15039 59988-59990 NNS denotes ms
T15040 59984-59987 CD denotes 500
T15041 59990-59991 . denotes .
T15042 59991-60084 sentence denotes After the release of the diversion valve, the odor is accessible to the animal for 2,000 ms.
T15043 59992-59997 IN denotes After
T15044 60043-60045 VBZ denotes is
T15045 59998-60001 DT denotes the
T15046 60002-60009 NN denotes release
T15047 60010-60012 IN denotes of
T15048 60013-60016 DT denotes the
T15049 60027-60032 NN denotes valve
T15050 60017-60026 NN denotes diversion
T15051 60032-60034 , denotes ,
T15052 60034-60037 DT denotes the
T15053 60038-60042 NN denotes odor
T15054 60046-60056 JJ denotes accessible
T15055 60057-60059 IN denotes to
T15056 60060-60063 DT denotes the
T15057 60064-60070 NN denotes animal
T15058 60071-60074 IN denotes for
T15059 60075-60080 CD denotes 2,000
T15060 60081-60083 NNS denotes ms
T15061 60083-60084 . denotes .
T15062 60084-60272 sentence denotes If it continuously licks at the lick port during this time (once in at least three out of four 500-ms bins), it can receive a 2- to 4-μl water reward after the end of the 2,000-ms period.
T15063 60085-60087 IN denotes If
T15064 60104-60109 VBZ denotes licks
T15065 60088-60090 PRP denotes it
T15066 60091-60103 RB denotes continuously
T15067 60201-60208 VB denotes receive
T15068 60110-60112 IN denotes at
T15069 60113-60116 DT denotes the
T15070 60122-60126 NN denotes port
T15071 60117-60121 NN denotes lick
T15072 60127-60133 IN denotes during
T15073 60134-60138 DT denotes this
T15074 60139-60143 NN denotes time
T15075 60144-60145 -LRB- denotes (
T15076 60150-60152 IN denotes in
T15077 60145-60149 RB denotes once
T15078 60153-60155 RB denotes at
T15079 60156-60161 RBS denotes least
T15080 60175-60179 CD denotes four
T15081 60162-60167 CD denotes three
T15082 60168-60171 IN denotes out
T15083 60172-60174 IN denotes of
T15084 60187-60191 NNS denotes bins
T15085 60180-60183 CD denotes 500
T15086 60184-60186 NN denotes ms
T15087 60183-60184 HYPH denotes -
T15088 60191-60192 -RRB- denotes )
T15089 60192-60194 , denotes ,
T15090 60194-60196 PRP denotes it
T15091 60197-60200 MD denotes can
T15092 60209-60210 DT denotes a
T15093 60228-60234 NN denotes reward
T15094 60211-60212 CD denotes 2
T15095 60217-60218 CD denotes 4
T15096 60212-60213 HYPH denotes -
T15097 60214-60216 IN denotes to
T15098 60219-60221 NN denotes μl
T15099 60218-60219 HYPH denotes -
T15100 60222-60227 NN denotes water
T15101 60235-60240 IN denotes after
T15102 60241-60244 DT denotes the
T15103 60245-60248 NN denotes end
T15104 60249-60251 IN denotes of
T15105 60252-60255 DT denotes the
T15106 60265-60271 NN denotes period
T15107 60256-60261 CD denotes 2,000
T15108 60262-60264 NN denotes ms
T15109 60261-60262 HYPH denotes -
T15110 60271-60272 . denotes .
T15111 60272-60463 sentence denotes If the animal does not continuously lick, or if the presented odor was a designated nonrewarded odor, neither a reward is given nor any sort of punishment, to minimize stress for the animal.
T15112 60273-60275 IN denotes If
T15113 60309-60313 VB denotes lick
T15114 60276-60279 DT denotes the
T15115 60280-60286 NN denotes animal
T15116 60287-60291 VBZ denotes does
T15117 60292-60295 RB denotes not
T15118 60296-60308 RB denotes continuously
T15119 60395-60400 VBN denotes given
T15120 60313-60315 , denotes ,
T15121 60315-60317 CC denotes or
T15122 60318-60320 IN denotes if
T15123 60340-60343 VBD denotes was
T15124 60321-60324 DT denotes the
T15125 60335-60339 NN denotes odor
T15126 60325-60334 VBN denotes presented
T15127 60344-60345 DT denotes a
T15128 60369-60373 NN denotes odor
T15129 60346-60356 VBN denotes designated
T15130 60357-60368 JJ denotes nonrewarded
T15131 60373-60375 , denotes ,
T15132 60375-60382 CC denotes neither
T15133 60385-60391 NN denotes reward
T15134 60383-60384 DT denotes a
T15135 60392-60394 VBZ denotes is
T15136 60401-60404 CC denotes nor
T15137 60409-60413 NN denotes sort
T15138 60405-60408 DT denotes any
T15139 60414-60416 IN denotes of
T15140 60417-60427 NN denotes punishment
T15141 60427-60429 , denotes ,
T15142 60429-60431 TO denotes to
T15143 60432-60440 VB denotes minimize
T15144 60441-60447 NN denotes stress
T15145 60448-60451 IN denotes for
T15146 60452-60455 DT denotes the
T15147 60456-60462 NN denotes animal
T15148 60462-60463 . denotes .
T15149 60463-60618 sentence denotes Trials are counted as correct if the animal licks continuously upon presentation of a rewarded odor or does not lick continuously with a nonrewarded odor.
T15150 60464-60470 NNS denotes Trials
T15151 60475-60482 VBN denotes counted
T15152 60471-60474 VBP denotes are
T15153 60483-60485 IN denotes as
T15154 60486-60493 JJ denotes correct
T15155 60494-60496 IN denotes if
T15156 60508-60513 VBZ denotes licks
T15157 60497-60500 DT denotes the
T15158 60501-60507 NN denotes animal
T15159 60514-60526 RB denotes continuously
T15160 60527-60531 IN denotes upon
T15161 60532-60544 NN denotes presentation
T15162 60545-60547 IN denotes of
T15163 60548-60549 DT denotes a
T15164 60559-60563 NN denotes odor
T15165 60550-60558 VBN denotes rewarded
T15166 60564-60566 CC denotes or
T15167 60567-60571 VBZ denotes does
T15168 60576-60580 VB denotes lick
T15169 60572-60575 RB denotes not
T15170 60581-60593 RB denotes continuously
T15171 60594-60598 IN denotes with
T15172 60599-60600 DT denotes a
T15173 60613-60617 NN denotes odor
T15174 60601-60612 JJ denotes nonrewarded
T15175 60617-60618 . denotes .
T15176 60618-60711 sentence denotes A second trial cannot be initiated unless an intertrial interval of at least 5 s has passed.
T15177 60619-60620 DT denotes A
T15178 60628-60633 NN denotes trial
T15179 60621-60627 JJ denotes second
T15180 60644-60653 VBN denotes initiated
T15181 60634-60637 MD denotes can
T15182 60637-60640 RB denotes not
T15183 60641-60643 VB denotes be
T15184 60654-60660 IN denotes unless
T15185 60704-60710 VBN denotes passed
T15186 60661-60663 DT denotes an
T15187 60675-60683 NN denotes interval
T15188 60664-60674 JJ denotes intertrial
T15189 60684-60686 IN denotes of
T15190 60687-60689 RB denotes at
T15191 60690-60695 RBS denotes least
T15192 60696-60697 CD denotes 5
T15193 60698-60699 NN denotes s
T15194 60700-60703 VBZ denotes has
T15195 60710-60711 . denotes .
T15196 60711-60816 sentence denotes This interval is sufficiently long so that animals typically retract quickly after the end of the trial.
T15197 60712-60716 DT denotes This
T15198 60717-60725 NN denotes interval
T15199 60726-60728 VBZ denotes is
T15200 60729-60741 RB denotes sufficiently
T15201 60742-60746 JJ denotes long
T15202 60747-60749 RB denotes so
T15203 60773-60780 VBP denotes retract
T15204 60750-60754 IN denotes that
T15205 60755-60762 NNS denotes animals
T15206 60763-60772 RB denotes typically
T15207 60781-60788 RB denotes quickly
T15208 60789-60794 IN denotes after
T15209 60795-60798 DT denotes the
T15210 60799-60802 NN denotes end
T15211 60803-60805 IN denotes of
T15212 60806-60809 DT denotes the
T15213 60810-60815 NN denotes trial
T15214 60815-60816 . denotes .
T15215 60816-60970 sentence denotes Odors are presented in a pseudo-randomized scheme (no more than two successive presentations of the same odor, equal numbers within each 20-trial block).
T15216 60817-60822 NNS denotes Odors
T15217 60827-60836 VBN denotes presented
T15218 60823-60826 VBP denotes are
T15219 60837-60839 IN denotes in
T15220 60840-60841 DT denotes a
T15221 60860-60866 NN denotes scheme
T15222 60842-60859 JJ denotes pseudo-randomized
T15223 60867-60868 -LRB- denotes (
T15224 60934-60941 NNS denotes numbers
T15225 60868-60870 DT denotes no
T15226 60881-60884 CD denotes two
T15227 60871-60875 JJR denotes more
T15228 60876-60880 IN denotes than
T15229 60896-60909 NNS denotes presentations
T15230 60885-60895 JJ denotes successive
T15231 60910-60912 IN denotes of
T15232 60913-60916 DT denotes the
T15233 60922-60926 NN denotes odor
T15234 60917-60921 JJ denotes same
T15235 60926-60928 , denotes ,
T15236 60928-60933 JJ denotes equal
T15237 60942-60948 IN denotes within
T15238 60949-60953 DT denotes each
T15239 60963-60968 NN denotes block
T15240 60954-60956 CD denotes 20
T15241 60957-60962 NN denotes trial
T15242 60956-60957 HYPH denotes -
T15243 60968-60969 -RRB- denotes )
T15244 60969-60970 . denotes .
T15245 60970-61071 sentence denotes No intrinsic preference toward any of the odors was observed but controlled for by counterbalancing.
T15246 60971-60973 DT denotes No
T15247 60984-60994 NN denotes preference
T15248 60974-60983 JJ denotes intrinsic
T15249 61023-61031 VBN denotes observed
T15250 60995-61001 IN denotes toward
T15251 61002-61005 DT denotes any
T15252 61006-61008 IN denotes of
T15253 61009-61012 DT denotes the
T15254 61013-61018 NNS denotes odors
T15255 61019-61022 VBD denotes was
T15256 61032-61035 CC denotes but
T15257 61036-61046 VBN denotes controlled
T15258 61047-61050 IN denotes for
T15259 61051-61053 IN denotes by
T15260 61054-61070 NN denotes counterbalancing
T15261 61070-61071 . denotes .
T15262 61071-61233 sentence denotes A total of 100–300 trials were performed each day, separated into 30- to 40-min stretches to ensure maximal motivation despite the mild water restriction scheme.
T15263 61072-61073 DT denotes A
T15264 61087-61090 CD denotes 300
T15265 61074-61079 NN denotes total
T15266 61080-61082 IN denotes of
T15267 61083-61086 CD denotes 100
T15268 61086-61087 SYM denotes –
T15269 61091-61097 NNS denotes trials
T15270 61123-61132 VBN denotes separated
T15271 61098-61102 VBD denotes were
T15272 61103-61112 VBN denotes performed
T15273 61113-61117 DT denotes each
T15274 61118-61121 NN denotes day
T15275 61121-61123 , denotes ,
T15276 61133-61137 IN denotes into
T15277 61138-61140 CD denotes 30
T15278 61145-61147 CD denotes 40
T15279 61140-61141 HYPH denotes -
T15280 61142-61144 IN denotes to
T15281 61148-61151 NN denotes min
T15282 61147-61148 HYPH denotes -
T15283 61152-61161 NNS denotes stretches
T15284 61162-61164 TO denotes to
T15285 61165-61171 VB denotes ensure
T15286 61172-61179 JJ denotes maximal
T15287 61180-61190 NN denotes motivation
T15288 61191-61198 IN denotes despite
T15289 61199-61202 DT denotes the
T15290 61226-61232 NN denotes scheme
T15291 61203-61207 JJ denotes mild
T15292 61208-61213 NN denotes water
T15293 61214-61225 NN denotes restriction
T15294 61232-61233 . denotes .
T15295 61233-61340 sentence denotes Additionally, motivation was controlled by monitoring intertrial intervals and the response frequency [3].
T15296 61234-61246 RB denotes Additionally
T15297 61263-61273 VBN denotes controlled
T15298 61246-61248 , denotes ,
T15299 61248-61258 NN denotes motivation
T15300 61259-61262 VBD denotes was
T15301 61274-61276 IN denotes by
T15302 61277-61287 VBG denotes monitoring
T15303 61288-61298 JJ denotes intertrial
T15304 61299-61308 NNS denotes intervals
T15305 61309-61312 CC denotes and
T15306 61313-61316 DT denotes the
T15307 61326-61335 NN denotes frequency
T15308 61317-61325 NN denotes response
T15309 61336-61337 -LRB- denotes [
T15310 61337-61338 CD denotes 3
T15311 61338-61339 -RRB- denotes ]
T15312 61339-61340 . denotes .
T15338 61342-61353 NN denotes Measurement
T15339 61354-61356 IN denotes of
T15340 61357-61368 NN denotes performance
T15341 61368-61587 sentence denotes The simplest measure of performance is the fraction of trials in which the animal responds correctly—that is, responds with licking to the presentation of the S+ odor and does not lick with presentation of the S− odor.
T15342 61369-61372 DT denotes The
T15343 61382-61389 NN denotes measure
T15344 61373-61381 JJS denotes simplest
T15345 61405-61407 VBZ denotes is
T15346 61390-61392 IN denotes of
T15347 61393-61404 NN denotes performance
T15348 61408-61411 DT denotes the
T15349 61412-61420 NN denotes fraction
T15350 61421-61423 IN denotes of
T15351 61424-61430 NNS denotes trials
T15352 61431-61433 IN denotes in
T15353 61451-61459 VBZ denotes responds
T15354 61434-61439 WDT denotes which
T15355 61440-61443 DT denotes the
T15356 61444-61450 NN denotes animal
T15357 61460-61469 RB denotes correctly
T15358 61469-61470 : denotes —
T15359 61470-61474 RB denotes that
T15360 61475-61477 RB denotes is
T15361 61479-61487 VBZ denotes responds
T15362 61477-61479 , denotes ,
T15363 61488-61492 IN denotes with
T15364 61493-61500 NN denotes licking
T15365 61501-61503 IN denotes to
T15366 61504-61507 DT denotes the
T15367 61508-61520 NN denotes presentation
T15368 61521-61523 IN denotes of
T15369 61524-61527 DT denotes the
T15370 61531-61535 NN denotes odor
T15371 61528-61529 NN denotes S
T15372 61529-61530 SYM denotes +
T15373 61536-61539 CC denotes and
T15374 61540-61544 VBZ denotes does
T15375 61549-61553 VB denotes lick
T15376 61545-61548 RB denotes not
T15377 61554-61558 IN denotes with
T15378 61559-61571 NN denotes presentation
T15379 61572-61574 IN denotes of
T15380 61575-61578 DT denotes the
T15381 61582-61586 NN denotes odor
T15382 61579-61580 NN denotes S
T15383 61580-61581 SYM denotes −
T15384 61586-61587 . denotes .
T15385 61587-61719 sentence denotes It was shown previously, however, that the detailed sampling pattern is a more sensitive measure of discrimination performance [3].
T15386 61588-61590 PRP denotes It
T15387 61595-61600 VBN denotes shown
T15388 61591-61594 VBD denotes was
T15389 61601-61611 RB denotes previously
T15390 61611-61613 , denotes ,
T15391 61613-61620 RB denotes however
T15392 61620-61622 , denotes ,
T15393 61622-61626 IN denotes that
T15394 61657-61659 VBZ denotes is
T15395 61627-61630 DT denotes the
T15396 61649-61656 NN denotes pattern
T15397 61631-61639 JJ denotes detailed
T15398 61640-61648 NN denotes sampling
T15399 61660-61661 DT denotes a
T15400 61677-61684 NN denotes measure
T15401 61662-61666 RBR denotes more
T15402 61667-61676 JJ denotes sensitive
T15403 61685-61687 IN denotes of
T15404 61688-61702 NN denotes discrimination
T15405 61703-61714 NN denotes performance
T15406 61715-61716 -LRB- denotes [
T15407 61716-61717 CD denotes 3
T15408 61717-61718 -RRB- denotes ]
T15409 61718-61719 . denotes .
T15410 61719-61866 sentence denotes To avoid long (> 3-week) training periods, we chose not to measure discrimination times [3] but to analyze the average sampling behavior in total.
T15411 61720-61722 TO denotes To
T15412 61723-61728 VB denotes avoid
T15413 61766-61771 VBD denotes chose
T15414 61729-61733 RB denotes long
T15415 61754-61761 NNS denotes periods
T15416 61734-61735 -LRB- denotes (
T15417 61739-61743 NN denotes week
T15418 61735-61736 SYM denotes >
T15419 61737-61738 CD denotes 3
T15420 61738-61739 HYPH denotes -
T15421 61743-61744 -RRB- denotes )
T15422 61745-61753 NN denotes training
T15423 61761-61763 , denotes ,
T15424 61763-61765 PRP denotes we
T15425 61772-61775 RB denotes not
T15426 61779-61786 VB denotes measure
T15427 61776-61778 TO denotes to
T15428 61787-61801 NN denotes discrimination
T15429 61802-61807 NNS denotes times
T15430 61808-61809 -LRB- denotes [
T15431 61809-61810 CD denotes 3
T15432 61810-61811 -RRB- denotes ]
T15433 61812-61815 CC denotes but
T15434 61816-61818 TO denotes to
T15435 61819-61826 VB denotes analyze
T15436 61827-61830 DT denotes the
T15437 61848-61856 NN denotes behavior
T15438 61831-61838 JJ denotes average
T15439 61839-61847 NN denotes sampling
T15440 61857-61859 IN denotes in
T15441 61860-61865 JJ denotes total
T15442 61865-61866 . denotes .
T15443 61866-62032 sentence denotes Upon presentation of a rewarded odor, the animal usually continuously breaks the beam, whereas upon presentation of an unrewarded odor the head is quickly retracted.
T15444 61867-61871 IN denotes Upon
T15445 61937-61943 VBZ denotes breaks
T15446 61872-61884 NN denotes presentation
T15447 61885-61887 IN denotes of
T15448 61888-61889 DT denotes a
T15449 61899-61903 NN denotes odor
T15450 61890-61898 VBN denotes rewarded
T15451 61903-61905 , denotes ,
T15452 61905-61908 DT denotes the
T15453 61909-61915 NN denotes animal
T15454 61916-61923 RB denotes usually
T15455 61924-61936 RB denotes continuously
T15456 61944-61947 DT denotes the
T15457 61948-61952 NN denotes beam
T15458 61952-61954 , denotes ,
T15459 61954-61961 IN denotes whereas
T15460 62022-62031 VBN denotes retracted
T15461 61962-61966 IN denotes upon
T15462 61967-61979 NN denotes presentation
T15463 61980-61982 IN denotes of
T15464 61983-61985 DT denotes an
T15465 61997-62001 NN denotes odor
T15466 61986-61996 JJ denotes unrewarded
T15467 62002-62005 DT denotes the
T15468 62006-62010 NN denotes head
T15469 62011-62013 VBZ denotes is
T15470 62014-62021 RB denotes quickly
T15471 62031-62032 . denotes .
T15472 62032-62213 sentence denotes The difference in response to the rewarded and unrewarded odor is approximately sigmoidal (Figures 1D, 1E, and 2D) and yields a sensitive measure of the discrimination performance.
T15473 62033-62036 DT denotes The
T15474 62037-62047 NN denotes difference
T15475 62096-62098 VBZ denotes is
T15476 62048-62050 IN denotes in
T15477 62051-62059 NN denotes response
T15478 62060-62062 IN denotes to
T15479 62063-62066 DT denotes the
T15480 62091-62095 NN denotes odor
T15481 62067-62075 VBN denotes rewarded
T15482 62076-62079 CC denotes and
T15483 62080-62090 JJ denotes unrewarded
T15484 62099-62112 RB denotes approximately
T15485 62113-62122 JJ denotes sigmoidal
T15486 62123-62124 -LRB- denotes (
T15487 62132-62134 NN denotes 1D
T15488 62124-62131 NNS denotes Figures
T15489 62134-62136 , denotes ,
T15490 62136-62138 NN denotes 1E
T15491 62138-62140 , denotes ,
T15492 62140-62143 CC denotes and
T15493 62144-62146 NN denotes 2D
T15494 62146-62147 -RRB- denotes )
T15495 62148-62151 CC denotes and
T15496 62152-62158 VBZ denotes yields
T15497 62159-62160 DT denotes a
T15498 62171-62178 NN denotes measure
T15499 62161-62170 JJ denotes sensitive
T15500 62179-62181 IN denotes of
T15501 62182-62185 DT denotes the
T15502 62201-62212 NN denotes performance
T15503 62186-62200 NN denotes discrimination
T15504 62212-62213 . denotes .
T15505 62213-62440 sentence denotes From this difference or from a sigmoidal fit to the difference (Figure 1E), several measures of discrimination can be determined: the average difference, peak, or maximum, time of half maximum, and slope of the fitted sigmoid.
T15506 62214-62218 IN denotes From
T15507 62332-62342 VBN denotes determined
T15508 62219-62223 DT denotes this
T15509 62224-62234 NN denotes difference
T15510 62235-62237 CC denotes or
T15511 62238-62242 IN denotes from
T15512 62243-62244 DT denotes a
T15513 62255-62258 NN denotes fit
T15514 62245-62254 JJ denotes sigmoidal
T15515 62259-62261 IN denotes to
T15516 62262-62265 DT denotes the
T15517 62266-62276 NN denotes difference
T15518 62277-62278 -LRB- denotes (
T15519 62285-62287 NN denotes 1E
T15520 62278-62284 NN denotes Figure
T15521 62287-62288 -RRB- denotes )
T15522 62288-62290 , denotes ,
T15523 62290-62297 JJ denotes several
T15524 62298-62306 NNS denotes measures
T15525 62307-62309 IN denotes of
T15526 62310-62324 NN denotes discrimination
T15527 62325-62328 MD denotes can
T15528 62329-62331 VB denotes be
T15529 62342-62344 : denotes :
T15530 62344-62347 DT denotes the
T15531 62356-62366 NN denotes difference
T15532 62348-62355 JJ denotes average
T15533 62366-62368 , denotes ,
T15534 62368-62372 NN denotes peak
T15535 62386-62390 NN denotes time
T15536 62372-62374 , denotes ,
T15537 62374-62376 CC denotes or
T15538 62377-62384 NN denotes maximum
T15539 62384-62386 , denotes ,
T15540 62391-62393 IN denotes of
T15541 62394-62398 JJ denotes half
T15542 62399-62406 NN denotes maximum
T15543 62406-62408 , denotes ,
T15544 62408-62411 CC denotes and
T15545 62412-62417 NN denotes slope
T15546 62418-62420 IN denotes of
T15547 62421-62424 DT denotes the
T15548 62432-62439 NN denotes sigmoid
T15549 62425-62431 VBN denotes fitted
T15550 62439-62440 . denotes .
T15551 62440-62587 sentence denotes Whereas for small trial numbers (< 200) the slope often is not well constrained, any of the other parameters yielded essentially the same results.
T15552 62441-62448 IN denotes Whereas
T15553 62497-62499 VBZ denotes is
T15554 62449-62452 IN denotes for
T15555 62453-62458 JJ denotes small
T15556 62465-62472 NNS denotes numbers
T15557 62459-62464 NN denotes trial
T15558 62473-62474 -LRB- denotes (
T15559 62476-62479 CD denotes 200
T15560 62474-62475 SYM denotes <
T15561 62479-62480 -RRB- denotes )
T15562 62481-62484 DT denotes the
T15563 62485-62490 NN denotes slope
T15564 62491-62496 RB denotes often
T15565 62550-62557 VBD denotes yielded
T15566 62500-62503 RB denotes not
T15567 62504-62508 RB denotes well
T15568 62509-62520 VBN denotes constrained
T15569 62520-62522 , denotes ,
T15570 62522-62525 DT denotes any
T15571 62526-62528 IN denotes of
T15572 62529-62532 DT denotes the
T15573 62539-62549 NNS denotes parameters
T15574 62533-62538 JJ denotes other
T15575 62558-62569 RB denotes essentially
T15576 62570-62573 DT denotes the
T15577 62579-62586 NNS denotes results
T15578 62574-62578 JJ denotes same
T15579 62586-62587 . denotes .
T15580 62587-62756 sentence denotes The discrimination index plotted in Figures 1F, 2C, 4D, and 6C refers to the fitted maximum, generally ranging from zero to one, one indicating the best discrimination.
T15581 62588-62591 DT denotes The
T15582 62607-62612 NN denotes index
T15583 62592-62606 NN denotes discrimination
T15584 62651-62657 VBZ denotes refers
T15585 62613-62620 VBN denotes plotted
T15586 62621-62623 IN denotes in
T15587 62624-62631 NNS denotes Figures
T15588 62632-62634 NN denotes 1F
T15589 62634-62636 , denotes ,
T15590 62636-62638 NN denotes 2C
T15591 62638-62640 , denotes ,
T15592 62640-62642 NN denotes 4D
T15593 62642-62644 , denotes ,
T15594 62644-62647 CC denotes and
T15595 62648-62650 NN denotes 6C
T15596 62658-62660 IN denotes to
T15597 62661-62664 DT denotes the
T15598 62672-62679 NN denotes maximum
T15599 62665-62671 VBN denotes fitted
T15600 62679-62681 , denotes ,
T15601 62681-62690 RB denotes generally
T15602 62691-62698 VBG denotes ranging
T15603 62699-62703 IN denotes from
T15604 62704-62708 CD denotes zero
T15605 62709-62711 IN denotes to
T15606 62712-62715 CD denotes one
T15607 62715-62717 , denotes ,
T15608 62717-62720 CD denotes one
T15609 62721-62731 VBG denotes indicating
T15610 62732-62735 DT denotes the
T15611 62741-62755 NN denotes discrimination
T15612 62736-62740 JJS denotes best
T15613 62755-62756 . denotes .
T15614 62756-62868 sentence denotes Identical results were obtained with other measures of discrimination, such as the average sampling difference.
T15615 62757-62766 JJ denotes Identical
T15616 62767-62774 NNS denotes results
T15617 62780-62788 VBN denotes obtained
T15618 62775-62779 VBD denotes were
T15619 62789-62793 IN denotes with
T15620 62794-62799 JJ denotes other
T15621 62800-62808 NNS denotes measures
T15622 62809-62811 IN denotes of
T15623 62812-62826 NN denotes discrimination
T15624 62826-62828 , denotes ,
T15625 62828-62832 JJ denotes such
T15626 62833-62835 IN denotes as
T15627 62836-62839 DT denotes the
T15628 62857-62867 NN denotes difference
T15629 62840-62847 JJ denotes average
T15630 62848-62856 NN denotes sampling
T15631 62867-62868 . denotes .
T15659 62870-62879 NN denotes Structure
T15660 62880-62882 IN denotes of
T15661 62883-62891 NN denotes training
T15662 62891-62997 sentence denotes After habituation, mice were trained to discriminate 1% amylacetate from 1% ethylbutyrate for 500 trials.
T15663 62892-62897 IN denotes After
T15664 62921-62928 VBN denotes trained
T15665 62898-62909 NN denotes habituation
T15666 62909-62911 , denotes ,
T15667 62911-62915 NNS denotes mice
T15668 62916-62920 VBD denotes were
T15669 62929-62931 TO denotes to
T15670 62932-62944 VB denotes discriminate
T15671 62945-62946 CD denotes 1
T15672 62946-62947 NN denotes %
T15673 62948-62959 NN denotes amylacetate
T15674 62960-62964 IN denotes from
T15675 62965-62966 CD denotes 1
T15676 62966-62967 NN denotes %
T15677 62968-62981 NN denotes ethylbutyrate
T15678 62982-62985 IN denotes for
T15679 62986-62989 CD denotes 500
T15680 62990-62996 NNS denotes trials
T15681 62996-62997 . denotes .
T15682 62997-63140 sentence denotes During the last 100 trials, the S+ odor was rewarded in only 50% of the cases to increase the resistance to extinction of the acquired memory.
T15683 62998-63004 IN denotes During
T15684 63042-63050 VBN denotes rewarded
T15685 63005-63008 DT denotes the
T15686 63018-63024 NNS denotes trials
T15687 63009-63013 JJ denotes last
T15688 63014-63017 CD denotes 100
T15689 63024-63026 , denotes ,
T15690 63026-63029 DT denotes the
T15691 63033-63037 NN denotes odor
T15692 63030-63031 NN denotes S
T15693 63031-63032 SYM denotes +
T15694 63038-63041 VBD denotes was
T15695 63051-63053 IN denotes in
T15696 63054-63058 RB denotes only
T15697 63059-63061 CD denotes 50
T15698 63061-63062 NN denotes %
T15699 63063-63065 IN denotes of
T15700 63066-63069 DT denotes the
T15701 63070-63075 NNS denotes cases
T15702 63076-63078 TO denotes to
T15703 63079-63087 VB denotes increase
T15704 63088-63091 DT denotes the
T15705 63092-63102 NN denotes resistance
T15706 63103-63105 IN denotes to
T15707 63106-63116 NN denotes extinction
T15708 63117-63119 IN denotes of
T15709 63120-63123 DT denotes the
T15710 63133-63139 NN denotes memory
T15711 63124-63132 VBN denotes acquired
T15712 63139-63140 . denotes .
T15713 63140-63220 sentence denotes These trials were excluded for the statistical analysis of the learning curves.
T15714 63141-63146 DT denotes These
T15715 63147-63153 NNS denotes trials
T15716 63159-63167 VBN denotes excluded
T15717 63154-63158 VBD denotes were
T15718 63168-63171 IN denotes for
T15719 63172-63175 DT denotes the
T15720 63188-63196 NN denotes analysis
T15721 63176-63187 JJ denotes statistical
T15722 63197-63199 IN denotes of
T15723 63200-63203 DT denotes the
T15724 63213-63219 NNS denotes curves
T15725 63204-63212 NN denotes learning
T15726 63219-63220 . denotes .
T15727 63220-63411 sentence denotes Inclusion did not alter the result of the ANOVA; however, linear fitting of the learning curve was not appropriate anymore as partial saturation of learning performance had already occurred.
T15728 63221-63230 NN denotes Inclusion
T15729 63239-63244 VB denotes alter
T15730 63231-63234 VBD denotes did
T15731 63235-63238 RB denotes not
T15732 63316-63319 VBD denotes was
T15733 63245-63248 DT denotes the
T15734 63249-63255 NN denotes result
T15735 63256-63258 IN denotes of
T15736 63259-63262 DT denotes the
T15737 63263-63268 NN denotes ANOVA
T15738 63268-63269 : denotes ;
T15739 63270-63277 RB denotes however
T15740 63277-63279 , denotes ,
T15741 63279-63285 JJ denotes linear
T15742 63286-63293 NN denotes fitting
T15743 63294-63296 IN denotes of
T15744 63297-63300 DT denotes the
T15745 63310-63315 NN denotes curve
T15746 63301-63309 NN denotes learning
T15747 63320-63323 RB denotes not
T15748 63324-63335 JJ denotes appropriate
T15749 63336-63343 RB denotes anymore
T15750 63344-63346 IN denotes as
T15751 63402-63410 VBN denotes occurred
T15752 63347-63354 JJ denotes partial
T15753 63355-63365 NN denotes saturation
T15754 63366-63368 IN denotes of
T15755 63369-63377 NN denotes learning
T15756 63378-63389 NN denotes performance
T15757 63390-63393 VBD denotes had
T15758 63394-63401 RB denotes already
T15759 63410-63411 . denotes .
T15760 63411-63587 sentence denotes Subsequently, animals were trained for 500 trials on the “difficult” discrimination task [3] between the binary mixtures 0.6% eugenol/0.4% cineol and 0.4% eugenol/0.6% cineol.
T15761 63412-63424 RB denotes Subsequently
T15762 63439-63446 VBN denotes trained
T15763 63424-63426 , denotes ,
T15764 63426-63433 NNS denotes animals
T15765 63434-63438 VBD denotes were
T15766 63447-63450 IN denotes for
T15767 63451-63454 CD denotes 500
T15768 63455-63461 NNS denotes trials
T15769 63462-63464 IN denotes on
T15770 63465-63468 DT denotes the
T15771 63496-63500 NN denotes task
T15772 63469-63470 `` denotes “
T15773 63470-63479 JJ denotes difficult
T15774 63479-63480 '' denotes ”
T15775 63481-63495 NN denotes discrimination
T15776 63501-63502 -LRB- denotes [
T15777 63502-63503 CD denotes 3
T15778 63503-63504 -RRB- denotes ]
T15779 63505-63512 IN denotes between
T15780 63513-63516 DT denotes the
T15781 63524-63532 NNS denotes mixtures
T15782 63517-63523 JJ denotes binary
T15783 63533-63536 CD denotes 0.6
T15784 63536-63537 NN denotes %
T15785 63538-63545 NN denotes eugenol
T15786 63545-63546 HYPH denotes /
T15787 63546-63549 CD denotes 0.4
T15788 63549-63550 NN denotes %
T15789 63551-63557 NN denotes cineol
T15790 63558-63561 CC denotes and
T15791 63562-63565 CD denotes 0.4
T15792 63565-63566 NN denotes %
T15793 63567-63574 NN denotes eugenol
T15794 63574-63575 HYPH denotes /
T15795 63575-63578 CD denotes 0.6
T15796 63578-63579 NN denotes %
T15797 63580-63586 NN denotes cineol
T15798 63586-63587 . denotes .
T15799 63587-63688 sentence denotes To allow comparison, the last 100 trials were altered as for the “simple” discrimination task above.
T15800 63588-63590 TO denotes To
T15801 63591-63596 VB denotes allow
T15802 63634-63641 VBN denotes altered
T15803 63597-63607 NN denotes comparison
T15804 63607-63609 , denotes ,
T15805 63609-63612 DT denotes the
T15806 63622-63628 NNS denotes trials
T15807 63613-63617 JJ denotes last
T15808 63618-63621 CD denotes 100
T15809 63629-63633 VBD denotes were
T15810 63642-63644 IN denotes as
T15811 63645-63648 IN denotes for
T15812 63649-63652 DT denotes the
T15813 63677-63681 NN denotes task
T15814 63653-63654 `` denotes “
T15815 63654-63660 JJ denotes simple
T15816 63660-63661 '' denotes ”
T15817 63662-63676 NN denotes discrimination
T15818 63682-63687 RB denotes above
T15819 63687-63688 . denotes .
T15820 63688-63848 sentence denotes After two days of rest, animals were finally trained on the “simple” discrimination task between 1% pelargonic acid and 1% valeric acid for another 600 trials.
T15821 63689-63694 IN denotes After
T15822 63734-63741 VBN denotes trained
T15823 63695-63698 CD denotes two
T15824 63699-63703 NNS denotes days
T15825 63704-63706 IN denotes of
T15826 63707-63711 NN denotes rest
T15827 63711-63713 , denotes ,
T15828 63713-63720 NNS denotes animals
T15829 63721-63725 VBD denotes were
T15830 63726-63733 RB denotes finally
T15831 63742-63744 IN denotes on
T15832 63745-63748 DT denotes the
T15833 63773-63777 NN denotes task
T15834 63749-63750 `` denotes “
T15835 63750-63756 JJ denotes simple
T15836 63756-63757 '' denotes ”
T15837 63758-63772 NN denotes discrimination
T15838 63778-63785 IN denotes between
T15839 63786-63787 CD denotes 1
T15840 63787-63788 NN denotes %
T15841 63800-63804 NN denotes acid
T15842 63789-63799 JJ denotes pelargonic
T15843 63805-63808 CC denotes and
T15844 63809-63810 CD denotes 1
T15845 63810-63811 NN denotes %
T15846 63820-63824 NN denotes acid
T15847 63812-63819 JJ denotes valeric
T15848 63825-63828 IN denotes for
T15849 63829-63836 DT denotes another
T15850 63841-63847 NNS denotes trials
T15851 63837-63840 CD denotes 600
T15852 63847-63848 . denotes .
T15853 63848-64066 sentence denotes In all experiments, counterbalancing between both odors and setups was ensured within and between genetic groups, or results were compared with counterbalanced subgroups, which in every case yielded identical results.
T15854 63849-63851 IN denotes In
T15855 63920-63927 VBN denotes ensured
T15856 63852-63855 DT denotes all
T15857 63856-63867 NNS denotes experiments
T15858 63867-63869 , denotes ,
T15860 63886-63893 IN denotes between
T15861 63894-63898 DT denotes both
T15862 63899-63904 NNS denotes odors
T15863 63905-63908 CC denotes and
T15864 63909-63915 NNS denotes setups
T15865 63916-63919 VBD denotes was
T15866 63928-63934 IN denotes within
T15867 63935-63938 CC denotes and
T15868 63939-63946 IN denotes between
T15869 63947-63954 JJ denotes genetic
T15870 63955-63961 NNS denotes groups
T15871 63961-63963 , denotes ,
T15872 63963-63965 CC denotes or
T15873 63966-63973 NNS denotes results
T15874 63979-63987 VBN denotes compared
T15875 63974-63978 VBD denotes were
T15876 63988-63992 IN denotes with
T15877 63993-64008 VBN denotes counterbalanced
T15878 64009-64018 NNS denotes subgroups
T15879 64018-64020 , denotes ,
T15880 64020-64025 WDT denotes which
T15881 64040-64047 VBD denotes yielded
T15882 64026-64028 IN denotes in
T15883 64029-64034 DT denotes every
T15884 64035-64039 NN denotes case
T15885 64048-64057 JJ denotes identical
T15886 64058-64065 NNS denotes results
T15887 64065-64066 . denotes .
T15888 64066-64213 sentence denotes During the entire course of the experiment, the person handling the animals and operating the olfactometers was blind to the genotype of the mice.
T15889 64067-64073 IN denotes During
T15890 64175-64178 VBD denotes was
T15891 64074-64077 DT denotes the
T15892 64085-64091 NN denotes course
T15893 64078-64084 JJ denotes entire
T15894 64092-64094 IN denotes of
T15895 64095-64098 DT denotes the
T15896 64099-64109 NN denotes experiment
T15897 64109-64111 , denotes ,
T15898 64111-64114 DT denotes the
T15899 64115-64121 NN denotes person
T15900 64122-64130 VBG denotes handling
T15901 64131-64134 DT denotes the
T15902 64135-64142 NNS denotes animals
T15903 64143-64146 CC denotes and
T15904 64147-64156 VBG denotes operating
T15905 64157-64160 DT denotes the
T15906 64161-64174 NNS denotes olfactometers
T15907 64179-64184 JJ denotes blind
T15908 64185-64187 IN denotes to
T15909 64188-64191 DT denotes the
T15910 64192-64200 NN denotes genotype
T15911 64201-64203 IN denotes of
T15912 64204-64207 DT denotes the
T15913 64208-64212 NNS denotes mice
T15914 64212-64213 . denotes .
T15964 64215-64221 NN denotes Memory
T15965 64222-64233 NN denotes measurement
T15966 64233-64507 sentence denotes To assess memory, after 280 trials of training to discriminate between pelargonic acid and valeric acid, memory trials were interleaved for 120 trials; that is, within each block of 20 trials two unrewarded amylacetate and two unrewarded ethylbutyrate trials were included.
T15967 64234-64236 TO denotes To
T15968 64237-64243 VB denotes assess
T15969 64358-64369 VBN denotes interleaved
T15970 64244-64250 NN denotes memory
T15971 64250-64252 , denotes ,
T15972 64252-64257 IN denotes after
T15973 64258-64261 CD denotes 280
T15974 64262-64268 NNS denotes trials
T15975 64269-64271 IN denotes of
T15976 64272-64280 NN denotes training
T15977 64281-64283 TO denotes to
T15978 64284-64296 VB denotes discriminate
T15979 64297-64304 IN denotes between
T15980 64305-64315 JJ denotes pelargonic
T15981 64316-64320 NN denotes acid
T15982 64321-64324 CC denotes and
T15983 64325-64332 JJ denotes valeric
T15984 64333-64337 NN denotes acid
T15985 64337-64339 , denotes ,
T15986 64339-64345 NN denotes memory
T15987 64346-64352 NNS denotes trials
T15988 64353-64357 VBD denotes were
T15989 64498-64506 VBN denotes included
T15990 64370-64373 IN denotes for
T15991 64374-64377 CD denotes 120
T15992 64378-64384 NNS denotes trials
T15993 64384-64385 : denotes ;
T15994 64386-64390 RB denotes that
T15995 64391-64393 RB denotes is
T15996 64393-64395 , denotes ,
T15997 64395-64401 IN denotes within
T15998 64402-64406 DT denotes each
T15999 64407-64412 NN denotes block
T16000 64413-64415 IN denotes of
T16001 64416-64418 CD denotes 20
T16002 64419-64425 NNS denotes trials
T16003 64426-64429 CD denotes two
T16004 64441-64452 NN denotes amylacetate
T16005 64430-64440 JJ denotes unrewarded
T16006 64453-64456 CC denotes and
T16007 64457-64460 CD denotes two
T16008 64472-64485 NN denotes ethylbutyrate
T16009 64461-64471 JJ denotes unrewarded
T16010 64486-64492 NNS denotes trials
T16011 64493-64497 VBD denotes were
T16012 64506-64507 . denotes .
T16013 64507-64758 sentence denotes Memory scores are given as the fraction of those unrewarded trials that were responded to “correctly” (licking response to the odor that was rewarded in the initial training session [S+], no response to the odor that was not rewarded initially [S−]).
T16014 64508-64514 NN denotes Memory
T16015 64515-64521 NNS denotes scores
T16016 64526-64531 VBN denotes given
T16017 64522-64525 VBP denotes are
T16018 64532-64534 IN denotes as
T16019 64535-64538 DT denotes the
T16020 64539-64547 NN denotes fraction
T16021 64548-64550 IN denotes of
T16022 64551-64556 DT denotes those
T16023 64568-64574 NNS denotes trials
T16024 64557-64567 JJ denotes unrewarded
T16025 64575-64579 WDT denotes that
T16026 64585-64594 VBN denotes responded
T16027 64580-64584 VBD denotes were
T16028 64595-64597 IN denotes to
T16029 64598-64599 `` denotes “
T16030 64599-64608 RB denotes correctly
T16031 64608-64609 '' denotes ”
T16032 64610-64611 -LRB- denotes (
T16033 64699-64707 NN denotes response
T16034 64611-64618 NN denotes licking
T16035 64619-64627 NN denotes response
T16036 64628-64630 IN denotes to
T16037 64631-64634 DT denotes the
T16038 64635-64639 NN denotes odor
T16039 64640-64644 WDT denotes that
T16040 64649-64657 VBN denotes rewarded
T16041 64645-64648 VBD denotes was
T16042 64658-64660 IN denotes in
T16043 64661-64664 DT denotes the
T16044 64682-64689 NN denotes session
T16045 64665-64672 JJ denotes initial
T16046 64673-64681 NN denotes training
T16047 64690-64691 -LRB- denotes [
T16048 64691-64692 NN denotes S
T16049 64692-64693 SYM denotes +
T16050 64693-64694 -RRB- denotes ]
T16051 64694-64696 , denotes ,
T16052 64696-64698 DT denotes no
T16053 64708-64710 IN denotes to
T16054 64711-64714 DT denotes the
T16055 64715-64719 NN denotes odor
T16056 64720-64724 WDT denotes that
T16057 64733-64741 VBN denotes rewarded
T16058 64725-64728 VBD denotes was
T16059 64729-64732 RB denotes not
T16060 64742-64751 RB denotes initially
T16061 64752-64753 -LRB- denotes [
T16062 64753-64754 NN denotes S
T16063 64754-64755 SYM denotes −
T16064 64755-64756 -RRB- denotes ]
T16065 64756-64757 -RRB- denotes )
T16066 64757-64758 . denotes .
T16067 64758-64906 sentence denotes Due to the epileptic phenotype and the slightly increased mortality [58], GluRBΔECS:FB mice were trained only for the initial period of 400 trials.
T16068 64759-64762 IN denotes Due
T16069 64856-64863 VBN denotes trained
T16070 64763-64765 IN denotes to
T16071 64766-64769 DT denotes the
T16072 64780-64789 NN denotes phenotype
T16073 64770-64779 JJ denotes epileptic
T16074 64790-64793 CC denotes and
T16075 64794-64797 DT denotes the
T16076 64817-64826 NN denotes mortality
T16077 64798-64806 RB denotes slightly
T16078 64807-64816 VBN denotes increased
T16079 64827-64828 -LRB- denotes [
T16080 64828-64830 CD denotes 58
T16081 64830-64831 -RRB- denotes ]
T16082 64831-64833 , denotes ,
T16083 64833-64842 NN denotes GluRBΔECS
T16084 64843-64845 NN denotes FB
T16085 64842-64843 : denotes :
T16086 64846-64850 NNS denotes mice
T16087 64851-64855 VBD denotes were
T16088 64864-64868 RB denotes only
T16089 64869-64872 IN denotes for
T16090 64873-64876 DT denotes the
T16091 64885-64891 NN denotes period
T16092 64877-64884 JJ denotes initial
T16093 64892-64894 IN denotes of
T16094 64895-64898 CD denotes 400
T16095 64899-64905 NNS denotes trials
T16096 64905-64906 . denotes .
T16133 64908-64918 NN denotes Statistics
T16134 64918-65062 sentence denotes Learning curves for both correct performance (“percentage correct”) and the discrimination performance were analyzed by repeated measure ANOVA.
T16135 64919-64927 NN denotes Learning
T16136 64928-64934 NNS denotes curves
T16137 65027-65035 VBN denotes analyzed
T16138 64935-64938 IN denotes for
T16139 64939-64943 CC denotes both
T16140 64952-64963 NN denotes performance
T16141 64944-64951 JJ denotes correct
T16142 64964-64965 -LRB- denotes (
T16143 64966-64976 NN denotes percentage
T16144 64965-64966 `` denotes “
T16145 64977-64984 JJ denotes correct
T16146 64984-64985 '' denotes ”
T16147 64985-64986 -RRB- denotes )
T16148 64987-64990 CC denotes and
T16149 64991-64994 DT denotes the
T16150 65010-65021 NN denotes performance
T16151 64995-65009 NN denotes discrimination
T16152 65022-65026 VBD denotes were
T16153 65036-65038 IN denotes by
T16154 65039-65047 VBN denotes repeated
T16155 65048-65055 NN denotes measure
T16156 65056-65061 NN denotes ANOVA
T16157 65061-65062 . denotes .
T16158 65062-65213 sentence denotes Additionally, learning curves were assessed by linearly fitting of trend lines to the data with fixed offsets, leaving the slope as the only variable.
T16159 65063-65075 RB denotes Additionally
T16160 65098-65106 VBN denotes assessed
T16161 65075-65077 , denotes ,
T16162 65077-65085 NN denotes learning
T16163 65086-65092 NNS denotes curves
T16164 65093-65097 VBD denotes were
T16165 65107-65109 IN denotes by
T16166 65110-65118 RB denotes linearly
T16167 65119-65126 VBG denotes fitting
T16168 65127-65129 IN denotes of
T16169 65130-65135 NN denotes trend
T16170 65136-65141 NNS denotes lines
T16171 65142-65144 IN denotes to
T16172 65145-65148 DT denotes the
T16173 65149-65153 NNS denotes data
T16174 65154-65158 IN denotes with
T16175 65159-65164 VBN denotes fixed
T16176 65165-65172 NNS denotes offsets
T16177 65172-65174 , denotes ,
T16178 65174-65181 VBG denotes leaving
T16179 65182-65185 DT denotes the
T16180 65186-65191 NN denotes slope
T16181 65192-65194 IN denotes as
T16182 65195-65198 DT denotes the
T16183 65204-65212 NN denotes variable
T16184 65199-65203 JJ denotes only
T16185 65212-65213 . denotes .
T16186 65213-65259 sentence denotes In general, binning was 100 trials per block.
T16187 65214-65216 IN denotes In
T16188 65234-65237 VBD denotes was
T16189 65217-65224 JJ denotes general
T16190 65224-65226 , denotes ,
T16191 65226-65233 VBG denotes binning
T16192 65238-65241 CD denotes 100
T16193 65242-65248 NNS denotes trials
T16194 65249-65252 IN denotes per
T16195 65253-65258 NN denotes block
T16196 65258-65259 . denotes .
T16197 65259-65390 sentence denotes To allow for the investigation of group/block interactions, the repeated measure ANOVA binning was reduced to 20 trials per block.
T16198 65260-65262 TO denotes To
T16199 65263-65268 VB denotes allow
T16200 65359-65366 VBN denotes reduced
T16201 65269-65272 IN denotes for
T16202 65273-65276 DT denotes the
T16203 65277-65290 NN denotes investigation
T16204 65291-65293 IN denotes of
T16205 65294-65299 NN denotes group
T16206 65300-65305 NN denotes block
T16207 65299-65300 HYPH denotes /
T16208 65306-65318 NNS denotes interactions
T16209 65318-65320 , denotes ,
T16210 65320-65323 DT denotes the
T16211 65347-65354 NN denotes binning
T16212 65324-65332 VBN denotes repeated
T16213 65333-65340 NN denotes measure
T16214 65341-65346 NN denotes ANOVA
T16215 65355-65358 VBD denotes was
T16216 65367-65369 IN denotes to
T16217 65370-65372 CD denotes 20
T16218 65373-65379 NNS denotes trials
T16219 65380-65383 IN denotes per
T16220 65384-65389 NN denotes block
T16221 65389-65390 . denotes .
T16222 65390-65541 sentence denotes To compare memory performance in the GluR-BRescue (n = 8) and GluR-BΔFB (n = 22) mice, due to the high variability, a bootstrap approach was employed.
T16223 65391-65393 TO denotes To
T16224 65394-65401 VB denotes compare
T16225 65532-65540 VBN denotes employed
T16226 65402-65408 NN denotes memory
T16227 65409-65420 NN denotes performance
T16228 65421-65423 IN denotes in
T16229 65424-65427 DT denotes the
T16230 65472-65476 NNS denotes mice
T16231 65428-65432 NN denotes GluR
T16232 65433-65440 NN denotes BRescue
T16233 65432-65433 HYPH denotes -
T16234 65441-65442 -LRB- denotes (
T16235 65446-65447 CD denotes 8
T16236 65442-65443 NN denotes n
T16237 65444-65445 SYM denotes =
T16238 65447-65448 -RRB- denotes )
T16239 65449-65452 CC denotes and
T16240 65453-65457 NN denotes GluR
T16241 65458-65462 NN denotes BΔFB
T16242 65457-65458 HYPH denotes -
T16243 65463-65464 -LRB- denotes (
T16244 65468-65470 CD denotes 22
T16245 65464-65465 NN denotes n
T16246 65466-65467 SYM denotes =
T16247 65470-65471 -RRB- denotes )
T16248 65476-65478 , denotes ,
T16249 65478-65481 IN denotes due
T16250 65482-65484 IN denotes to
T16251 65485-65488 DT denotes the
T16252 65494-65505 NN denotes variability
T16253 65489-65493 JJ denotes high
T16254 65505-65507 , denotes ,
T16255 65507-65508 DT denotes a
T16256 65519-65527 NN denotes approach
T16257 65509-65518 NN denotes bootstrap
T16258 65528-65531 VBD denotes was
T16259 65540-65541 . denotes .
T16260 65541-65661 sentence denotes Subpopulations of eight animals were selected from the population of 22 GluR-BΔFB mice, and mean memory was determined.
T16261 65542-65556 NNS denotes Subpopulations
T16262 65579-65587 VBN denotes selected
T16263 65557-65559 IN denotes of
T16264 65560-65565 CD denotes eight
T16265 65566-65573 NNS denotes animals
T16266 65574-65578 VBD denotes were
T16267 65588-65592 IN denotes from
T16268 65593-65596 DT denotes the
T16269 65597-65607 NN denotes population
T16270 65608-65610 IN denotes of
T16271 65611-65613 CD denotes 22
T16272 65624-65628 NNS denotes mice
T16273 65614-65618 NN denotes GluR
T16274 65619-65623 NN denotes BΔFB
T16275 65618-65619 HYPH denotes -
T16276 65628-65630 , denotes ,
T16277 65630-65633 CC denotes and
T16278 65634-65638 NN denotes mean
T16279 65639-65645 NN denotes memory
T16280 65650-65660 VBN denotes determined
T16281 65646-65649 VBD denotes was
T16282 65660-65661 . denotes .
T16283 65661-65814 sentence denotes In only 343 out of 20,000 subpopulations, mean memory exceeded the mean GluR-BRescue memory of 74.99%, resulting in a p value of p = 343/20,000 = 0.017.
T16284 65662-65664 IN denotes In
T16285 65716-65724 VBD denotes exceeded
T16286 65665-65669 JJ denotes only
T16287 65681-65687 CD denotes 20,000
T16288 65670-65673 CD denotes 343
T16289 65674-65677 IN denotes out
T16290 65678-65680 IN denotes of
T16291 65688-65702 NNS denotes subpopulations
T16292 65702-65704 , denotes ,
T16293 65704-65708 NN denotes mean
T16294 65709-65715 NN denotes memory
T16295 65725-65728 DT denotes the
T16296 65747-65753 NN denotes memory
T16297 65729-65733 NN denotes mean
T16298 65734-65738 NN denotes GluR
T16299 65739-65746 NN denotes BRescue
T16300 65738-65739 HYPH denotes -
T16301 65754-65756 IN denotes of
T16302 65757-65762 CD denotes 74.99
T16303 65762-65763 NN denotes %
T16304 65763-65765 , denotes ,
T16305 65765-65774 VBG denotes resulting
T16306 65775-65777 IN denotes in
T16307 65778-65779 DT denotes a
T16308 65782-65787 NN denotes value
T16309 65780-65781 NN denotes p
T16310 65788-65790 IN denotes of
T16311 65791-65792 NN denotes p
T16312 65799-65805 CD denotes 20,000
T16313 65793-65794 SYM denotes =
T16314 65795-65798 CD denotes 343
T16315 65798-65799 HYPH denotes /
T16316 65806-65807 SYM denotes =
T16317 65808-65813 CD denotes 0.017
T16318 65813-65814 . denotes .
T15859 63869-63885 VBG denotes counterbalancing
T3837 14499-14507 NN denotes addition
T3838 14507-14509 , denotes ,
T3839 14509-14511 IN denotes in
T3840 14512-14520 NN denotes contrast
T3841 14521-14523 IN denotes to
T3842 14524-14527 DT denotes the
T3843 14544-14553 NNS denotes knockouts
T3844 14528-14536 JJ denotes complete
T3845 14537-14541 NN denotes GluR
T3846 14542-14543 NN denotes B
T3847 14541-14542 HYPH denotes -
T3848 14553-14555 , denotes ,
T3849 14555-14559 NNS denotes mice
T3850 14560-14564 IN denotes with
T3851 14565-14574 NN denotes forebrain
T3852 14575-14583 JJ denotes specific
T3853 14574-14575 HYPH denotes -
T3854 14591-14600 NN denotes depletion
T3855 14584-14588 NN denotes GluR
T3856 14589-14590 NN denotes B
T3857 14588-14589 HYPH denotes -
T3858 14610-14616 JJ denotes normal
T3859 14617-14627 IN denotes throughout
T3860 14628-14632 NN denotes life
T3861 14633-14637 IN denotes with
T3862 14638-14640 DT denotes no
T3863 14655-14668 NNS denotes abnormalities
T3864 14641-14654 JJ denotes developmental
T3865 14668-14670 , denotes ,
T3866 14670-14672 CC denotes or
T3867 14673-14683 NN denotes difference
T3868 14684-14686 IN denotes in
T3869 14687-14691 NN denotes body
T3870 14692-14696 NN denotes size
T3871 14697-14700 CC denotes and
T3872 14701-14707 NN denotes weight
T3873 14708-14710 IN denotes in
T3874 14711-14720 NN denotes adulthood
T3875 14721-14722 -LRB- denotes (
T3876 14779-14781 CD denotes 10
T3877 14722-14726 JJ denotes wild
T4698 19665-19673 VBG denotes allowing
T3878 14727-14731 NN denotes type
T3879 14726-14727 HYPH denotes -
T3880 14738-14739 NN denotes g
T3881 14731-14733 : denotes :
T3882 14733-14737 CD denotes 31.0
T3883 14740-14741 SYM denotes ±
T3884 14742-14745 CD denotes 1.2
T3885 14745-14746 : denotes ;
T3886 14747-14751 NN denotes GluR
T3887 14752-14756 NN denotes BΔFB
T3888 14751-14752 HYPH denotes -
T3889 14765-14768 CD denotes 0.9
T3890 14756-14758 : denotes :
T3891 14758-14762 CD denotes 28.4
T3892 14763-14764 SYM denotes ±
T3893 14768-14769 : denotes ;
T3894 14770-14774 DT denotes each
T3895 14775-14776 NN denotes n
T3896 14777-14778 SYM denotes =
T3897 14781-14782 -RRB- denotes )
T3898 14782-14783 . denotes .
T3899 14783-14963 sentence denotes Exploratory activity in an open field task was slightly increased in GluR-BΔFB mice (3,480 cm ± 180, n = 11), compared with wild-type littermates (2,512 cm ± 96, n = 12, p <0.01).
T3900 14784-14795 JJ denotes Exploratory
T3901 14796-14804 NN denotes activity
T3902 14827-14830 VBD denotes was
T3903 14805-14807 IN denotes in
T3904 14808-14810 DT denotes an
T3905 14822-14826 NN denotes task
T3906 14811-14815 JJ denotes open
T3907 14816-14821 NN denotes field
T3908 14831-14839 RB denotes slightly
T3909 14840-14849 VBN denotes increased
T3910 14850-14852 IN denotes in
T3911 14853-14857 NN denotes GluR
T3912 14858-14862 NN denotes BΔFB
T3913 14857-14858 HYPH denotes -
T3914 14863-14867 NNS denotes mice
T3915 14868-14869 -LRB- denotes (
T3916 14875-14877 NN denotes cm
T3917 14869-14874 CD denotes 3,480
T3918 14878-14879 SYM denotes ±
T3919 14880-14883 CD denotes 180
T3920 14883-14885 , denotes ,
T3921 14885-14886 NN denotes n
T3922 14889-14891 CD denotes 11
T3923 14887-14888 SYM denotes =
T3924 14891-14892 -RRB- denotes )
T3925 14892-14894 , denotes ,
T3926 14894-14902 VBN denotes compared
T3927 14903-14907 IN denotes with
T3928 14908-14912 JJ denotes wild
T3929 14913-14917 NN denotes type
T3930 14912-14913 HYPH denotes -
T3931 14918-14929 NNS denotes littermates
T3932 14930-14931 -LRB- denotes (
T3933 14937-14939 NN denotes cm
T3934 14931-14936 CD denotes 2,512
T3935 14940-14941 SYM denotes ±
T3936 14942-14944 CD denotes 96
T3937 14944-14946 , denotes ,
T3938 14946-14947 NN denotes n
T3939 14950-14952 CD denotes 12
T3940 14948-14949 SYM denotes =
T3941 14957-14961 CD denotes 0.01
T3942 14952-14954 , denotes ,
T3943 14956-14957 SYM denotes <
T3944 14961-14962 -RRB- denotes )
T3945 14962-14963 . denotes .
T3946 14963-15130 sentence denotes Motor coordination measured in an accelerating rotarod was somewhat impaired in the mutant mice (wild-type: 156 s ± 37, n = 6; GluR-BΔFB: 37 s ± 10, n = 6; p < 0.05).
T3947 14964-14969 NN denotes Motor
T3948 14970-14982 NN denotes coordination
T3949 15032-15040 VBN denotes impaired
T3950 14983-14991 VBN denotes measured
T3951 14992-14994 IN denotes in
T3952 14995-14997 DT denotes an
T3953 15011-15018 NN denotes rotarod
T3954 14998-15010 VBG denotes accelerating
T3955 15019-15022 VBD denotes was
T3956 15023-15031 RB denotes somewhat
T3957 15041-15043 IN denotes in
T3958 15044-15047 DT denotes the
T3959 15055-15059 NNS denotes mice
T3960 15048-15054 NN denotes mutant
T3961 15060-15061 -LRB- denotes (
T3962 15124-15128 CD denotes 0.05
T3963 15061-15065 JJ denotes wild
T3964 15066-15070 NN denotes type
T3965 15065-15066 HYPH denotes -
T3966 15088-15089 CD denotes 6
T3967 15070-15072 : denotes :
T3968 15072-15075 CD denotes 156
T3969 15076-15077 NN denotes s
T3970 15078-15079 SYM denotes ±
T3971 15080-15082 CD denotes 37
T3972 15082-15084 , denotes ,
T3973 15084-15085 NN denotes n
T3974 15086-15087 SYM denotes =
T3975 15089-15090 : denotes ;
T3976 15091-15095 NN denotes GluR
T3977 15096-15100 NN denotes BΔFB
T3978 15095-15096 HYPH denotes -
T3979 15117-15118 CD denotes 6
T3980 15100-15102 : denotes :
T3981 15102-15104 CD denotes 37
T3982 15105-15106 NN denotes s
T3983 15107-15108 SYM denotes ±
T3984 15109-15111 CD denotes 10
T3985 15111-15113 , denotes ,
T3986 15113-15114 NN denotes n
T3987 15115-15116 SYM denotes =
T3988 15118-15119 : denotes ;
T3989 15120-15121 NN denotes p
T3990 15122-15123 SYM denotes <
T3991 15128-15129 -RRB- denotes )
T3992 15129-15130 . denotes .
T3993 15130-15457 sentence denotes Tests in the dark/light box revealed increased anxiety of GluR-BΔFB mice (latency of first exit: wild-type [17 s ± 3], GluR-BΔFB [97 s ± 42], p = 0.047; compartment changes: wild-type [17 s ± 3], GluR-BΔFB [7 ± 2], p < 0.05; time spent in lit compartment: wild-type [103 s ± 10], GluR-BΔFB [59 s ± 19], p = 0.051; each n = 6).
T3994 15131-15136 NNS denotes Tests
T4014 15213-15215 IN denotes of
T3995 15159-15167 VBD denotes revealed
T4042 15350-15354 CD denotes 0.05
T3996 15137-15139 IN denotes in
T3997 15140-15143 DT denotes the
T3998 15155-15158 NN denotes box
T3999 15144-15148 NN denotes dark
T4000 15149-15154 NN denotes light
T4001 15148-15149 HYPH denotes /
T4002 15250-15254 NN denotes GluR
T4003 15168-15177 VBN denotes increased
T4004 15178-15185 NN denotes anxiety
T4005 15186-15188 IN denotes of
T4006 15189-15193 NN denotes GluR
T4007 15194-15198 NN denotes BΔFB
T4008 15193-15194 HYPH denotes -
T4009 15199-15203 NNS denotes mice
T4010 15204-15205 -LRB- denotes (
T4011 15454-15455 CD denotes 6
T4012 15205-15212 NN denotes latency
T4013 15277-15282 CD denotes 0.047
T4015 15216-15221 JJ denotes first
T4016 15222-15226 NN denotes exit
T4017 15226-15228 : denotes :
T4018 15228-15232 JJ denotes wild
T4019 15233-15237 NN denotes type
T4020 15232-15233 HYPH denotes -
T4021 15242-15243 NN denotes s
T4022 15238-15239 -LRB- denotes [
T4023 15239-15241 CD denotes 17
T4024 15244-15245 SYM denotes ±
T4025 15246-15247 CD denotes 3
T4026 15247-15248 -RRB- denotes ]
T4027 15248-15250 , denotes ,
T4028 15255-15259 NN denotes BΔFB
T4029 15254-15255 HYPH denotes -
T4030 15264-15265 NN denotes s
T4031 15260-15261 -LRB- denotes [
T4032 15261-15263 CD denotes 97
T4033 15266-15267 SYM denotes ±
T4034 15268-15270 CD denotes 42
T4035 15270-15271 -RRB- denotes ]
T4036 15271-15273 , denotes ,
T4037 15273-15274 NN denotes p
T4038 15275-15276 SYM denotes =
T4039 15282-15283 : denotes ;
T4040 15284-15295 NN denotes compartment
T4041 15296-15303 NNS denotes changes
T4043 15303-15305 : denotes :
T4044 15305-15309 JJ denotes wild
T4045 15310-15314 NN denotes type
T4046 15309-15310 HYPH denotes -
T4047 15319-15320 NN denotes s
T4048 15315-15316 -LRB- denotes [
T4049 15316-15318 CD denotes 17
T4050 15321-15322 SYM denotes ±
T4051 15323-15324 CD denotes 3
T4052 15324-15325 -RRB- denotes ]
T4053 15325-15327 , denotes ,
T4054 15327-15331 NN denotes GluR
T4055 15332-15336 NN denotes BΔFB
T4056 15331-15332 HYPH denotes -
T4057 15342-15343 CD denotes 2
T4058 15337-15338 -LRB- denotes [
T4059 15354-15355 : denotes ;
T4060 15338-15339 CD denotes 7
T4061 15558-15566 NN denotes activity
T4062 15340-15341 SYM denotes ±
T4063 17075-17076 NN denotes B
T4064 17548-17549 '' denotes ”
T4065 15343-15344 -RRB- denotes ]
T4066 15344-15346 , denotes ,
T4067 15346-15347 NN denotes p
T4068 15348-15349 SYM denotes <
T4069 15356-15360 NN denotes time
T4070 15438-15443 CD denotes 0.051
T4071 15361-15366 VBN denotes spent
T4072 15367-15369 IN denotes in
T4073 15370-15373 VBN denotes lit
T4074 15374-15385 NN denotes compartment
T4075 15385-15387 : denotes :
T4076 15387-15391 JJ denotes wild
T4077 15392-15396 NN denotes type
T4078 15391-15392 HYPH denotes -
T4079 15402-15403 NN denotes s
T4080 15397-15398 -LRB- denotes [
T4081 15398-15401 CD denotes 103
T4082 15404-15405 SYM denotes ±
T4083 15406-15408 CD denotes 10
T4084 15408-15409 -RRB- denotes ]
T4085 15409-15411 , denotes ,
T4086 15411-15415 NN denotes GluR
T4087 15416-15420 NN denotes BΔFB
T4088 15415-15416 HYPH denotes -
T4089 15425-15426 NN denotes s
T4090 15421-15422 -LRB- denotes [
T4091 15422-15424 CD denotes 59
T4092 15427-15428 SYM denotes ±
T4093 15429-15431 CD denotes 19
T4094 15431-15432 -RRB- denotes ]
T4095 15432-15434 , denotes ,
T4096 15434-15435 NN denotes p
T4097 15436-15437 SYM denotes =
T4098 15443-15444 : denotes ;
T4099 15445-15449 DT denotes each
T4100 15450-15451 NN denotes n
T4101 15452-15453 SYM denotes =
T4102 15455-15456 -RRB- denotes )
T4103 15456-15457 . denotes .
T4104 15457-15682 sentence denotes Hence, unlike the complete GluR-B knockouts, GluR-BΔFB mice show only very minor changes in general activity and no sign of any major developmental disturbance, thus allowing detailed, quantitative behavioral investigations.
T4105 15458-15463 RB denotes Hence
T4106 15518-15522 VBP denotes show
T4107 15463-15465 , denotes ,
T4108 15465-15471 IN denotes unlike
T4109 15472-15475 DT denotes the
T4110 15492-15501 NNS denotes knockouts
T4111 15476-15484 JJ denotes complete
T4112 15485-15489 NN denotes GluR
T4113 15490-15491 NN denotes B
T4114 15489-15490 HYPH denotes -
T4115 15501-15503 , denotes ,
T4116 15503-15507 NN denotes GluR
T4117 15508-15512 NN denotes BΔFB
T4118 15507-15508 HYPH denotes -
T4119 15513-15517 NNS denotes mice
T4120 15523-15527 RB denotes only
T4121 15539-15546 NNS denotes changes
T4122 15528-15532 RB denotes very
T4123 15533-15538 JJ denotes minor
T4124 15547-15549 IN denotes in
T4125 15550-15557 JJ denotes general
T4126 15567-15570 CC denotes and
T4127 15571-15573 DT denotes no
T4128 15574-15578 NN denotes sign
T4129 15579-15581 IN denotes of
T4130 15582-15585 DT denotes any
T4131 15606-15617 NN denotes disturbance
T4132 15586-15591 JJ denotes major
T4133 15592-15605 JJ denotes developmental
T4134 15617-15619 , denotes ,
T4135 15619-15623 RB denotes thus
T4136 15624-15632 VBG denotes allowing
T4137 15633-15641 JJ denotes detailed
T4138 15667-15681 NNS denotes investigations
T4139 15641-15643 , denotes ,
T4140 15643-15655 JJ denotes quantitative
T4141 15656-15666 JJ denotes behavioral
T4142 15681-15682 . denotes .
T4143 15682-17297 sentence denotes Figure 2 Odor Learning and Discrimination Is Enhanced, but Odor Memory Is Reduced in GluR-BΔFB Mice (A) Schematic diagram depicting Cre-mediated ablation of loxP-flanked exon 11 of the GluR-B alleles. (B and C) Nine GluR-BΔFB (red) and nine GluRB2lox littermate controls (black) were trained for successive odor discrimination tasks on 1% AA versus 1% EB (400 trials), 0.4% Cin/0.6% Eu versus 0.6% Cin/0.4% Eu (400 trials) and 1% Pel versus 1% Val. GluR-BΔFB mice showed increased learning/discrimination compared with controls, both using the performance as measured by percentage of correct trials ([B]; group effect: F1,16 = 6.55, p < 0.05) or the discrimination index (C), that is the maximal difference of the sampling pattern (see Materials and Methods and Figure 1D–1F; F1,16 = 29.5, p < 10−4). (D) Sampling difference for the last 100 trials of the mixture discrimination task (indicated with a black arrow in [C]) for all 18 individual mice. Note that the GluR-BΔFB mice show a consistently larger sampling difference. (E) Olfactory memory performance for nine littermate controls (black) and nine GluR-BΔFB (red) mice. Olfactory memory was tested at the time indicated by the black bar in (C) by interleaving the Pel and Val trials with unrewarded AA and EB trials. AA, amylacetate; Cin, cineol; EB, ethylbutyrate; Eu, eugenol; Pel, pelargonic acid; Val, valeric acid. If the GluR-B/GluR-B(Q) switch-induced alterations in the Ca2+ permeability of the AMPA channels are linked to enhanced odor discrimination and learning, the depletion of the GluR-B subunit should lead to a similar phenotypic readout.
T4144 17063-17065 IN denotes If
T4145 17164-17170 VBN denotes linked
T4146 17066-17069 DT denotes the
T4147 17102-17113 NNS denotes alterations
T4148 17070-17074 NN denotes GluR
T4149 17074-17075 HYPH denotes -
T4214 17405-17407 DT denotes no
T4150 17076-17077 HYPH denotes /
T4151 17077-17081 NN denotes GluR
T4226 17465-17469 RB denotes even
T4152 17082-17083 NN denotes B
T4153 17081-17082 HYPH denotes -
T4154 17083-17084 -LRB- denotes (
T4155 17084-17085 NN denotes Q
T4156 17085-17086 -RRB- denotes )
T4157 17087-17093 NN denotes switch
T4158 17094-17101 VBN denotes induced
T4159 17093-17094 HYPH denotes -
T4160 17114-17116 IN denotes in
T4161 17117-17120 DT denotes the
T4162 17126-17138 NN denotes permeability
T4163 17121-17124 NN denotes Ca2
T4164 17124-17125 SYM denotes +
T4165 17139-17141 IN denotes of
T4166 17142-17145 DT denotes the
T4167 17151-17159 NNS denotes channels
T4168 17146-17150 NN denotes AMPA
T4169 17160-17163 VBP denotes are
T4170 17260-17264 VB denotes lead
T4171 17171-17173 IN denotes to
T4172 17174-17182 VBN denotes enhanced
T4173 17188-17202 NN denotes discrimination
T4174 17183-17187 NN denotes odor
T4175 17203-17206 CC denotes and
T4176 17207-17215 NN denotes learning
T4177 17215-17217 , denotes ,
T4178 17217-17220 DT denotes the
T4179 17221-17230 NN denotes depletion
T4180 17231-17233 IN denotes of
T4181 17234-17237 DT denotes the
T4182 17245-17252 NN denotes subunit
T4183 17238-17242 NN denotes GluR
T4184 17243-17244 NN denotes B
T4185 17242-17243 HYPH denotes -
T4186 17253-17259 MD denotes should
T4187 17265-17267 IN denotes to
T4188 17268-17269 DT denotes a
T4189 17289-17296 NN denotes readout
T4190 17270-17277 JJ denotes similar
T4191 17278-17288 JJ denotes phenotypic
T4192 17296-17297 . denotes .
T4193 17297-17455 sentence denotes We therefore trained nine GluR-BΔFB mice and nine littermate controls in the same automated associative go/no-go olfactory conditioning task described above.
T4194 17298-17300 PRP denotes We
T4195 17311-17318 VBD denotes trained
T4196 17301-17310 RB denotes therefore
T4197 17319-17323 CD denotes nine
T4198 17334-17338 NNS denotes mice
T4199 17324-17328 NN denotes GluR
T4200 17329-17333 NN denotes BΔFB
T4201 17328-17329 HYPH denotes -
T4202 17339-17342 CC denotes and
T4203 17343-17347 CD denotes nine
T4204 17359-17367 NNS denotes controls
T4205 17348-17358 NN denotes littermate
T4206 17368-17370 IN denotes in
T4207 17371-17374 DT denotes the
T4208 17434-17438 NN denotes task
T4209 17375-17379 JJ denotes same
T4210 17380-17389 VBN denotes automated
T4211 17390-17401 JJ denotes associative
T4212 17402-17404 NN denotes go
T4213 17404-17405 HYPH denotes /
T4215 17408-17410 NN denotes go
T4216 17407-17408 HYPH denotes -
T4217 17411-17420 JJ denotes olfactory
T4218 17421-17433 NN denotes conditioning
T4219 17439-17448 VBN denotes described
T4220 17449-17454 RB denotes above
T4221 17454-17455 . denotes .
T4222 17455-17606 sentence denotes To cover even small phenotypic changes in olfaction, we tested different odor pairs, “simple” monomolecular odors and “difficult” binary mixtures [3].
T4223 17456-17458 TO denotes To
T4224 17459-17464 VB denotes cover
T4225 17512-17518 VBD denotes tested
T4227 17487-17494 NNS denotes changes
T4228 17470-17475 JJ denotes small
T4229 17476-17486 JJ denotes phenotypic
T4230 17495-17497 IN denotes in
T4231 17498-17507 NN denotes olfaction
T4232 17507-17509 , denotes ,
T4233 17509-17511 PRP denotes we
T4234 17519-17528 JJ denotes different
T4235 17534-17539 NNS denotes pairs
T4236 17529-17533 NN denotes odor
T4237 17539-17541 , denotes ,
T4238 17541-17542 `` denotes “
T4239 17564-17569 NNS denotes odors
T4240 17542-17548 JJ denotes simple
T4241 17550-17563 JJ denotes monomolecular
T4242 17570-17573 CC denotes and
T4243 17574-17575 `` denotes “
T4244 17593-17601 NNS denotes mixtures
T4245 17575-17584 JJ denotes difficult
T4246 17584-17585 '' denotes ”
T4247 17586-17592 JJ denotes binary
T4248 17602-17603 -LRB- denotes [
T4249 17603-17604 CD denotes 3
T4250 17604-17605 -RRB- denotes ]
T4251 17605-17606 . denotes .
T4252 17606-17991 sentence denotes After habituation, GluR-BΔFB and control mice were trained to discriminate between the “simple” monomolecular odors amylacetate and ethylbutyrate, and subsequently additionally on a “difficult” discrimination task consisting of similar binary mixtures of cineol and eugenol; and finally again on a “simple” discrimination task with the monomolecular odors pelargonic and valeric acid.
T4253 17607-17612 IN denotes After
T4254 17658-17665 VBN denotes trained
T4255 17613-17624 NN denotes habituation
T4256 17624-17626 , denotes ,
T4257 17626-17630 NN denotes GluR
T4258 17631-17635 NN denotes BΔFB
T4259 17630-17631 HYPH denotes -
T4260 17648-17652 NNS denotes mice
T4261 17636-17639 CC denotes and
T4262 17640-17647 NN denotes control
T4263 17653-17657 VBD denotes were
T4264 17666-17668 TO denotes to
T4265 17669-17681 VB denotes discriminate
T4266 17682-17689 IN denotes between
T4267 17690-17693 DT denotes the
T4268 17717-17722 NNS denotes odors
T4269 17694-17695 `` denotes “
T4270 17695-17701 JJ denotes simple
T4271 17701-17702 '' denotes ”
T4272 17703-17716 JJ denotes monomolecular
T4273 17723-17734 NN denotes amylacetate
T4274 17735-17738 CC denotes and
T4275 17739-17752 NN denotes ethylbutyrate
T4276 17752-17754 , denotes ,
T4277 17754-17757 CC denotes and
T4278 17758-17770 RB denotes subsequently
T4279 17784-17786 IN denotes on
T4280 17771-17783 RB denotes additionally
T4281 17787-17788 DT denotes a
T4282 17816-17820 NN denotes task
T4283 17789-17790 `` denotes “
T4284 17790-17799 JJ denotes difficult
T4285 17799-17800 '' denotes ”
T4286 17801-17815 NN denotes discrimination
T4287 17821-17831 VBG denotes consisting
T4288 17832-17834 IN denotes of
T4289 17835-17842 JJ denotes similar
T4290 17850-17858 NNS denotes mixtures
T4291 17843-17849 JJ denotes binary
T4292 17859-17861 IN denotes of
T4293 17862-17868 NN denotes cineol
T4294 17869-17872 CC denotes and
T4295 17873-17880 NN denotes eugenol
T4296 17880-17881 : denotes ;
T4297 17882-17885 CC denotes and
T4298 17886-17893 RB denotes finally
T4299 17900-17902 IN denotes on
T4300 17894-17899 RB denotes again
T4301 17903-17904 DT denotes a
T4302 17929-17933 NN denotes task
T4303 17905-17906 `` denotes “
T4304 17906-17912 JJ denotes simple
T4305 17912-17913 '' denotes ”
T4306 17914-17928 NN denotes discrimination
T4307 17934-17938 IN denotes with
T4308 17939-17942 DT denotes the
T4309 17957-17962 NNS denotes odors
T4310 17943-17956 JJ denotes monomolecular
T4311 17963-17973 JJ denotes pelargonic
T4312 17986-17990 NN denotes acid
T4313 17974-17977 CC denotes and
T4314 17978-17985 JJ denotes valeric
T4315 17990-17991 . denotes .
T4316 17991-18157 sentence denotes Similar to GluR-BΔECS:FB, GluR-BΔFB mice also showed enhanced learning and discrimination compared with controls (Figure 2B; group effect: F(1,16) = 6.55; p < 0.05).
T4317 17992-17999 JJ denotes Similar
T4318 18038-18044 VBD denotes showed
T4319 18000-18002 IN denotes to
T4320 18003-18007 NN denotes GluR
T4321 18008-18013 NN denotes BΔECS
T4322 18007-18008 HYPH denotes -
T4323 18013-18014 : denotes :
T4324 18014-18016 NN denotes FB
T4325 18016-18018 , denotes ,
T4326 18018-18022 NN denotes GluR
T4327 18023-18027 NN denotes BΔFB
T4328 18022-18023 HYPH denotes -
T4329 18028-18032 NNS denotes mice
T4330 18033-18037 RB denotes also
T4331 18045-18053 VBN denotes enhanced
T4332 18054-18062 NN denotes learning
T4333 18063-18066 CC denotes and
T4334 18067-18081 NN denotes discrimination
T4335 18082-18090 VBN denotes compared
T4336 18091-18095 IN denotes with
T4337 18096-18104 NNS denotes controls
T4338 18105-18106 -LRB- denotes (
T4339 18113-18115 NN denotes 2B
T4340 18106-18112 NN denotes Figure
T4341 18115-18116 : denotes ;
T4342 18117-18122 NN denotes group
T4343 18123-18129 NN denotes effect
T4344 18151-18155 CD denotes 0.05
T4345 18129-18131 : denotes :
T4346 18131-18132 NN denotes F
T4347 18141-18145 CD denotes 6.55
T4348 18132-18133 -LRB- denotes (
T4349 18133-18134 CD denotes 1
T4350 18134-18135 , denotes ,
T4351 18135-18137 CD denotes 16
T4352 18137-18138 -RRB- denotes )
T4353 18139-18140 SYM denotes =
T4354 18145-18146 : denotes ;
T4355 18147-18148 NN denotes p
T4356 18149-18150 SYM denotes <
T4357 18155-18156 -RRB- denotes )
T4358 18156-18157 . denotes .
T4359 18157-18393 sentence denotes Increased discrimination performance is expected to show more pronounced effects for closely related odors because of the more challenging “difficult” discrimination task that is closer to the psychophysical limits of the system [3,4].
T4360 18158-18167 VBN denotes Increased
T4361 18183-18194 NN denotes performance
T4362 18168-18182 NN denotes discrimination
T4363 18198-18206 VBN denotes expected
T4364 18195-18197 VBZ denotes is
T4365 18207-18209 TO denotes to
T4366 18210-18214 VB denotes show
T4367 18215-18219 RBR denotes more
T4368 18220-18230 JJ denotes pronounced
T4369 18231-18238 NNS denotes effects
T4370 18239-18242 IN denotes for
T4371 18243-18250 RB denotes closely
T4372 18251-18258 JJ denotes related
T4373 18259-18264 NNS denotes odors
T4374 18265-18272 IN denotes because
T4375 18273-18275 IN denotes of
T4376 18276-18279 DT denotes the
T4377 18324-18328 NN denotes task
T4378 18280-18284 RBR denotes more
T4379 18285-18296 JJ denotes challenging
T4380 18297-18298 `` denotes “
T4381 18298-18307 JJ denotes difficult
T4382 18307-18308 '' denotes ”
T4383 18309-18323 NN denotes discrimination
T4384 18329-18333 WDT denotes that
T4385 18334-18336 VBZ denotes is
T4386 18337-18343 JJR denotes closer
T4387 18344-18346 IN denotes to
T4388 18347-18350 DT denotes the
T4389 18366-18372 NNS denotes limits
T4390 18351-18365 JJ denotes psychophysical
T4391 18373-18375 IN denotes of
T4392 18376-18379 DT denotes the
T4393 18380-18386 NN denotes system
T4394 18387-18388 -LRB- denotes [
T4395 18390-18391 CD denotes 4
T4396 18388-18389 CD denotes 3
T4397 18389-18390 , denotes ,
T4398 18391-18392 -RRB- denotes ]
T4399 18392-18393 . denotes .
T4400 18393-18911 sentence denotes Consistent with this notion, differences between GluR-BΔFB and control mice were not only larger if the detailed sampling pattern and discrimination index were investigated (Figure 2C and 2D, group effect: F(1,16) = 29.5; p < 10−4), but in particular for the discrimination of binary mixtures with similar composition (group effect: F(1,16) = 27.8; p < 10−4 for the mixture; FAA EB(1,16) = 7.0; p = 0.02, and FPel Val(1,16) = 5.8; p = 0.03 for the “simple” discrimination tasks; 3-way ANOVA: F(6,96) = 2.9; p = 0.01).
T4401 18394-18404 JJ denotes Consistent
T4402 18470-18474 VBD denotes were
T4403 18405-18409 IN denotes with
T4404 18410-18414 DT denotes this
T4405 18415-18421 NN denotes notion
T4406 18421-18423 , denotes ,
T4407 18423-18434 NNS denotes differences
T4408 18435-18442 IN denotes between
T4409 18443-18447 NN denotes GluR
T4410 18448-18452 NN denotes BΔFB
T4411 18447-18448 HYPH denotes -
T4412 18465-18469 NNS denotes mice
T4413 18453-18456 CC denotes and
T4414 18457-18464 NN denotes control
T4415 18905-18909 CD denotes 0.01
T4416 18475-18478 RB denotes not
T4417 18484-18490 JJR denotes larger
T4418 18479-18483 RB denotes only
T4419 18491-18493 IN denotes if
T4420 18554-18566 VBN denotes investigated
T4421 18494-18497 DT denotes the
T4422 18516-18523 NN denotes pattern
T4423 18498-18506 JJ denotes detailed
T4424 18507-18515 NN denotes sampling
T4425 18524-18527 CC denotes and
T4426 18528-18542 NN denotes discrimination
T4427 18543-18548 NN denotes index
T4428 18549-18553 VBD denotes were
T4429 18567-18568 -LRB- denotes (
T4430 18575-18577 NN denotes 2C
T4431 18568-18574 NN denotes Figure
T4432 18578-18581 CC denotes and
T4433 18582-18584 NN denotes 2D
T4434 18584-18586 , denotes ,
T4435 18586-18591 NN denotes group
T4436 18592-18598 NN denotes effect
T4437 18623-18624 CD denotes 4
T4438 18598-18600 : denotes :
T4439 18600-18601 NN denotes F
T4440 18610-18614 CD denotes 29.5
T4441 18601-18602 -LRB- denotes (
T4442 18602-18603 CD denotes 1
T4443 19547-19550 RB denotes not
T4444 18603-18604 , denotes ,
T4445 19694-19697 DT denotes the
T4446 19966-19969 CC denotes and
T4447 18604-18606 CD denotes 16
T654 3179-3180 -RRB- denotes )
T4448 18606-18607 -RRB- denotes )
T4449 18608-18609 SYM denotes =
T4450 18614-18615 : denotes ;
T4451 18616-18617 NN denotes p
T4452 18618-18619 SYM denotes <
T4453 18620-18622 CD denotes 10
T4454 18622-18623 SYM denotes −
T4455 18624-18625 -RRB- denotes )
T4456 18625-18627 , denotes ,
T4457 18627-18630 CC denotes but
T4458 18631-18633 IN denotes in
T4459 18645-18648 IN denotes for
T4460 18634-18644 JJ denotes particular
T4461 18649-18652 DT denotes the
T4462 18653-18667 NN denotes discrimination
T4463 18668-18670 IN denotes of
T4464 18671-18677 JJ denotes binary
T4465 18678-18686 NNS denotes mixtures
T4466 18687-18691 IN denotes with
T4467 18692-18699 JJ denotes similar
T4468 18700-18711 NN denotes composition
T4469 18712-18713 -LRB- denotes (
T4470 18750-18751 CD denotes 4
T4471 18713-18718 NN denotes group
T4472 18719-18725 NN denotes effect
T4473 18737-18741 CD denotes 27.8
T4474 18725-18727 : denotes :
T4475 18727-18728 NN denotes F
T4476 18728-18729 -LRB- denotes (
T4477 18729-18730 CD denotes 1
T4478 18730-18731 , denotes ,
T4479 18731-18733 CD denotes 16
T4480 18733-18734 -RRB- denotes )
T4481 18735-18736 SYM denotes =
T4482 18741-18742 : denotes ;
T4483 18743-18744 NN denotes p
T4484 18745-18746 SYM denotes <
T4485 18747-18749 CD denotes 10
T4486 18749-18750 SYM denotes −
T4487 18752-18755 IN denotes for
T4488 18756-18759 DT denotes the
T4489 18760-18767 NN denotes mixture
T4490 18767-18768 : denotes ;
T4491 18769-18772 NN denotes FAA
T4492 18773-18775 NN denotes EB
T4493 18784-18787 CD denotes 7.0
T4494 18775-18776 -LRB- denotes (
T4495 18776-18777 CD denotes 1
T4496 18777-18778 , denotes ,
T4497 18778-18780 CD denotes 16
T4498 18780-18781 -RRB- denotes )
T4499 18782-18783 SYM denotes =
T4500 18787-18788 : denotes ;
T4501 18789-18790 NN denotes p
T4502 18793-18797 CD denotes 0.02
T4503 18791-18792 SYM denotes =
T4504 18797-18799 , denotes ,
T4505 18799-18802 CC denotes and
T4506 18803-18807 NN denotes FPel
T4507 18808-18811 NN denotes Val
T4508 18820-18823 CD denotes 5.8
T4509 18811-18812 -LRB- denotes (
T4510 18812-18813 CD denotes 1
T4511 18813-18814 , denotes ,
T4512 18814-18816 CD denotes 16
T4513 18816-18817 -RRB- denotes )
T4514 18818-18819 SYM denotes =
T4515 18823-18824 : denotes ;
T4516 18825-18826 NN denotes p
T4526 18871-18872 : denotes ;
T4517 18829-18833 CD denotes 0.03
T4518 18827-18828 SYM denotes =
T4519 18834-18837 IN denotes for
T4520 18838-18841 DT denotes the
T4521 18866-18871 NNS denotes tasks
T4522 18842-18843 `` denotes “
T4523 18843-18849 JJ denotes simple
T4524 18849-18850 '' denotes ”
T4525 18851-18865 NN denotes discrimination
T4527 18873-18874 CD denotes 3
T4528 18875-18878 NN denotes way
T4529 18874-18875 HYPH denotes -
T4530 18879-18884 NN denotes ANOVA
T4547 18962-18965 VBD denotes was
T4531 18896-18899 CD denotes 2.9
T4532 18884-18886 : denotes :
T4533 18886-18887 NN denotes F
T4534 18887-18888 -LRB- denotes (
T4535 18888-18889 CD denotes 6
T4536 18889-18890 , denotes ,
T4537 18890-18892 CD denotes 96
T4538 18892-18893 -RRB- denotes )
T4539 18894-18895 SYM denotes =
T4540 18899-18900 : denotes ;
T4541 18901-18902 NN denotes p
T4542 18903-18904 SYM denotes =
T4543 18909-18910 -RRB- denotes )
T4544 18910-18911 . denotes .
T4545 18911-19356 sentence denotes As activity, measured by the intertrial interval, was not significantly different between genotypes (F(1,16) = 3.1; p = 0.1), and analysis of the lick frequency showed a tendency to reduced motivation of GluR-BΔFB mice in this particular task (F(1,16) = 9.2; p < 0.01), we conclude that depletion of GluR-B in forebrain areas indeed resulted in increased olfactory learning and discrimination performances, rather than motivational alterations.
T4546 18912-18914 IN denotes As
T4548 18915-18923 NN denotes activity
T4549 18923-18925 , denotes ,
T4550 18925-18933 VBN denotes measured
T4551 18934-18936 IN denotes by
T4552 18937-18940 DT denotes the
T4553 18952-18960 NN denotes interval
T4554 18941-18951 JJ denotes intertrial
T4555 18960-18962 , denotes ,
T4556 19185-19193 VBP denotes conclude
T4557 18966-18969 RB denotes not
T4558 18970-18983 RB denotes significantly
T4559 18984-18993 JJ denotes different
T4560 18994-19001 IN denotes between
T4561 19002-19011 NNS denotes genotypes
T4562 19012-19013 -LRB- denotes (
T4563 19032-19035 CD denotes 0.1
T4564 19013-19014 NN denotes F
T4565 19023-19026 CD denotes 3.1
T4566 19014-19015 -LRB- denotes (
T4567 19015-19016 CD denotes 1
T4568 19016-19017 , denotes ,
T4569 19017-19019 CD denotes 16
T4570 19019-19020 -RRB- denotes )
T4571 19021-19022 SYM denotes =
T4572 19026-19027 : denotes ;
T4573 19028-19029 NN denotes p
T4574 19030-19031 SYM denotes =
T4575 19035-19036 -RRB- denotes )
T4576 19036-19038 , denotes ,
T4577 19038-19041 CC denotes and
T4578 19042-19050 NN denotes analysis
T4579 19073-19079 VBD denotes showed
T4580 19051-19053 IN denotes of
T4581 19054-19057 DT denotes the
T4582 19063-19072 NN denotes frequency
T4583 19058-19062 NN denotes lick
T4584 19080-19081 DT denotes a
T4585 19082-19090 NN denotes tendency
T4586 19091-19093 IN denotes to
T4587 19094-19101 VBN denotes reduced
T4588 19102-19112 NN denotes motivation
T4589 19113-19115 IN denotes of
T4590 19116-19120 NN denotes GluR
T4591 19121-19125 NN denotes BΔFB
T4592 19120-19121 HYPH denotes -
T4593 19126-19130 NNS denotes mice
T4594 19131-19133 IN denotes in
T4595 19134-19138 DT denotes this
T4596 19150-19154 NN denotes task
T4597 19139-19149 JJ denotes particular
T4598 19155-19156 -LRB- denotes (
T4613 19182-19184 PRP denotes we
T4599 19175-19179 CD denotes 0.01
T4600 19156-19157 NN denotes F
T4601 19166-19169 CD denotes 9.2
T4602 19157-19158 -LRB- denotes (
T4603 19158-19159 CD denotes 1
T4604 19159-19160 , denotes ,
T4605 19160-19162 CD denotes 16
T4606 19162-19163 -RRB- denotes )
T4607 19164-19165 SYM denotes =
T4608 19169-19170 : denotes ;
T4609 19171-19172 NN denotes p
T4610 19173-19174 SYM denotes <
T4611 19179-19180 -RRB- denotes )
T4612 19180-19182 , denotes ,
T4614 19194-19198 IN denotes that
T4615 19245-19253 VBD denotes resulted
T4618 19212-19216 NN denotes GluR
T4616 19199-19208 NN denotes depletion
T4617 19209-19211 IN denotes of
T4619 19217-19218 NN denotes B
T4620 19216-19217 HYPH denotes -
T4621 19219-19221 IN denotes in
T4622 19222-19231 NN denotes forebrain
T4623 19232-19237 NNS denotes areas
T4624 19238-19244 RB denotes indeed
T4625 19254-19256 IN denotes in
T4626 19257-19266 VBN denotes increased
T4627 19305-19317 NNS denotes performances
T4628 19267-19276 JJ denotes olfactory
T4629 19277-19285 NN denotes learning
T4630 19286-19289 CC denotes and
T4631 19290-19304 NN denotes discrimination
T4632 19317-19319 , denotes ,
T4633 19319-19325 RB denotes rather
T4634 19326-19330 IN denotes than
T4635 19331-19343 JJ denotes motivational
T4636 19344-19355 NNS denotes alterations
T4637 19355-19356 . denotes .
T4638 19356-19517 sentence denotes To assess olfaction specificity, we trained ten GluR-BΔFB mice and ten controls in a nonolfactory hippocampus-dependent spatial learning task (elevated Y-maze).
T4639 19357-19359 TO denotes To
T4640 19360-19366 VB denotes assess
T4641 19393-19400 VBD denotes trained
T4642 19367-19376 NN denotes olfaction
T4643 19377-19388 NN denotes specificity
T4644 19388-19390 , denotes ,
T4645 19390-19392 PRP denotes we
T4646 19401-19404 CD denotes ten
T4647 19415-19419 NNS denotes mice
T4648 19405-19409 NN denotes GluR
T4649 19410-19414 NN denotes BΔFB
T4650 19409-19410 HYPH denotes -
T4651 19420-19423 CC denotes and
T4652 19424-19427 CD denotes ten
T4653 19428-19436 NNS denotes controls
T4654 19437-19439 IN denotes in
T4655 19440-19441 DT denotes a
T4656 19494-19498 NN denotes task
T4657 19442-19454 JJ denotes nonolfactory
T4658 19455-19466 NN denotes hippocampus
T4659 19467-19476 JJ denotes dependent
T4660 19466-19467 HYPH denotes -
T4661 19477-19484 JJ denotes spatial
T4662 19485-19493 NN denotes learning
T4663 19499-19500 -LRB- denotes (
T4664 19511-19515 NN denotes maze
T4665 19500-19508 VBN denotes elevated
T4666 19509-19510 NN denotes Y
T4667 19510-19511 HYPH denotes -
T4668 19515-19516 -RRB- denotes )
T4669 19516-19517 . denotes .
T4670 19517-19895 sentence denotes Performance in this task was not improved compared with controls (Figure S2); on the contrary, the acquisition of this task was slightly impaired, allowing the conclusion that the enhanced olfactory discrimination performance is likely to be specific to the sense of smell and possibly related to enhanced discrimination capability, rather than a general increase in alertness.
T4671 19518-19529 NN denotes Performance
T4672 19551-19559 VBN denotes improved
T4673 19530-19532 IN denotes in
T4674 19533-19537 DT denotes this
T4675 19538-19542 NN denotes task
T4676 19543-19546 VBD denotes was
T4677 19655-19663 VBN denotes impaired
T4678 19560-19568 VBN denotes compared
T4679 19569-19573 IN denotes with
T4680 19574-19582 NNS denotes controls
T4681 19583-19584 -LRB- denotes (
T4682 19591-19593 NN denotes S2
T4683 19584-19590 NN denotes Figure
T4684 19593-19594 -RRB- denotes )
T4685 19594-19595 : denotes ;
T4686 19596-19598 IN denotes on
T4687 19599-19602 DT denotes the
T4688 19603-19611 NN denotes contrary
T4689 19611-19613 , denotes ,
T4690 19613-19616 DT denotes the
T4691 19617-19628 NN denotes acquisition
T4692 19629-19631 IN denotes of
T4693 19632-19636 DT denotes this
T4694 19637-19641 NN denotes task
T4695 19642-19645 VBD denotes was
T4696 19646-19654 RB denotes slightly
T4697 19663-19665 , denotes ,
T4699 19674-19677 DT denotes the
T4700 19678-19688 NN denotes conclusion
T4701 19689-19693 IN denotes that
T4702 19744-19746 VBZ denotes is
T4703 19732-19743 NN denotes performance
T4704 19698-19706 VBN denotes enhanced
T4705 19707-19716 JJ denotes olfactory
T4706 19717-19731 NN denotes discrimination
T4707 19747-19753 JJ denotes likely
T4708 19754-19756 TO denotes to
T4709 19757-19759 VB denotes be
T4710 19760-19768 JJ denotes specific
T4711 19769-19771 IN denotes to
T4712 19772-19775 DT denotes the
T4713 19776-19781 NN denotes sense
T4714 19782-19784 IN denotes of
T4715 19785-19790 NN denotes smell
T4716 19791-19794 CC denotes and
T4717 19795-19803 RB denotes possibly
T4718 19804-19811 JJ denotes related
T4719 19812-19814 IN denotes to
T4720 19815-19823 VBN denotes enhanced
T4721 19839-19849 NN denotes capability
T4722 19824-19838 NN denotes discrimination
T4723 19849-19851 , denotes ,
T4724 19851-19857 RB denotes rather
T4725 19858-19862 IN denotes than
T4726 19863-19864 DT denotes a
T4727 19873-19881 NN denotes increase
T4728 19865-19872 JJ denotes general
T4729 19882-19884 IN denotes in
T4730 19885-19894 NN denotes alertness
T4731 19894-19895 . denotes .
T4732 19895-20205 sentence denotes Furthermore, enhancement in odor discrimination in both GluR-BΔECS:FB and GluR-BΔFB mice makes it likely that improvement in this task results from the common AMPAR property change mediated by the depletion of GluR-B and the lack of the Q/R site-edited GluR-B subunit, both resulting in Ca2+-permeable AMPARs.
T4733 19896-19907 RB denotes Furthermore
T4734 19985-19990 VBZ denotes makes
T4735 19907-19909 , denotes ,
T4736 19909-19920 NN denotes enhancement
T4737 19921-19923 IN denotes in
T4738 19924-19928 NN denotes odor
T4739 19929-19943 NN denotes discrimination
T4740 19944-19946 IN denotes in
T4741 19947-19951 CC denotes both
T4742 19957-19962 NN denotes BΔECS
T4743 19952-19956 NN denotes GluR
T4744 19956-19957 HYPH denotes -
T4745 19980-19984 NNS denotes mice
T4746 19962-19963 : denotes :
T4747 19963-19965 NN denotes FB
T4748 19970-19974 NN denotes GluR
T4749 19975-19979 NN denotes BΔFB
T4750 19974-19975 HYPH denotes -
T4751 19991-19993 PRP denotes it
T4752 19994-20000 JJ denotes likely
T4753 20001-20005 IN denotes that
T4754 20031-20038 VBZ denotes results
T4755 20006-20017 NN denotes improvement
T4756 20018-20020 IN denotes in
T4757 20021-20025 DT denotes this
T4758 20026-20030 NN denotes task
T4759 20039-20043 IN denotes from
T4760 20044-20047 DT denotes the
T4761 20070-20076 NN denotes change
T4762 20048-20054 JJ denotes common
T4763 20055-20060 NN denotes AMPAR
T4764 20061-20069 NN denotes property
T4765 20077-20085 VBN denotes mediated
T4766 20086-20088 IN denotes by
T4767 20089-20092 DT denotes the
T4768 20093-20102 NN denotes depletion
T4769 20103-20105 IN denotes of
T4770 20106-20110 NN denotes GluR
T4771 20111-20112 NN denotes B
T4772 20110-20111 HYPH denotes -
T4773 20113-20116 CC denotes and
T4774 20117-20120 DT denotes the
T4775 20121-20125 NN denotes lack
T4776 20126-20128 IN denotes of
T4777 20129-20132 DT denotes the
T663 1667-1670 IN denotes for
T4778 20156-20163 NN denotes subunit
T4779 20133-20134 NN denotes Q
T4780 20135-20136 NN denotes R
T4781 20134-20135 HYPH denotes /
T4782 20137-20141 NN denotes site
T4783 20142-20148 VBN denotes edited
T4784 20141-20142 HYPH denotes -
T4785 20149-20153 NN denotes GluR
T4786 20154-20155 NN denotes B
T4787 20153-20154 HYPH denotes -
T4788 20163-20165 , denotes ,
T4789 20165-20169 DT denotes both
T4790 20170-20179 VBG denotes resulting
T4791 20180-20182 IN denotes in
T4792 20183-20186 NN denotes Ca2
T4793 20188-20197 JJ denotes permeable
T4794 20186-20187 SYM denotes +
T4795 20187-20188 HYPH denotes -
T4796 20198-20204 NNS denotes AMPARs
T4797 20204-20205 . denotes .
T4798 20205-20320 sentence denotes Thus, this suggests that increased Ca2+ influx via AMPARs leads to enhanced olfactory learning and discrimination.
T4799 20206-20210 RB denotes Thus
T4800 20217-20225 VBZ denotes suggests
T4801 20210-20212 , denotes ,
T4802 20212-20216 DT denotes this
T4803 20226-20230 IN denotes that
T4804 20264-20269 VBZ denotes leads
T4805 20231-20240 VBN denotes increased
T4806 20246-20252 NN denotes influx
T4807 20241-20244 NN denotes Ca2
T4808 20244-20245 SYM denotes +
T4809 20253-20256 IN denotes via
T4810 20257-20263 NNS denotes AMPARs
T4811 20270-20272 IN denotes to
T4812 20273-20281 VBN denotes enhanced
T4813 20292-20300 NN denotes learning
T4814 20282-20291 JJ denotes olfactory
T4815 20301-20304 CC denotes and
T4816 20305-20319 NN denotes discrimination
T4817 20319-20320 . denotes .
T655 1621-1624 DT denotes The
T656 1625-1630 NN denotes sense
T657 1640-1642 VBZ denotes is
T658 1631-1633 IN denotes of
T659 1634-1639 NN denotes smell
T660 1643-1645 IN denotes of
T661 1646-1655 JJ denotes paramount
T662 1656-1666 NN denotes importance
T664 1671-1678 NNS denotes rodents
T665 1679-1680 -LRB- denotes [
T666 1680-1681 CD denotes 1
T667 1681-1682 -RRB- denotes ]
T668 1682-1684 , denotes ,
T669 1684-1687 IN denotes for
T670 1754-1761 VBZ denotes permits
T671 1688-1693 WDT denotes which
T672 1694-1699 JJ denotes rapid
T673 1705-1719 NN denotes discrimination
T674 1700-1704 NN denotes odor
T675 1720-1723 CC denotes and
T676 1724-1728 RB denotes long
T684 1784-1787 CC denotes and
T677 1729-1736 VBG denotes lasting
T678 1728-1729 HYPH denotes -
T679 1747-1753 NN denotes memory
T680 1737-1746 JJ denotes olfactory
T681 1762-1771 NNS denotes responses
T682 1772-1774 IN denotes to
T683 1775-1783 NN denotes predator
T685 1788-1792 NN denotes prey
T686 1793-1801 JJ denotes critical
T687 1802-1805 IN denotes for
T688 1806-1814 NN denotes survival
T689 1814-1815 . denotes .
T690 1815-1943 sentence denotes Consequently, the behavioral analyses of olfactory capabilities in rodents are efficient, quantitative, and reproducible [2–4].
T691 1816-1828 RB denotes Consequently
T692 1891-1894 VBP denotes are
T693 1828-1830 , denotes ,
T694 1830-1833 DT denotes the
T695 1845-1853 NNS denotes analyses
T696 1834-1844 JJ denotes behavioral
T697 1854-1856 IN denotes of
T698 1857-1866 JJ denotes olfactory
T699 1867-1879 NNS denotes capabilities
T700 1880-1882 IN denotes in
T701 1883-1890 NNS denotes rodents
T702 1895-1904 JJ denotes efficient
T703 1904-1906 , denotes ,
T704 1906-1918 JJ denotes quantitative
T705 1918-1920 , denotes ,
T706 1920-1923 CC denotes and
T707 1924-1936 JJ denotes reproducible
T708 1937-1938 -LRB- denotes [
T709 1938-1939 CD denotes 2
T710 1939-1940 SYM denotes –
T711 1940-1941 CD denotes 4
T712 1941-1942 -RRB- denotes ]
T713 1942-1943 . denotes .
T714 1943-2165 sentence denotes While in the formation and storage of olfactory memory piriform cortex [5–7], hippocampus [8,9], and olfactory bulb [10–12] are all implicated, the cellular correlates for these processes have not been clearly delineated.
T715 1944-1949 IN denotes While
T716 2076-2086 VBN denotes implicated
T717 1950-1952 IN denotes in
T718 1953-1956 DT denotes the
T719 1957-1966 NN denotes formation
T720 1967-1970 CC denotes and
T721 1971-1978 NN denotes storage
T722 1979-1981 IN denotes of
T723 1982-1991 JJ denotes olfactory
T724 1992-1998 NN denotes memory
T729 2017-2018 SYM denotes –
T725 1999-2007 JJ denotes piriform
T726 2008-2014 NN denotes cortex
T727 2015-2016 -LRB- denotes [
T728 2016-2017 CD denotes 5
T730 2018-2019 CD denotes 7
T731 2019-2020 -RRB- denotes ]
T732 2020-2022 , denotes ,
T733 2022-2033 NN denotes hippocampus
T734 2034-2035 -LRB- denotes [
T735 2037-2038 CD denotes 9
T736 2035-2036 CD denotes 8
T737 2036-2037 , denotes ,
T738 2038-2039 -RRB- denotes ]
T739 2039-2041 , denotes ,
T740 2041-2044 CC denotes and
T741 2045-2054 JJ denotes olfactory
T742 2055-2059 NN denotes bulb
T743 2060-2061 -LRB- denotes [
T744 2061-2063 CD denotes 10
T745 2063-2064 SYM denotes –
T746 2064-2066 CD denotes 12
T747 2066-2067 -RRB- denotes ]
T748 2068-2071 VBP denotes are
T749 2072-2075 RB denotes all
T756 2116-2121 DT denotes these
T750 2154-2164 VBN denotes delineated
T751 2086-2088 , denotes ,
T752 2088-2091 DT denotes the
T753 2101-2111 NNS denotes correlates
T754 2092-2100 JJ denotes cellular
T755 2112-2115 IN denotes for
T757 2122-2131 NNS denotes processes
T758 2132-2136 VBP denotes have
T759 2137-2140 RB denotes not
T760 2141-2145 VBN denotes been
T761 2146-2153 RB denotes clearly
T762 2164-2165 . denotes .
T763 2165-2332 sentence denotes The contribution of the hippocampus to olfactory memory is presently controversial [2,13–18], but is deemed unlikely for simple olfactory discrimination tasks [9,19].
T764 2166-2169 DT denotes The
T765 2170-2182 NN denotes contribution
T766 2222-2224 VBZ denotes is
T767 2183-2185 IN denotes of
T768 2186-2189 DT denotes the
T769 2190-2201 NN denotes hippocampus
T770 2202-2204 IN denotes to
T771 2205-2214 JJ denotes olfactory
T772 2215-2221 NN denotes memory
T773 2225-2234 RB denotes presently
T774 2235-2248 JJ denotes controversial
T775 2249-2250 -LRB- denotes [
T776 2250-2251 CD denotes 2
T777 2251-2252 , denotes ,
T778 2252-2254 CD denotes 13
T779 2254-2255 SYM denotes –
T780 2255-2257 CD denotes 18
T781 2257-2258 -RRB- denotes ]
T782 2258-2260 , denotes ,
T783 2260-2263 CC denotes but
T784 2264-2266 VBZ denotes is
T785 2267-2273 VBN denotes deemed
T786 2274-2282 JJ denotes unlikely
T787 2283-2286 IN denotes for
T788 2287-2293 JJ denotes simple
T789 2319-2324 NNS denotes tasks
T790 2294-2303 JJ denotes olfactory
T791 2304-2318 NN denotes discrimination
T792 2325-2326 -LRB- denotes [
T793 2328-2330 CD denotes 19
T794 2326-2327 CD denotes 9
T795 2327-2328 , denotes ,
T796 2330-2331 -RRB- denotes ]
T797 2331-2332 . denotes .
T798 2332-2599 sentence denotes In fact, the most likely candidates for a cellular correlate of olfactory memory appear to be the neuronal connections in the piriform cortex due to the associational connectivity [5] and the expression of several forms of cellular and synaptic plasticity [7,20–23].
T799 2333-2335 IN denotes In
T800 2414-2420 VBP denotes appear
T801 2336-2340 NN denotes fact
T802 2340-2342 , denotes ,
T803 2342-2345 DT denotes the
T804 2358-2368 NNS denotes candidates
T805 2346-2350 RBS denotes most
T806 2351-2357 JJ denotes likely
T807 2369-2372 IN denotes for
T808 2373-2374 DT denotes a
T809 2384-2393 NN denotes correlate
T810 2375-2383 JJ denotes cellular
T811 2394-2396 IN denotes of
T812 2397-2406 JJ denotes olfactory
T813 2407-2413 NN denotes memory
T814 2421-2423 TO denotes to
T815 2424-2426 VB denotes be
T816 2427-2430 DT denotes the
T817 2440-2451 NNS denotes connections
T818 2431-2439 JJ denotes neuronal
T819 2452-2454 IN denotes in
T820 2455-2458 DT denotes the
T821 2468-2474 NN denotes cortex
T822 2459-2467 JJ denotes piriform
T823 2475-2478 IN denotes due
T824 2479-2481 IN denotes to
T825 2482-2485 DT denotes the
T826 2500-2512 NN denotes connectivity
T827 2486-2499 JJ denotes associational
T828 2513-2514 -LRB- denotes [
T829 2514-2515 CD denotes 5
T830 2515-2516 -RRB- denotes ]
T831 2517-2520 CC denotes and
T832 2521-2524 DT denotes the
T833 2525-2535 NN denotes expression
T834 2536-2538 IN denotes of
T835 2539-2546 JJ denotes several
T836 2547-2552 NNS denotes forms
T837 2553-2555 IN denotes of
T838 2556-2564 JJ denotes cellular
T839 2578-2588 NN denotes plasticity
T840 2565-2568 CC denotes and
T841 2569-2577 JJ denotes synaptic
T842 2589-2590 -LRB- denotes [
T843 2590-2591 CD denotes 7
T844 2591-2592 , denotes ,
T845 2592-2594 CD denotes 20
T846 2594-2595 SYM denotes –
T847 2595-2597 CD denotes 23
T848 2597-2598 -RRB- denotes ]
T849 2598-2599 . denotes .
T850 2599-2778 sentence denotes Concerning odor discrimination itself, cellular mechanisms for this process are often attributed to the inhibitory circuitry of the olfactory bulb ([24–30]; reviewed in [31–33]).
T851 2600-2610 VBG denotes Concerning
T852 2686-2696 VBN denotes attributed
T853 2611-2615 NN denotes odor
T854 2616-2630 NN denotes discrimination
T855 2631-2637 PRP denotes itself
T856 2637-2639 , denotes ,
T857 2639-2647 JJ denotes cellular
T858 2648-2658 NNS denotes mechanisms
T859 2659-2662 IN denotes for
T860 2663-2667 DT denotes this
T861 2668-2675 NN denotes process
T862 2676-2679 VBP denotes are
T863 2680-2685 RB denotes often
T864 2697-2699 IN denotes to
T865 2700-2703 DT denotes the
T866 2715-2724 NN denotes circuitry
T867 2704-2714 JJ denotes inhibitory
T868 2725-2727 IN denotes of
T869 2728-2731 DT denotes the
T870 2742-2746 NN denotes bulb
T871 2732-2741 JJ denotes olfactory
T872 2747-2748 -LRB- denotes (
T873 2757-2765 VBN denotes reviewed
T874 2748-2749 -LRB- denotes [
T875 2749-2751 CD denotes 24
T876 2751-2752 SYM denotes –
T877 2752-2754 CD denotes 30
T878 2754-2755 -RRB- denotes ]
T879 2755-2756 : denotes ;
T880 2766-2768 IN denotes in
T881 2769-2770 -LRB- denotes [
T882 2770-2772 CD denotes 31
T883 2772-2773 SYM denotes –
T884 2773-2775 CD denotes 33
T885 2775-2776 -RRB- denotes ]
T886 2776-2777 -RRB- denotes )
T887 2777-2778 . denotes .
T888 2778-3022 sentence denotes Lateral inhibitory circuits were postulated, in analogy to retina [34,35], to mediate contrast enhancement [24], for which physiological recordings [24,36,37] and modeling data, based on the well-known anatomy [29], provide additional support.
T889 2779-2786 JJ denotes Lateral
T890 2798-2806 NNS denotes circuits
T891 2787-2797 JJ denotes inhibitory
T892 2812-2822 VBN denotes postulated
T893 2807-2811 VBD denotes were
T894 2822-2824 , denotes ,
T895 2824-2826 IN denotes in
T896 2827-2834 NN denotes analogy
T897 2835-2837 IN denotes to
T898 2838-2844 NN denotes retina
T899 2845-2846 -LRB- denotes [
T900 2849-2851 CD denotes 35
T901 2846-2848 CD denotes 34
T902 2848-2849 , denotes ,
T903 2851-2852 -RRB- denotes ]
T904 2852-2854 , denotes ,
T905 2854-2856 TO denotes to
T906 2857-2864 VB denotes mediate
T932 2981-2988 NN denotes anatomy
T907 2865-2873 NN denotes contrast
T908 2874-2885 NN denotes enhancement
T909 2886-2887 -LRB- denotes [
T1017 3470-3475 NN denotes gamma
T910 2887-2889 CD denotes 24
T911 2889-2890 -RRB- denotes ]
T912 2890-2892 , denotes ,
T913 2892-2895 IN denotes for
T914 2995-3002 VBP denotes provide
T915 2896-2901 WDT denotes which
T916 2902-2915 JJ denotes physiological
T917 2916-2926 NNS denotes recordings
T918 2927-2928 -LRB- denotes [
T919 2934-2936 CD denotes 37
T920 2928-2930 CD denotes 24
T921 2930-2931 , denotes ,
T922 2931-2933 CD denotes 36
T923 2933-2934 , denotes ,
T924 2936-2937 -RRB- denotes ]
T925 2938-2941 CC denotes and
T926 2942-2950 NN denotes modeling
T927 2951-2955 NNS denotes data
T928 2955-2957 , denotes ,
T929 2957-2962 VBN denotes based
T930 2963-2965 IN denotes on
T931 2966-2969 DT denotes the
T933 2970-2974 RB denotes well
T934 2975-2980 VBN denotes known
T935 2974-2975 HYPH denotes -
T936 2989-2990 -LRB- denotes [
T937 2990-2992 CD denotes 29
T938 2992-2993 -RRB- denotes ]
T939 2993-2995 , denotes ,
T940 3003-3013 JJ denotes additional
T941 3014-3021 NN denotes support
T942 3021-3022 . denotes .
T943 3022-3248 sentence denotes Such contrast enhancement may rest in large part on the particular properties of dendrodendritic synapses between the principal output neurons (mitral cells) and local inhibitory neurons (granule cells) of the olfactory bulb.
T944 3023-3027 JJ denotes Such
T945 3037-3048 NN denotes enhancement
T946 3028-3036 NN denotes contrast
T947 3053-3057 VB denotes rest
T948 3049-3052 MD denotes may
T949 3058-3060 IN denotes in
T950 3061-3066 JJ denotes large
T951 3067-3071 NN denotes part
T952 3072-3074 IN denotes on
T953 3075-3078 DT denotes the
T954 3090-3100 NNS denotes properties
T955 3079-3089 JJ denotes particular
T956 3101-3103 IN denotes of
T957 3104-3119 JJ denotes dendrodendritic
T958 3120-3128 NNS denotes synapses
T959 3129-3136 IN denotes between
T960 3137-3140 DT denotes the
T961 3158-3165 NNS denotes neurons
T962 3141-3150 JJ denotes principal
T963 3151-3157 NN denotes output
T964 3166-3167 -LRB- denotes (
T965 3174-3179 NNS denotes cells
T966 3167-3173 JJ denotes mitral
T967 3181-3184 CC denotes and
T968 3185-3190 JJ denotes local
T969 3202-3209 NNS denotes neurons
T970 3191-3201 JJ denotes inhibitory
T971 3210-3211 -LRB- denotes (
T972 3219-3224 NNS denotes cells
T973 3211-3218 NN denotes granule
T974 3224-3225 -RRB- denotes )
T975 3226-3228 IN denotes of
T976 3229-3232 DT denotes the
T977 3243-3247 NN denotes bulb
T978 3233-3242 JJ denotes olfactory
T979 3247-3248 . denotes .
T980 3248-3581 sentence denotes In these distinct synapses, lateral and recurrent inhibition mediated by the gamma-aminobutyric acid-A system may be controlled by the activity of the closely appositioned glutamatergic part, perhaps triggering increased gamma-aminobutyric acid release by Ca2+ influx through glutamate-gated receptor channels ([38]; see also [39]).
T981 3249-3251 IN denotes In
T982 3366-3376 VBN denotes controlled
T983 3252-3257 DT denotes these
T984 3267-3275 NNS denotes synapses
T985 3258-3266 JJ denotes distinct
T986 3275-3277 , denotes ,
T987 3277-3284 JJ denotes lateral
T988 3299-3309 NN denotes inhibition
T989 3285-3288 CC denotes and
T990 3289-3298 JJ denotes recurrent
T991 3310-3318 VBN denotes mediated
T992 3319-3321 IN denotes by
T993 3322-3325 DT denotes the
T994 3352-3358 NN denotes system
T995 3326-3331 NN denotes gamma
T996 3332-3344 JJ denotes aminobutyric
T997 3331-3332 HYPH denotes -
T998 3345-3349 NN denotes acid
T999 3350-3351 NN denotes A
T1000 3349-3350 HYPH denotes -
T1001 3359-3362 MD denotes may
T1002 3363-3365 VB denotes be
T1003 3377-3379 IN denotes by
T1004 3380-3383 DT denotes the
T1005 3384-3392 NN denotes activity
T1006 3393-3395 IN denotes of
T1007 3396-3399 DT denotes the
T1008 3435-3439 NN denotes part
T1009 3400-3407 RB denotes closely
T1010 3408-3420 VBN denotes appositioned
T1011 3421-3434 JJ denotes glutamatergic
T1012 3439-3441 , denotes ,
T1013 3441-3448 RB denotes perhaps
T1014 3449-3459 VBG denotes triggering
T1015 3460-3469 VBN denotes increased
T1016 3494-3501 NN denotes release
T1018 3476-3488 JJ denotes aminobutyric
T1019 3475-3476 HYPH denotes -
T1020 3489-3493 NN denotes acid
T1021 3502-3504 IN denotes by
T1022 3505-3508 NN denotes Ca2
T1023 3510-3516 NN denotes influx
T1024 3508-3509 SYM denotes +
T1025 3517-3524 IN denotes through
T1026 3525-3534 NN denotes glutamate
T1027 3535-3540 VBN denotes gated
T1028 3534-3535 HYPH denotes -
T1029 3550-3558 NNS denotes channels
T1030 3541-3549 NN denotes receptor
T1031 3559-3560 -LRB- denotes (
T1032 3561-3563 CD denotes 38
T1033 3560-3561 -LRB- denotes [
T1034 3563-3564 -RRB- denotes ]
T1035 3564-3565 : denotes ;
T1036 3566-3569 VB denotes see
T1037 3570-3574 RB denotes also
T1038 3575-3576 -LRB- denotes [
T1039 3576-3578 CD denotes 39
T1040 3578-3579 -RRB- denotes ]
T1041 3579-3580 -RRB- denotes )
T1042 3580-3581 . denotes .
T1043 3581-3991 sentence denotes Given that neuronal circuits underlying odor discrimination, as well as olfactory memory, rely on properties of fast excitatory neurotransmission mediated by α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate receptors (AMPARs), we sought to alter, by genetic means, the specific functional contribution of α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate (AMPA) channels containing the dominant subunit GluR-B.
T1044 3582-3587 VBN denotes Given
T1045 3812-3818 VBD denotes sought
T1046 3588-3592 IN denotes that
T1047 3672-3676 VBP denotes rely
T1048 3593-3601 JJ denotes neuronal
T1049 3602-3610 NNS denotes circuits
T1050 3611-3621 VBG denotes underlying
T1051 3622-3626 NN denotes odor
T1052 3627-3641 NN denotes discrimination
T1053 3641-3643 , denotes ,
T1054 3643-3645 RB denotes as
T1055 3651-3653 IN denotes as
T1056 3646-3650 RB denotes well
T1057 3654-3663 JJ denotes olfactory
T1058 3664-3670 NN denotes memory
T1059 3670-3672 , denotes ,
T1060 3677-3679 IN denotes on
T1061 3680-3690 NNS denotes properties
T1062 3691-3693 IN denotes of
T1063 3694-3698 JJ denotes fast
T1064 3710-3727 NN denotes neurotransmission
T1065 3699-3709 JJ denotes excitatory
T1066 3728-3736 VBN denotes mediated
T1067 3737-3739 IN denotes by
T1068 3740-3741 NN denotes α
T1069 3742-3747 NN denotes amino
T1070 3741-3742 HYPH denotes -
T1071 3769-3788 NN denotes isoxazolepropionate
T1072 3747-3748 HYPH denotes -
T1073 3748-3749 CD denotes 3
T1074 3750-3757 NN denotes hydroxy
T1075 3749-3750 HYPH denotes -
T1117 3936-3937 -LRB- denotes (
T1076 3757-3758 HYPH denotes -
T1077 3758-3759 CD denotes 5
T1078 3760-3766 NN denotes methyl
T1079 3759-3760 HYPH denotes -
T1080 3766-3767 HYPH denotes -
T1081 3767-3768 CD denotes 4
T1082 3768-3769 HYPH denotes -
T1083 3789-3798 NNS denotes receptors
T1084 3799-3800 -LRB- denotes (
T1085 3800-3806 NNS denotes AMPARs
T1086 3806-3807 -RRB- denotes )
T1087 3807-3809 , denotes ,
T1088 3809-3811 PRP denotes we
T1089 3819-3821 TO denotes to
T1090 3822-3827 VB denotes alter
T1091 3827-3829 , denotes ,
T1092 3829-3831 IN denotes by
T1093 3832-3839 JJ denotes genetic
T1094 3840-3845 NNS denotes means
T1095 3845-3847 , denotes ,
T1096 3847-3850 DT denotes the
T1097 3871-3883 NN denotes contribution
T1098 3851-3859 JJ denotes specific
T1099 3860-3870 JJ denotes functional
T1100 3884-3886 IN denotes of
T1101 3887-3888 NN denotes α
T1102 3889-3894 NN denotes amino
T1103 3888-3889 HYPH denotes -
T1104 3916-3935 NN denotes isoxazolepropionate
T1105 3894-3895 HYPH denotes -
T1106 3895-3896 CD denotes 3
T1107 3897-3904 NN denotes hydroxy
T1108 3896-3897 HYPH denotes -
T1109 3904-3905 HYPH denotes -
T1110 3905-3906 CD denotes 5
T1111 3907-3913 NN denotes methyl
T1112 3906-3907 HYPH denotes -
T1113 3913-3914 HYPH denotes -
T1114 3914-3915 CD denotes 4
T1115 3915-3916 HYPH denotes -
T1116 3943-3951 NNS denotes channels
T1118 3937-3941 NN denotes AMPA
T1119 3941-3942 -RRB- denotes )
T1120 3952-3962 VBG denotes containing
T1121 3963-3966 DT denotes the
T1122 3976-3983 NN denotes subunit
T1123 3967-3975 JJ denotes dominant
T1124 3984-3988 NN denotes GluR
T1125 3989-3990 NN denotes B
T1126 3988-3989 HYPH denotes -
T1127 3990-3991 . denotes .
T1128 3991-4171 sentence denotes Of the four AMPAR constituents, GluR-A to D (GluR1 to 4), which form tetrameric channels with different binary subunit combinations, GluR-B is contained in the majority of AMPARs.
T1129 3992-3994 IN denotes Of
T1130 4135-4144 VBN denotes contained
T1131 3995-3998 DT denotes the
T1132 4010-4022 NNS denotes constituents
T1133 3999-4003 CD denotes four
T1134 4004-4009 NN denotes AMPAR
T1135 4022-4024 , denotes ,
T1136 4024-4028 NN denotes GluR
T1137 4029-4030 NN denotes A
T1138 4028-4029 HYPH denotes -
T1139 4031-4033 IN denotes to
T1140 4034-4035 NN denotes D
T1141 4036-4037 -LRB- denotes (
T1142 4037-4042 NN denotes GluR1
T1143 4043-4045 IN denotes to
T1144 4046-4047 CD denotes 4
T1145 4047-4048 -RRB- denotes )
T1146 4048-4050 , denotes ,
T1147 4050-4055 WDT denotes which
T1148 4056-4060 VBP denotes form
T1149 4061-4071 JJ denotes tetrameric
T1150 4072-4080 NNS denotes channels
T1151 4081-4085 IN denotes with
T1152 4086-4095 JJ denotes different
T1153 4111-4123 NNS denotes combinations
T1154 4096-4102 JJ denotes binary
T1155 4103-4110 NN denotes subunit
T1156 4123-4125 , denotes ,
T1157 4125-4129 NN denotes GluR
T1158 4130-4131 NN denotes B
T1159 4129-4130 HYPH denotes -
T1160 4132-4134 VBZ denotes is
T1161 4145-4147 IN denotes in
T1162 4148-4151 DT denotes the
T1163 4152-4160 NN denotes majority
T1164 4161-4163 IN denotes of
T1165 4164-4170 NNS denotes AMPARs
T1166 4170-4171 . denotes .
T1216 4398-4404 RB denotes solely
T1167 4171-4312 sentence denotes GluR-B is critically involved in the formation and trafficking of AMPARs, and dominates their ion conductance and gating properties [40–46].
T1168 4172-4176 NN denotes GluR
T1169 4177-4178 NN denotes B
T1170 4176-4177 HYPH denotes -
T1171 4193-4201 VBN denotes involved
T1172 4179-4181 VBZ denotes is
T1173 4182-4192 RB denotes critically
T1174 4202-4204 IN denotes in
T1175 4205-4208 DT denotes the
T1176 4209-4218 NN denotes formation
T1177 4219-4222 CC denotes and
T1178 4223-4234 NN denotes trafficking
T1179 4235-4237 IN denotes of
T1180 4238-4244 NNS denotes AMPARs
T1181 4244-4246 , denotes ,
T1182 4246-4249 CC denotes and
T1183 4250-4259 VBZ denotes dominates
T1184 4260-4265 PRP$ denotes their
T1185 4270-4281 NN denotes conductance
T1186 4266-4269 NN denotes ion
T1187 4282-4285 CC denotes and
T1188 4286-4292 NN denotes gating
T1189 4293-4303 NNS denotes properties
T1190 4304-4305 -LRB- denotes [
T1191 4305-4307 CD denotes 40
T1192 4307-4308 SYM denotes –
T1193 4308-4310 CD denotes 46
T1194 4310-4311 -RRB- denotes ]
T1195 4311-4312 . denotes .
T1196 4312-4638 sentence denotes Notably, the normally low Ca2+ permeability of AMPA channels in principal neurons is solely mediated by GluR-B, due to a unique arginine residue (R587) in the functionally critical glutamine/arginine (Q/R) site of the pore-forming segment M2 [44,47,48], resulting from RNA editing of GluR-B pre-mRNA ([49]; reviewed in [50]).
T1197 4313-4320 RB denotes Notably
T1198 4405-4413 VBN denotes mediated
T1902 7834-7837 CC denotes and
T1199 4320-4322 , denotes ,
T1200 4322-4325 DT denotes the
T1201 4344-4356 NN denotes permeability
T1202 4326-4334 RB denotes normally
T1203 4335-4338 JJ denotes low
T1204 4339-4342 NN denotes Ca2
T1205 4342-4343 SYM denotes +
T1206 4357-4359 IN denotes of
T1207 4360-4364 NN denotes AMPA
T1208 4365-4373 NNS denotes channels
T1209 4485-4493 JJ denotes critical
T1210 4374-4376 IN denotes in
T1211 5044-5046 IN denotes of
T1212 4377-4386 JJ denotes principal
T1213 5366-5374 JJ denotes synaptic
T1214 4387-4394 NNS denotes neurons
T1215 4395-4397 VBZ denotes is
T1217 4414-4416 IN denotes by
T1218 6401-6403 CD denotes 55
T1219 4417-4421 NN denotes GluR
T1220 4422-4423 NN denotes B
T1221 4421-4422 HYPH denotes -
T1222 4423-4425 , denotes ,
T1223 6869-6871 , denotes ,
T1224 4425-4428 IN denotes due
T1225 4429-4431 IN denotes to
T1226 7578-7579 `` denotes “
T1227 4432-4433 DT denotes a
T1228 4450-4457 NN denotes residue
T1229 4434-4440 JJ denotes unique
T1230 4441-4449 NN denotes arginine
T1231 4458-4459 -LRB- denotes (
T1232 4459-4463 NN denotes R587
T1233 4463-4464 -RRB- denotes )
T1234 4465-4467 IN denotes in
T1235 4468-4471 DT denotes the
T1236 4519-4523 NN denotes site
T1237 4472-4484 RB denotes functionally
T1238 4494-4503 NN denotes glutamine
T1239 4504-4512 NN denotes arginine
T1240 4503-4504 HYPH denotes /
T1241 4513-4514 -LRB- denotes (
T1242 4516-4517 NN denotes R
T1243 4514-4515 NN denotes Q
T1340 4884-4885 -RRB- denotes ]
T1244 4515-4516 HYPH denotes /
T1245 4517-4518 -RRB- denotes )
T1246 4524-4526 IN denotes of
T1247 4527-4530 DT denotes the
T1248 4552-4554 NN denotes M2
T1249 4531-4535 NN denotes pore
T1250 4536-4543 VBG denotes forming
T1251 4535-4536 HYPH denotes -
T1252 4544-4551 NN denotes segment
T1253 4555-4556 -LRB- denotes [
T1254 4562-4564 CD denotes 48
T1255 4556-4558 CD denotes 44
T1256 4558-4559 , denotes ,
T1257 4559-4561 CD denotes 47
T1258 4561-4562 , denotes ,
T1259 4564-4565 -RRB- denotes ]
T1260 4565-4567 , denotes ,
T1261 4567-4576 VBG denotes resulting
T1262 4577-4581 IN denotes from
T1263 4582-4585 NN denotes RNA
T1264 4586-4593 NN denotes editing
T1265 4594-4596 IN denotes of
T1266 4597-4601 NN denotes GluR
T1267 4602-4603 NN denotes B
T1268 4601-4602 HYPH denotes -
T1269 4604-4612 NN denotes pre-mRNA
T1270 4613-4614 -LRB- denotes (
T1271 4615-4617 CD denotes 49
T1272 4614-4615 -LRB- denotes [
T1273 4617-4618 -RRB- denotes ]
T1274 4618-4619 : denotes ;
T1275 4620-4628 VBN denotes reviewed
T1276 4629-4631 IN denotes in
T1277 4632-4633 -LRB- denotes [
T1278 4633-4635 CD denotes 50
T1279 4635-4636 -RRB- denotes ]
T1280 4636-4637 -RRB- denotes )
T1281 4637-4638 . denotes .
T1282 4638-4886 sentence denotes Hence, either GluR-B deficiency, or the expression of Q/R site-unedited GluR-B with a glutamine residue at the critical channel site, leads to increased Ca2+ permeability of AMPA channels, as amply demonstrated in gene-targeted mice [51,53,58,60].
T1283 4639-4644 RB denotes Hence
T1284 4773-4778 VBZ denotes leads
T1285 4644-4646 , denotes ,
T1286 4646-4652 CC denotes either
T1287 4660-4670 NN denotes deficiency
T1288 4653-4657 NN denotes GluR
T1289 4658-4659 NN denotes B
T1290 4657-4658 HYPH denotes -
T1291 4670-4672 , denotes ,
T1292 4672-4674 CC denotes or
T1293 4675-4678 DT denotes the
T1294 4679-4689 NN denotes expression
T1295 4690-4692 IN denotes of
T1296 4693-4694 NN denotes Q
T1297 4695-4696 NN denotes R
T1298 4694-4695 HYPH denotes /
T1299 4716-4717 NN denotes B
T1300 4697-4701 NN denotes site
T1301 4702-4710 JJ denotes unedited
T1302 4701-4702 HYPH denotes -
T1303 4711-4715 NN denotes GluR
T1304 4715-4716 HYPH denotes -
T1903 7838-7844 NN denotes memory
T1305 4718-4722 IN denotes with
T1306 4723-4724 DT denotes a
T1307 4735-4742 NN denotes residue
T1308 4725-4734 NN denotes glutamine
T1309 4743-4745 IN denotes at
T1310 4746-4749 DT denotes the
T1311 4767-4771 NN denotes site
T1312 4750-4758 JJ denotes critical
T1313 4759-4766 NN denotes channel
T1314 4771-4773 , denotes ,
T1315 4779-4781 IN denotes to
T1316 4782-4791 VBN denotes increased
T1317 4797-4809 NN denotes permeability
T1318 4792-4795 NN denotes Ca2
T1319 4795-4796 SYM denotes +
T1320 4810-4812 IN denotes of
T1321 4813-4817 NN denotes AMPA
T1322 4818-4826 NNS denotes channels
T1323 4826-4828 , denotes ,
T1324 4828-4830 IN denotes as
T1325 4837-4849 VBN denotes demonstrated
T1326 4831-4836 RB denotes amply
T1327 4850-4852 IN denotes in
T1328 4853-4857 NN denotes gene
T1329 4858-4866 VBN denotes targeted
T1330 4857-4858 HYPH denotes -
T1331 4867-4871 NNS denotes mice
T1332 4872-4873 -LRB- denotes [
T1333 4882-4884 CD denotes 60
T1334 4873-4875 CD denotes 51
T1335 4875-4876 , denotes ,
T1336 4876-4878 CD denotes 53
T1337 4878-4879 , denotes ,
T1338 4879-4881 CD denotes 58
T1339 4881-4882 , denotes ,
T1341 4885-4886 . denotes .
T1342 4886-5020 sentence denotes Thus, the absence of GluR-B, or the expression of GluR-B(Q) in the olfactory bulb, may generate increased inhibition in mitral cells.
T1343 4887-4891 RB denotes Thus
T1344 4974-4982 VB denotes generate
T1345 4891-4893 , denotes ,
T1346 4893-4896 DT denotes the
T1347 4897-4904 NN denotes absence
T1348 4905-4907 IN denotes of
T1349 4908-4912 NN denotes GluR
T1350 4913-4914 NN denotes B
T1351 4912-4913 HYPH denotes -
T1352 4914-4916 , denotes ,
T1353 4916-4918 CC denotes or
T1354 4919-4922 DT denotes the
T1355 4923-4933 NN denotes expression
T1356 4934-4936 IN denotes of
T1357 4937-4941 NN denotes GluR
T1358 4944-4945 NN denotes Q
T1359 4941-4942 HYPH denotes -
T1360 4942-4943 NN denotes B
T1361 4943-4944 -LRB- denotes (
T1362 4945-4946 -RRB- denotes )
T1363 4947-4949 IN denotes in
T1364 4950-4953 DT denotes the
T1365 4964-4968 NN denotes bulb
T1366 4954-4963 JJ denotes olfactory
T1367 4968-4970 , denotes ,
T1368 4970-4973 MD denotes may
T1369 4983-4992 VBN denotes increased
T1370 4993-5003 NN denotes inhibition
T1371 5004-5006 IN denotes in
T1372 5007-5013 JJ denotes mitral
T1373 5014-5019 NNS denotes cells
T1374 5019-5020 . denotes .
T1375 5020-5343 sentence denotes Moreover, the ablation of GluR-B, but also changes in the extent of Q/R site editing of GluR-B, can alter the strength of excitatory synaptic transmission in the genetically addressed neuronal populations [51,58,60], thus potentially shifting the balance of excitatory and inhibitory transmission in the affected circuits.
T1376 5021-5029 RB denotes Moreover
T1377 5121-5126 VB denotes alter
T1378 5029-5031 , denotes ,
T1379 5031-5034 DT denotes the
T1380 5035-5043 NN denotes ablation
T1381 5047-5051 NN denotes GluR
T1382 5052-5053 NN denotes B
T1383 5051-5052 HYPH denotes -
T1384 5053-5055 , denotes ,
T1385 5055-5058 CC denotes but
T1386 5059-5063 RB denotes also
T1387 5064-5071 NNS denotes changes
T1388 5072-5074 IN denotes in
T1389 5075-5078 DT denotes the
T1390 5079-5085 NN denotes extent
T1391 5086-5088 IN denotes of
T1392 5089-5090 NN denotes Q
T1393 5091-5092 NN denotes R
T1394 5090-5091 HYPH denotes /
T1395 5098-5105 NN denotes editing
T1396 5093-5097 NN denotes site
T1397 5106-5108 IN denotes of
T1398 5109-5113 NN denotes GluR
T1399 5114-5115 NN denotes B
T1400 5113-5114 HYPH denotes -
T1401 5115-5117 , denotes ,
T1402 5117-5120 MD denotes can
T1403 5127-5130 DT denotes the
T1404 5131-5139 NN denotes strength
T1405 5140-5142 IN denotes of
T1406 5143-5153 JJ denotes excitatory
T1407 5163-5175 NN denotes transmission
T1408 5154-5162 JJ denotes synaptic
T1409 5176-5178 IN denotes in
T1410 5179-5182 DT denotes the
T1411 5214-5225 NNS denotes populations
T1412 5183-5194 RB denotes genetically
T1413 5195-5204 VBN denotes addressed
T1414 5205-5213 JJ denotes neuronal
T1415 5226-5227 -LRB- denotes [
T1416 5233-5235 CD denotes 60
T1417 5227-5229 CD denotes 51
T1418 5229-5230 , denotes ,
T1419 5230-5232 CD denotes 58
T1420 5232-5233 , denotes ,
T1421 5235-5236 -RRB- denotes ]
T1422 5236-5238 , denotes ,
T1423 5238-5242 RB denotes thus
T1424 5255-5263 VBG denotes shifting
T1425 5243-5254 RB denotes potentially
T1426 5264-5267 DT denotes the
T1427 5268-5275 NN denotes balance
T1428 5276-5278 IN denotes of
T1429 5279-5289 JJ denotes excitatory
T1430 5305-5317 NN denotes transmission
T1431 5290-5293 CC denotes and
T1432 5294-5304 JJ denotes inhibitory
T1433 5318-5320 IN denotes in
T1434 5321-5324 DT denotes the
T1435 5334-5342 NNS denotes circuits
T1436 5325-5333 VBN denotes affected
T1437 5342-5343 . denotes .
T1438 5343-5493 sentence denotes Similarly, changes in synaptic plasticity due to Ca2+-permeable AMPARs [51,52,60], e.g., in piriform cortex, might alter odor memorization processes.
T1439 5344-5353 RB denotes Similarly
T1440 5459-5464 VB denotes alter
T1441 5353-5355 , denotes ,
T1442 5355-5362 NNS denotes changes
T1443 5363-5365 IN denotes in
T1444 5375-5385 NN denotes plasticity
T1445 5386-5389 IN denotes due
T1446 5390-5392 IN denotes to
T1447 5393-5396 NN denotes Ca2
T1448 5398-5407 JJ denotes permeable
T1449 5396-5397 SYM denotes +
T1450 5397-5398 HYPH denotes -
T1451 5408-5414 NNS denotes AMPARs
T1452 5415-5416 -LRB- denotes [
T1453 5422-5424 CD denotes 60
T1454 5416-5418 CD denotes 51
T1455 5418-5419 , denotes ,
T1456 5419-5421 CD denotes 52
T1457 5421-5422 , denotes ,
T1458 5424-5425 -RRB- denotes ]
T1459 5425-5427 , denotes ,
T1460 5427-5431 FW denotes e.g.
T1461 5433-5435 IN denotes in
T1462 5431-5433 , denotes ,
T1463 5436-5444 JJ denotes piriform
T1464 5445-5451 NN denotes cortex
T1465 5451-5453 , denotes ,
T1466 5453-5458 MD denotes might
T1467 5465-5469 NN denotes odor
T1468 5470-5482 NN denotes memorization
T1469 5483-5492 NNS denotes processes
T1470 5492-5493 . denotes .
T1471 5493-5653 sentence denotes Thus, alterations of AMPAR properties in these brain regions will allow investigation and possibly separation of mechanisms underlying these behavioral traits.
T1472 5494-5498 RB denotes Thus
T1473 5560-5565 VB denotes allow
T1474 5498-5500 , denotes ,
T1475 5500-5511 NNS denotes alterations
T1476 5512-5514 IN denotes of
T1477 5515-5520 NN denotes AMPAR
T1478 5521-5531 NNS denotes properties
T1486 5584-5592 RB denotes possibly
T1509 5724-5728 NN denotes GluR
T1479 5532-5534 IN denotes in
T1480 5535-5540 DT denotes these
T1481 5547-5554 NNS denotes regions
T1482 5541-5546 NN denotes brain
T1483 5555-5559 MD denotes will
T1484 5566-5579 NN denotes investigation
T1485 5580-5583 CC denotes and
T1487 5593-5603 NN denotes separation
T1488 5604-5606 IN denotes of
T1489 5607-5617 NNS denotes mechanisms
T1490 5618-5628 VBG denotes underlying
T1491 5629-5634 DT denotes these
T1492 5646-5652 NNS denotes traits
T1493 5635-5645 JJ denotes behavioral
T1494 5652-5653 . denotes .
T1495 5653-5919 sentence denotes Concerning this intended switch in AMPAR properties, mice lacking all GluR-B, however, show a widespread impairment in behavior, including lethargy, motor coordination problems, and deficits in exploratory activity [51], which preclude detailed behavioral analyses.
T1496 5654-5664 VBG denotes Concerning
T1497 5741-5745 VBP denotes show
T1498 5665-5669 DT denotes this
T1499 5679-5685 NN denotes switch
T1500 5670-5678 VBN denotes intended
T1501 5686-5688 IN denotes in
T1502 5689-5694 NN denotes AMPAR
T1503 5695-5705 NNS denotes properties
T1504 5705-5707 , denotes ,
T1505 5707-5711 NNS denotes mice
T1506 5712-5719 VBG denotes lacking
T1507 5720-5723 DT denotes all
T1508 5729-5730 NN denotes B
T1510 5728-5729 HYPH denotes -
T1511 5730-5732 , denotes ,
T1512 5732-5739 RB denotes however
T1513 5739-5741 , denotes ,
T1514 5746-5747 DT denotes a
T1515 5759-5769 NN denotes impairment
T1516 5748-5758 JJ denotes widespread
T1517 5770-5772 IN denotes in
T1518 5773-5781 NN denotes behavior
T1519 5781-5783 , denotes ,
T1520 5783-5792 VBG denotes including
T1521 5793-5801 NN denotes lethargy
T1522 5801-5803 , denotes ,
T1523 5803-5808 NN denotes motor
T1524 5809-5821 NN denotes coordination
T1525 5822-5830 NNS denotes problems
T1526 5830-5832 , denotes ,
T1527 5832-5835 CC denotes and
T1528 5836-5844 NNS denotes deficits
T1529 5845-5847 IN denotes in
T1530 5848-5859 JJ denotes exploratory
T1531 5860-5868 NN denotes activity
T1532 5869-5870 -LRB- denotes [
T1533 5870-5872 CD denotes 51
T1534 5872-5873 -RRB- denotes ]
T1535 5873-5875 , denotes ,
T1536 5875-5880 WDT denotes which
T1537 5881-5889 VBP denotes preclude
T1538 5890-5898 JJ denotes detailed
T1539 5910-5918 NNS denotes analyses
T1540 5899-5909 JJ denotes behavioral
T1541 5918-5919 . denotes .
T1542 5919-6089 sentence denotes Similarly, mice expressing (in the entire brain) a substantial part of the GluR-B population in the Q/R site-unedited form become seizure-prone and die prematurely [53].
T1543 5920-5929 RB denotes Similarly
T1544 6043-6049 VBP denotes become
T1545 5929-5931 , denotes ,
T1546 5931-5935 NNS denotes mice
T1547 5936-5946 VBG denotes expressing
T1548 5947-5948 -LRB- denotes (
T1549 5948-5950 IN denotes in
T1550 5951-5954 DT denotes the
T1551 5962-5967 NN denotes brain
T1552 5955-5961 JJ denotes entire
T1553 5967-5968 -RRB- denotes )
T1554 5969-5970 DT denotes a
T1555 5983-5987 NN denotes part
T1556 5971-5982 JJ denotes substantial
T1557 5988-5990 IN denotes of
T1558 5991-5994 DT denotes the
T1559 6002-6012 NN denotes population
T1560 5995-5999 NN denotes GluR
T1561 6000-6001 NN denotes B
T1562 5999-6000 HYPH denotes -
T1563 6013-6015 IN denotes in
T1564 6016-6019 DT denotes the
T1565 6038-6042 NN denotes form
T1566 6020-6021 NN denotes Q
T1567 6022-6023 NN denotes R
T1568 6021-6022 HYPH denotes /
T1569 6024-6028 NN denotes site
T1570 6029-6037 JJ denotes unedited
T1571 6028-6029 HYPH denotes -
T1572 6050-6057 NN denotes seizure
T1573 6058-6063 JJ denotes prone
T1574 6057-6058 HYPH denotes -
T1575 6064-6067 CC denotes and
T1576 6068-6071 VBP denotes die
T1577 6072-6083 RB denotes prematurely
T1578 6084-6085 -LRB- denotes [
T1579 6085-6087 CD denotes 53
T1580 6087-6088 -RRB- denotes ]
T1581 6088-6089 . denotes .
T1582 6089-6408 sentence denotes Some of these problems can be partially overcome by use of spatially and temporally restricted expression systems [54–56], in particular the Cre-lox system, with Cre-recombinase expression in defined brain areas of gene-targeted mice carrying GluR-B alleles marked by loxP sites for Cre-mediated recombination [55,57].
T1583 6090-6094 DT denotes Some
T1584 6130-6138 VBN denotes overcome
T1585 6095-6097 IN denotes of
T1586 6098-6103 DT denotes these
T1587 6104-6112 NNS denotes problems
T1588 6113-6116 MD denotes can
T1589 6117-6119 VB denotes be
T1590 6120-6129 RB denotes partially
T1591 6139-6141 IN denotes by
T1592 6142-6145 NN denotes use
T1593 6146-6148 IN denotes of
T1594 6149-6158 RB denotes spatially
T1595 6174-6184 VBN denotes restricted
T1596 6159-6162 CC denotes and
T1597 6163-6173 RB denotes temporally
T1598 6196-6203 NNS denotes systems
T1599 6185-6195 NN denotes expression
T1600 6204-6205 -LRB- denotes [
T1601 6205-6207 CD denotes 54
T1602 6207-6208 SYM denotes –
T1603 6208-6210 CD denotes 56
T1604 6210-6211 -RRB- denotes ]
T1605 6211-6213 , denotes ,
T1606 6213-6215 IN denotes in
T1607 6239-6245 NN denotes system
T1608 6216-6226 JJ denotes particular
T1609 6227-6230 DT denotes the
T1610 6231-6234 NN denotes Cre
T1611 6235-6238 NN denotes lox
T1612 6234-6235 HYPH denotes -
T1613 6245-6247 , denotes ,
T1614 6247-6251 IN denotes with
T1615 6348-6354 VBN denotes marked
T1616 6252-6255 NN denotes Cre
T1617 6256-6267 NN denotes recombinase
T1618 6255-6256 HYPH denotes -
T1619 6268-6278 NN denotes expression
T1620 6279-6281 IN denotes in
T1621 6282-6289 VBN denotes defined
T1622 6296-6301 NNS denotes areas
T1623 6290-6295 NN denotes brain
T1624 6302-6304 IN denotes of
T1625 6305-6309 NN denotes gene
T1626 6310-6318 VBN denotes targeted
T1627 6309-6310 HYPH denotes -
T1628 6319-6323 NNS denotes mice
T1629 6324-6332 VBG denotes carrying
T1630 6333-6337 NN denotes GluR
T1631 6338-6339 NN denotes B
T1632 6337-6338 HYPH denotes -
T1633 6340-6347 NNS denotes alleles
T1634 6355-6357 IN denotes by
T1635 6358-6362 NN denotes loxP
T1636 6363-6368 NNS denotes sites
T1637 6369-6372 IN denotes for
T1638 6373-6376 NN denotes Cre
T1639 6377-6385 VBN denotes mediated
T1640 6376-6377 HYPH denotes -
T1641 6386-6399 NN denotes recombination
T1642 6400-6401 -LRB- denotes [
T1643 6404-6406 CD denotes 57
T1644 6403-6404 , denotes ,
T1645 6406-6407 -RRB- denotes ]
T1646 6407-6408 . denotes .
T1647 6408-6568 sentence denotes Indeed, restricting the expression of Q/R site-unedited GluR-B to forebrain resulted in almost normal lifespan and an only weakly seizure-prone phenotype [58].
T1648 6409-6415 RB denotes Indeed
T1649 6485-6493 VBD denotes resulted
T1650 6415-6417 , denotes ,
T1651 6417-6428 VBG denotes restricting
T1652 6429-6432 DT denotes the
T1653 6433-6443 NN denotes expression
T1654 6444-6446 IN denotes of
T1655 6447-6448 NN denotes Q
T1656 6449-6450 NN denotes R
T1657 6448-6449 HYPH denotes /
T1658 6470-6471 NN denotes B
T1659 6451-6455 NN denotes site
T1660 6456-6464 JJ denotes unedited
T1661 6455-6456 HYPH denotes -
T1662 6465-6469 NN denotes GluR
T1663 6469-6470 HYPH denotes -
T1684 6615-6623 VBD denotes appeared
T1664 6472-6474 IN denotes to
T1665 6475-6484 NN denotes forebrain
T1666 6494-6496 IN denotes in
T1667 6497-6503 RB denotes almost
T1668 6504-6510 JJ denotes normal
T1669 6511-6519 NN denotes lifespan
T1670 6520-6523 CC denotes and
T1671 6524-6526 DT denotes an
T1672 6553-6562 NN denotes phenotype
T1673 6527-6531 RB denotes only
T1674 6532-6538 RB denotes weakly
T1675 6547-6552 JJ denotes prone
T1676 6539-6546 NN denotes seizure
T1677 6546-6547 HYPH denotes -
T1678 6563-6564 -LRB- denotes [
T1679 6564-6566 CD denotes 58
T1680 6566-6567 -RRB- denotes ]
T1681 6567-6568 . denotes .
T1682 6568-6779 sentence denotes Mice with forebrain-specific GluR-B depletion appeared almost completely normal throughout life with no developmental abnormalities, thus permitting a detailed, quantitative investigation of olfactory behavior.
T1683 6569-6573 NNS denotes Mice
T1685 6574-6578 IN denotes with
T1686 6579-6588 NN denotes forebrain
T1687 6589-6597 JJ denotes specific
T1688 6588-6589 HYPH denotes -
T1689 6605-6614 NN denotes depletion
T1690 6598-6602 NN denotes GluR
T1691 6603-6604 NN denotes B
T1692 6602-6603 HYPH denotes -
T1693 6624-6630 RB denotes almost
T1694 6631-6641 RB denotes completely
T1695 6642-6648 JJ denotes normal
T1696 6649-6659 IN denotes throughout
T1697 6660-6664 NN denotes life
T1698 6665-6669 IN denotes with
T1699 6670-6672 DT denotes no
T1700 6687-6700 NNS denotes abnormalities
T1701 6673-6686 JJ denotes developmental
T1702 6700-6702 , denotes ,
T1703 6702-6706 RB denotes thus
T1704 6707-6717 VBG denotes permitting
T1705 6718-6719 DT denotes a
T1706 6743-6756 NN denotes investigation
T1707 6720-6728 VBN denotes detailed
T1708 6728-6730 , denotes ,
T1709 6730-6742 JJ denotes quantitative
T1710 6757-6759 IN denotes of
T1711 6760-6769 JJ denotes olfactory
T1712 6770-6778 NN denotes behavior
T1713 6778-6779 . denotes .
T1714 6779-7058 sentence denotes To allow for the mechanistic separation of olfactory learning, discrimination, and memory, we exploited a well-known phenomenon of transgenes, which concerns heterogeneous expression among different founder lines and even among genetically identical individuals of a given line.
T1715 6780-6782 TO denotes To
T1716 6783-6788 VB denotes allow
T1717 6874-6883 VBD denotes exploited
T1718 6789-6792 IN denotes for
T1719 6793-6796 DT denotes the
T1720 6809-6819 NN denotes separation
T1721 6797-6808 JJ denotes mechanistic
T1722 6820-6822 IN denotes of
T1723 6823-6832 JJ denotes olfactory
T1724 6833-6841 NN denotes learning
T1725 6841-6843 , denotes ,
T1726 6843-6857 NN denotes discrimination
T1727 6857-6859 , denotes ,
T1728 6859-6862 CC denotes and
T1729 6863-6869 NN denotes memory
T1730 6871-6873 PRP denotes we
T1731 6884-6885 DT denotes a
T1732 6897-6907 NN denotes phenomenon
T1733 6886-6890 RB denotes well
T1734 6891-6896 VBN denotes known
T1735 6890-6891 HYPH denotes -
T1736 6908-6910 IN denotes of
T1737 6911-6921 NNS denotes transgenes
T1738 6921-6923 , denotes ,
T1739 6923-6928 WDT denotes which
T1740 6929-6937 VBZ denotes concerns
T1741 6938-6951 JJ denotes heterogeneous
T1742 6952-6962 NN denotes expression
T1743 6963-6968 IN denotes among
T1744 6969-6978 JJ denotes different
T1745 6987-6992 NNS denotes lines
T1746 6979-6986 NN denotes founder
T1747 6993-6996 CC denotes and
T1748 6997-7001 RB denotes even
T1749 7002-7007 IN denotes among
T1750 7008-7019 RB denotes genetically
T1751 7020-7029 JJ denotes identical
T1752 7030-7041 NNS denotes individuals
T1753 7042-7044 IN denotes of
T1754 7045-7046 DT denotes a
T1755 7053-7057 NN denotes line
T1756 7047-7052 JJ denotes given
T1757 7057-7058 . denotes .
T1758 7058-7289 sentence denotes Although such “mosaic” expression is usually undesired, here we took advantage of it by ablating GluR-B via gene-targeted, floxed GluR-B alleles with the help of a transgenic mouse line with variegated Cre expression in forebrain.
T1759 7059-7067 IN denotes Although
T1760 7093-7095 VBZ denotes is
T1761 7068-7072 JJ denotes such
T1762 7082-7092 NN denotes expression
T1763 7073-7074 `` denotes “
T1764 7074-7080 NN denotes mosaic
T1765 7080-7081 '' denotes ”
T1766 7123-7127 VBD denotes took
T1767 7096-7103 RB denotes usually
T1768 7104-7113 JJ denotes undesired
T1769 7113-7115 , denotes ,
T1770 7115-7119 RB denotes here
T1771 7120-7122 PRP denotes we
T1772 7128-7137 NN denotes advantage
T1773 7138-7140 IN denotes of
T1774 7141-7143 PRP denotes it
T1775 7144-7146 IN denotes by
T1776 7147-7155 VBG denotes ablating
T1777 7156-7160 NN denotes GluR
T1778 7161-7162 NN denotes B
T1779 7160-7161 HYPH denotes -
T1780 7163-7166 IN denotes via
T1781 7167-7171 NN denotes gene
T1782 7172-7180 VBN denotes targeted
T1783 7171-7172 HYPH denotes -
T1784 7196-7203 NNS denotes alleles
T1785 7180-7182 , denotes ,
T1786 7182-7188 VBN denotes floxed
T1787 7189-7193 NN denotes GluR
T1788 7194-7195 NN denotes B
T1789 7193-7194 HYPH denotes -
T1790 7204-7208 IN denotes with
T1791 7209-7212 DT denotes the
T1792 7213-7217 NN denotes help
T1793 7218-7220 IN denotes of
T1794 7221-7222 DT denotes a
T1795 7240-7244 NN denotes line
T1796 7223-7233 JJ denotes transgenic
T1797 7234-7239 NN denotes mouse
T1798 7245-7249 IN denotes with
T1799 7250-7260 VBN denotes variegated
T1800 7265-7275 NN denotes expression
T1801 7261-7264 NN denotes Cre
T1802 7276-7278 IN denotes in
T1803 7279-7288 NN denotes forebrain
T1804 7288-7289 . denotes .
T1805 7289-7469 sentence denotes By correlating GluR-B levels in olfaction-related brain regions with quantitative behavioral data, we investigated the dependence on GluR-B of olfactory discrimination and memory.
T1806 7290-7292 IN denotes By
T1807 7392-7404 VBD denotes investigated
T1808 7293-7304 VBG denotes correlating
T1809 7305-7309 NN denotes GluR
T1810 7310-7311 NN denotes B
T1811 7309-7310 HYPH denotes -
T1812 7312-7318 NNS denotes levels
T1813 7319-7321 IN denotes in
T1814 7322-7331 NN denotes olfaction
T1815 7332-7339 VBN denotes related
T1816 7331-7332 HYPH denotes -
T1817 7346-7353 NNS denotes regions
T1885 7741-7745 NN denotes GluR
T1818 7340-7345 NN denotes brain
T1891 7757-7762 NN denotes AMPAR
T1819 7354-7358 IN denotes with
T1820 7359-7371 JJ denotes quantitative
T1821 7383-7387 NNS denotes data
T1822 7372-7382 JJ denotes behavioral
T1823 7387-7389 , denotes ,
T1824 7389-7391 PRP denotes we
T1825 7405-7408 DT denotes the
T1826 7409-7419 NN denotes dependence
T1827 7420-7422 IN denotes on
T1828 7423-7427 NN denotes GluR
T1829 7428-7429 NN denotes B
T1830 7427-7428 HYPH denotes -
T1831 7430-7432 IN denotes of
T1832 7433-7442 JJ denotes olfactory
T1833 7443-7457 NN denotes discrimination
T1834 7458-7461 CC denotes and
T1835 7462-7468 NN denotes memory
T1836 7468-7469 . denotes .
T1837 7469-7655 sentence denotes Moreover, to delineate the brain areas involved in these distinctive olfactory processes we used transgenic “rescue” of GluR-B ablation, specifically in piriform cortex and hippocampus.
T1838 7470-7478 RB denotes Moreover
T1839 7562-7566 VBD denotes used
T1840 7478-7480 , denotes ,
T1841 7480-7482 TO denotes to
T1842 7483-7492 VB denotes delineate
T1843 7493-7496 DT denotes the
T1844 7503-7508 NNS denotes areas
T1845 7497-7502 NN denotes brain
T1846 7509-7517 VBN denotes involved
T1847 7518-7520 IN denotes in
T1848 7521-7526 DT denotes these
T1849 7549-7558 NNS denotes processes
T1850 7527-7538 JJ denotes distinctive
T1851 7539-7548 JJ denotes olfactory
T1852 7559-7561 PRP denotes we
T1853 7567-7577 JJ denotes transgenic
T1854 7579-7585 NN denotes rescue
T1855 7585-7586 '' denotes ”
T1856 7587-7589 IN denotes of
T1857 7590-7594 NN denotes GluR
T1858 7595-7596 NN denotes B
T1859 7594-7595 HYPH denotes -
T1860 7597-7605 NN denotes ablation
T1861 7605-7607 , denotes ,
T1862 7607-7619 RB denotes specifically
T1863 7620-7622 IN denotes in
T1864 7623-7631 JJ denotes piriform
T1865 7632-7638 NN denotes cortex
T1866 7639-7642 CC denotes and
T1867 7643-7654 NN denotes hippocampus
T1868 7654-7655 . denotes .
T1869 7655-7845 sentence denotes These efforts allowed us to dissect, both spatially and mechanistically, the role of GluR-B-mediated AMPAR properties in selected brain regions in odor learning, discrimination, and memory.
T1870 7656-7661 DT denotes These
T1871 7662-7669 NNS denotes efforts
T1872 7670-7677 VBD denotes allowed
T1873 7678-7680 PRP denotes us
T1874 7684-7691 VB denotes dissect
T1875 7681-7683 TO denotes to
T1876 7691-7693 , denotes ,
T1877 7693-7697 DT denotes both
T1878 7698-7707 RB denotes spatially
T1879 7708-7711 CC denotes and
T1880 7712-7727 RB denotes mechanistically
T1881 7727-7729 , denotes ,
T1882 7729-7732 DT denotes the
T1883 7733-7737 NN denotes role
T1884 7738-7740 IN denotes of
T1886 7746-7747 NN denotes B
T1887 7745-7746 HYPH denotes -
T1888 7748-7756 VBN denotes mediated
T1889 7747-7748 HYPH denotes -
T1890 7763-7773 NNS denotes properties
T1892 7774-7776 IN denotes in
T1893 7777-7785 VBN denotes selected
T1894 7792-7799 NNS denotes regions
T1895 7786-7791 NN denotes brain
T1896 7800-7802 IN denotes in
T1897 7803-7807 NN denotes odor
T1898 7808-7816 NN denotes learning
T1899 7816-7818 , denotes ,
T1900 7818-7832 NN denotes discrimination
T1901 7832-7834 , denotes ,
T1904 7844-7845 . denotes .
R5 T78 T73 conj Memory,Discrimination
R6 T79 T78 amod Olfactory,Memory
R18 T94 T96 nmod amino,isoxazolepropionate
R19 T95 T94 punct -,amino
R20 T96 T108 compound isoxazolepropionate,receptors
R21 T97 T96 punct -,isoxazolepropionate
R22 T98 T99 nummod 3,hydroxy
R24 T100 T99 punct -,hydroxy
R25 T101 T96 punct -,isoxazolepropionate
R26 T102 T103 nummod 5,methyl
R28 T104 T103 punct -,methyl
R29 T105 T96 punct -,isoxazolepropionate
R30 T106 T96 nummod 4,isoxazolepropionate
R31 T107 T96 punct -,isoxazolepropionate
R61 T139 T137 punct +,Ca2
R62 T140 T138 punct -,permeable
R75 T155 T153 pobj subunit,of
R76 T156 T157 compound GluR,B
R78 T158 T157 punct -,B
R83 T163 T161 pobj Q,of
R84 T164 T163 nmod GluR,Q
R85 T165 T163 punct -,Q
R86 T166 T163 nmod B,Q
R87 T167 T163 punct (,Q
R94 T174 T172 pobj permeability,to
R95 T175 T174 nmod Ca2,permeability
R96 T176 T175 punct +,Ca2
R103 T185 T183 pobj switch,with
R104 T186 T185 amod functional,switch
R105 T187 T185 compound AMPAR,switch
R112 T194 T182 dobj discrimination,showed
R113 T195 T194 amod olfactory,discrimination
R120 T202 T200 pobj task,in
R121 T203 T202 nmod go,task
R122 T204 T203 punct /,go
R123 T205 T206 det no,go
R125 T207 T206 punct -,go
R126 T208 T202 nmod operant,task
R127 T209 T208 amod conditioning,operant
R138 T223 T225 compound B,depletion
R139 T224 T223 punct -,B
R146 T232 T230 parataxis mosaic,variable
R147 T233 T232 punct “,mosaic
R157 T243 T241 pobj memory,with
R158 T244 T243 amod olfactory,memory
R170 T258 T256 pobj expression,by
R171 T259 T260 compound GluR,B
R173 T261 T260 punct -,B
R182 T270 T252 advcl was,rescued
R183 T271 T272 amod enhanced,discrimination
R185 T273 T272 compound odor,discrimination
R189 T277 T275 pobj variability,of
R190 T278 T279 compound GluR,B
R192 T280 T279 punct -,B
R195 T283 T277 conj expression,variability
R196 T284 T285 compound GluR,B
R198 T286 T285 punct -,B
R210 T300 T302 compound B,expression
R211 T301 T300 punct -,B
R214 T304 T290 dobj dissection,allowed
R215 T305 T304 amod mechanistic,dissection
R216 T306 T305 cc and,mechanistic
R217 T307 T305 conj spatial,mechanistic
R221 T311 T308 pobj capabilities,of
R222 T312 T310 punct ", ",learning
R223 T313 T310 conj discrimination,learning
R224 T314 T313 punct ", ",discrimination
R225 T315 T313 cc and,discrimination
R226 T316 T313 conj memory,discrimination
R228 T654 T965 punct ),cells
R229 T655 T656 det The,sense
R230 T656 T657 nsubj sense,is
R231 T658 T656 prep of,sense
R232 T659 T658 pobj smell,of
R233 T660 T657 prep of,is
R234 T661 T662 amod paramount,importance
R235 T662 T660 pobj importance,of
R236 T663 T662 prep for,importance
R237 T664 T663 pobj rodents,for
R238 T665 T666 punct [,1
R239 T666 T664 parataxis 1,rodents
R240 T667 T666 punct ],1
R241 T668 T664 punct ", ",rodents
R242 T669 T670 prep for,permits
R243 T670 T664 relcl permits,rodents
R244 T671 T669 pobj which,for
R245 T672 T673 amod rapid,discrimination
R246 T673 T670 nsubj discrimination,permits
R247 T674 T673 compound odor,discrimination
R248 T675 T673 cc and,discrimination
R249 T676 T677 advmod long,lasting
R250 T677 T679 amod lasting,memory
R251 T678 T677 punct -,lasting
R252 T679 T673 conj memory,discrimination
R253 T680 T679 amod olfactory,memory
R254 T681 T670 dobj responses,permits
R255 T682 T681 prep to,responses
R256 T683 T682 pobj predator,to
R257 T684 T683 cc and,predator
R258 T685 T683 conj prey,predator
R259 T686 T681 amod critical,responses
R260 T687 T686 prep for,critical
R261 T688 T687 pobj survival,for
R262 T689 T657 punct .,is
R263 T691 T692 advmod Consequently,are
R264 T693 T692 punct ", ",are
R265 T694 T695 det the,analyses
R267 T696 T695 amod behavioral,analyses
R268 T697 T695 prep of,analyses
R269 T698 T699 amod olfactory,capabilities
R270 T699 T697 pobj capabilities,of
R271 T700 T699 prep in,capabilities
R272 T701 T700 pobj rodents,in
R273 T702 T692 acomp efficient,are
R274 T703 T702 punct ", ",efficient
R275 T704 T702 conj quantitative,efficient
R276 T705 T704 punct ", ",quantitative
R277 T706 T704 cc and,quantitative
R278 T707 T704 conj reproducible,quantitative
R279 T708 T709 punct [,2
R280 T709 T692 parataxis 2,are
R281 T710 T711 punct –,4
R282 T711 T709 prep 4,2
R283 T712 T709 punct ],2
R284 T713 T692 punct .,are
R285 T715 T716 mark While,implicated
R286 T716 T750 advcl implicated,delineated
R287 T717 T716 prep in,implicated
R288 T718 T719 det the,formation
R289 T719 T717 pobj formation,in
R290 T720 T719 cc and,formation
R291 T721 T719 conj storage,formation
R292 T722 T719 prep of,formation
R293 T723 T724 amod olfactory,memory
R294 T724 T722 pobj memory,of
R295 T725 T726 amod piriform,cortex
R296 T726 T716 nsubjpass cortex,implicated
R297 T727 T728 punct [,5
R298 T728 T726 parataxis 5,cortex
R299 T729 T730 punct –,7
R300 T730 T728 prep 7,5
R301 T731 T728 punct ],5
R302 T732 T726 punct ", ",cortex
R303 T733 T726 conj hippocampus,cortex
R304 T734 T735 punct [,9
R306 T736 T735 nummod 8,9
R307 T737 T735 punct ",",9
R308 T738 T735 punct ],9
R309 T739 T733 punct ", ",hippocampus
R310 T740 T733 cc and,hippocampus
R311 T741 T742 amod olfactory,bulb
R312 T742 T733 conj bulb,hippocampus
R313 T743 T744 punct [,10
R314 T744 T742 parataxis 10,bulb
R315 T745 T746 punct –,12
R316 T746 T744 prep 12,10
R317 T747 T744 punct ],10
R318 T748 T716 auxpass are,implicated
R319 T749 T716 advmod all,implicated
R320 T751 T750 punct ", ",delineated
R321 T752 T753 det the,correlates
R323 T754 T753 amod cellular,correlates
R324 T755 T753 prep for,correlates
R325 T756 T757 det these,processes
R326 T757 T755 pobj processes,for
R327 T758 T750 aux have,delineated
R328 T759 T750 neg not,delineated
R329 T760 T750 auxpass been,delineated
R330 T761 T750 advmod clearly,delineated
R331 T762 T750 punct .,delineated
R332 T764 T765 det The,contribution
R333 T765 T766 nsubj contribution,is
R334 T767 T765 prep of,contribution
R335 T768 T769 det the,hippocampus
R336 T769 T767 pobj hippocampus,of
R337 T770 T765 prep to,contribution
R338 T771 T772 amod olfactory,memory
R339 T772 T770 pobj memory,to
R340 T773 T766 advmod presently,is
R341 T774 T766 acomp controversial,is
R342 T775 T776 punct [,2
R343 T776 T766 parataxis 2,is
R344 T777 T776 punct ",",2
R345 T778 T776 appos 13,2
R346 T779 T780 punct –,18
R347 T780 T778 prep 18,13
R348 T781 T776 punct ],2
R349 T782 T766 punct ", ",is
R350 T783 T766 cc but,is
R351 T784 T785 auxpass is,deemed
R352 T785 T766 conj deemed,is
R353 T786 T785 oprd unlikely,deemed
R354 T787 T786 prep for,unlikely
R355 T788 T789 amod simple,tasks
R356 T789 T787 pobj tasks,for
R357 T790 T791 amod olfactory,discrimination
R358 T791 T789 compound discrimination,tasks
R359 T792 T793 punct [,19
R360 T793 T785 parataxis 19,deemed
R361 T794 T793 nummod 9,19
R362 T795 T793 punct ",",19
R363 T796 T793 punct ],19
R364 T797 T766 punct .,is
R365 T799 T800 prep In,appear
R366 T801 T799 pobj fact,In
R367 T802 T800 punct ", ",appear
R368 T803 T804 det the,candidates
R369 T804 T800 nsubj candidates,appear
R370 T805 T806 advmod most,likely
R371 T806 T804 amod likely,candidates
R372 T807 T804 prep for,candidates
R373 T808 T809 det a,correlate
R375 T810 T809 amod cellular,correlate
R376 T811 T809 prep of,correlate
R377 T812 T813 amod olfactory,memory
R378 T813 T811 pobj memory,of
R379 T814 T815 aux to,be
R380 T815 T800 xcomp be,appear
R381 T816 T817 det the,connections
R383 T818 T817 amod neuronal,connections
R384 T819 T817 prep in,connections
R385 T820 T821 det the,cortex
R387 T822 T821 amod piriform,cortex
R388 T823 T800 prep due,appear
R389 T824 T823 pcomp to,due
R390 T825 T826 det the,connectivity
R392 T827 T826 amod associational,connectivity
R393 T828 T829 punct [,5
R394 T829 T826 parataxis 5,connectivity
R395 T830 T829 punct ],5
R396 T831 T826 cc and,connectivity
R397 T832 T833 det the,expression
R398 T833 T826 conj expression,connectivity
R399 T834 T833 prep of,expression
R400 T835 T836 amod several,forms
R401 T836 T834 pobj forms,of
R402 T837 T836 prep of,forms
R403 T838 T839 amod cellular,plasticity
R404 T839 T837 pobj plasticity,of
R405 T840 T838 cc and,cellular
R406 T841 T838 conj synaptic,cellular
R407 T842 T843 punct [,7
R408 T843 T800 parataxis 7,appear
R409 T844 T843 punct ",",7
R410 T845 T843 appos 20,7
R411 T846 T847 punct –,23
R412 T847 T845 prep 23,20
R413 T848 T843 punct ],7
R414 T849 T800 punct .,appear
R415 T851 T852 prep Concerning,attributed
R416 T853 T854 compound odor,discrimination
R417 T854 T851 pobj discrimination,Concerning
R418 T855 T854 appos itself,discrimination
R419 T856 T852 punct ", ",attributed
R420 T857 T858 amod cellular,mechanisms
R421 T858 T852 nsubjpass mechanisms,attributed
R422 T859 T858 prep for,mechanisms
R423 T860 T861 det this,process
R424 T861 T859 pobj process,for
R425 T862 T852 auxpass are,attributed
R426 T863 T852 advmod often,attributed
R427 T864 T852 prep to,attributed
R428 T865 T866 det the,circuitry
R430 T867 T866 amod inhibitory,circuitry
R431 T868 T866 prep of,circuitry
R432 T869 T870 det the,bulb
R434 T871 T870 amod olfactory,bulb
R435 T872 T873 punct (,reviewed
R436 T873 T852 parataxis reviewed,attributed
R437 T874 T875 punct [,24
R438 T875 T873 parataxis 24,reviewed
R439 T876 T877 punct –,30
R440 T877 T875 prep 30,24
R441 T878 T875 punct ],24
R442 T879 T873 punct ;,reviewed
R443 T880 T873 prep in,reviewed
R444 T881 T880 punct [,in
R445 T882 T880 pobj 31,in
R446 T883 T884 punct –,33
R447 T884 T882 prep 33,31
R448 T885 T873 punct ],reviewed
R449 T886 T873 punct ),reviewed
R450 T887 T852 punct .,attributed
R451 T889 T890 amod Lateral,circuits
R453 T891 T890 amod inhibitory,circuits
R454 T893 T892 auxpass were,postulated
R455 T894 T892 punct ", ",postulated
R456 T895 T892 prep in,postulated
R457 T896 T895 pobj analogy,in
R458 T897 T896 prep to,analogy
R459 T898 T897 pobj retina,to
R460 T899 T900 punct [,35
R461 T900 T892 parataxis 35,postulated
R462 T901 T900 nummod 34,35
R463 T902 T900 punct ",",35
R464 T903 T900 punct ],35
R465 T904 T892 punct ", ",postulated
R466 T905 T906 aux to,mediate
R467 T906 T892 advcl mediate,postulated
R468 T907 T908 compound contrast,enhancement
R469 T908 T906 dobj enhancement,mediate
R470 T909 T910 punct [,24
R471 T910 T908 parataxis 24,enhancement
R472 T911 T910 punct ],24
R473 T912 T908 punct ", ",enhancement
R474 T913 T914 prep for,provide
R475 T914 T908 relcl provide,enhancement
R476 T915 T913 pobj which,for
R477 T916 T917 amod physiological,recordings
R478 T917 T914 nsubj recordings,provide
R479 T918 T919 punct [,37
R480 T919 T917 parataxis 37,recordings
R481 T920 T919 nummod 24,37
R482 T921 T919 punct ",",37
R483 T922 T919 nummod 36,37
R484 T923 T919 punct ",",37
R485 T924 T919 punct ],37
R486 T925 T917 cc and,recordings
R487 T926 T927 compound modeling,data
R488 T927 T917 conj data,recordings
R489 T928 T927 punct ", ",data
R490 T929 T927 prep based,data
R491 T930 T929 prep on,based
R492 T931 T932 det the,anatomy
R493 T932 T930 pobj anatomy,on
R494 T933 T934 advmod well,known
R495 T934 T932 amod known,anatomy
R496 T935 T934 punct -,known
R497 T936 T937 punct [,29
R498 T937 T927 parataxis 29,data
R499 T938 T937 punct ],29
R500 T939 T914 punct ", ",provide
R501 T940 T941 amod additional,support
R502 T941 T914 dobj support,provide
R503 T942 T892 punct .,postulated
R504 T944 T945 amod Such,enhancement
R506 T946 T945 compound contrast,enhancement
R507 T948 T947 aux may,rest
R508 T949 T947 prep in,rest
R509 T950 T951 amod large,part
R510 T951 T949 pobj part,in
R511 T952 T947 prep on,rest
R512 T953 T954 det the,properties
R514 T955 T954 amod particular,properties
R515 T956 T954 prep of,properties
R516 T957 T958 amod dendrodendritic,synapses
R517 T958 T956 pobj synapses,of
R518 T959 T958 prep between,synapses
R519 T960 T961 det the,neurons
R520 T961 T959 pobj neurons,between
R521 T962 T961 amod principal,neurons
R522 T963 T961 compound output,neurons
R523 T964 T965 punct (,cells
R525 T966 T965 amod mitral,cells
R528 T969 T961 conj neurons,neurons
R529 T970 T969 amod inhibitory,neurons
R531 T972 T969 parataxis cells,neurons
R532 T973 T972 compound granule,cells
R536 T977 T975 pobj bulb,of
R537 T978 T977 amod olfactory,bulb
R541 T984 T981 pobj synapses,In
R542 T985 T984 amod distinct,synapses
R545 T988 T982 nsubjpass inhibition,controlled
R546 T989 T987 cc and,lateral
R547 T990 T987 conj recurrent,lateral
R551 T994 T992 pobj system,by
R552 T995 T996 npadvmod gamma,aminobutyric
R554 T997 T996 punct -,aminobutyric
R555 T998 T999 compound acid,A
R557 T1000 T999 punct -,A
R565 T1008 T1006 pobj part,of
R566 T1009 T1010 advmod closely,appositioned
R567 T1010 T1008 amod appositioned,part
R568 T1011 T1008 amod glutamatergic,part
R573 T1016 T1014 dobj release,triggering
R574 T1017 T1018 npadvmod gamma,aminobutyric
R576 T1019 T1018 punct -,aminobutyric
R577 T1020 T1016 compound acid,release
R580 T1023 T1021 pobj influx,by
R581 T1024 T1022 punct +,Ca2
R584 T1027 T1029 amod gated,channels
R585 T1028 T1027 punct -,gated
R586 T1029 T1025 pobj channels,through
R587 T1030 T1029 compound receptor,channels
R589 T1032 T982 parataxis 38,controlled
R590 T1033 T1032 punct [,38
R602 T1047 T1044 pcomp rely,Given
R603 T1048 T1049 amod neuronal,circuits
R604 T1049 T1047 nsubj circuits,rely
R605 T1050 T1049 acl underlying,circuits
R606 T1051 T1052 compound odor,discrimination
R607 T1052 T1050 dobj discrimination,underlying
R608 T1053 T1052 punct ", ",discrimination
R609 T1054 T1055 advmod as,as
R611 T1056 T1055 advmod well,as
R612 T1057 T1058 amod olfactory,memory
R613 T1058 T1052 conj memory,discrimination
R614 T1059 T1047 punct ", ",rely
R619 T1064 T1062 pobj neurotransmission,of
R620 T1065 T1064 amod excitatory,neurotransmission
R624 T1069 T1071 nmod amino,isoxazolepropionate
R625 T1070 T1069 punct -,amino
R626 T1071 T1083 compound isoxazolepropionate,receptors
R627 T1072 T1071 punct -,isoxazolepropionate
R628 T1073 T1074 nummod 3,hydroxy
R630 T1075 T1074 punct -,hydroxy
R631 T1076 T1071 punct -,isoxazolepropionate
R632 T1077 T1078 nummod 5,methyl
R634 T1079 T1078 punct -,methyl
R635 T1080 T1071 punct -,isoxazolepropionate
R636 T1081 T1071 nummod 4,isoxazolepropionate
R637 T1082 T1071 punct -,isoxazolepropionate
R652 T1097 T1090 dobj contribution,alter
R653 T1098 T1097 amod specific,contribution
R654 T1099 T1097 amod functional,contribution
R657 T1102 T1104 nmod amino,isoxazolepropionate
R658 T1103 T1102 punct -,amino
R659 T1104 T1116 nmod isoxazolepropionate,channels
R660 T1105 T1104 punct -,isoxazolepropionate
R661 T1106 T1107 nummod 3,hydroxy
R663 T1108 T1107 punct -,hydroxy
R664 T1109 T1104 punct -,isoxazolepropionate
R665 T1110 T1111 nummod 5,methyl
R667 T1112 T1111 punct -,methyl
R668 T1113 T1104 punct -,isoxazolepropionate
R669 T1114 T1104 nummod 4,isoxazolepropionate
R670 T1115 T1104 punct -,isoxazolepropionate
R671 T1116 T1100 pobj channels,of
R672 T1117 T1104 punct (,isoxazolepropionate
R673 T1118 T1104 appos AMPA,isoxazolepropionate
R674 T1119 T1116 punct ),channels
R677 T1122 T1120 dobj subunit,containing
R678 T1123 T1122 amod dominant,subunit
R680 T1125 T1122 appos B,subunit
R681 T1126 T1125 punct -,B
R685 T1132 T1129 pobj constituents,Of
R686 T1133 T1132 nummod four,constituents
R687 T1134 T1132 compound AMPAR,constituents
R690 T1137 T1132 appos A,constituents
R691 T1138 T1137 punct -,A
R702 T1150 T1148 dobj channels,form
R703 T1151 T1150 prep with,channels
R704 T1152 T1153 amod different,combinations
R705 T1153 T1151 pobj combinations,with
R708 T1156 T1130 punct ", ",contained
R709 T1157 T1158 compound GluR,B
R710 T1158 T1130 nsubjpass B,contained
R712 T1160 T1130 auxpass is,contained
R713 T1161 T1130 prep in,contained
R714 T1162 T1163 det the,majority
R715 T1149 T1150 amod tetrameric,channels
R716 T1164 T1163 prep of,majority
R717 T1165 T1164 pobj AMPARs,of
R718 T1166 T1130 punct .,contained
R719 T1163 T1161 pobj majority,in
R721 T1169 T1171 nsubjpass B,involved
R722 T1172 T1171 auxpass is,involved
R723 T1170 T1169 punct -,B
R724 T1174 T1171 prep in,involved
R725 T1175 T1176 det the,formation
R726 T1176 T1174 pobj formation,in
R727 T1177 T1176 cc and,formation
R728 T1178 T1176 conj trafficking,formation
R729 T1173 T1171 advmod critically,involved
R730 T1180 T1179 pobj AMPARs,of
R731 T1181 T1171 punct ", ",involved
R732 T1179 T1176 prep of,formation
R733 T1183 T1171 conj dominates,involved
R734 T1184 T1185 poss their,conductance
R735 T1185 T1183 dobj conductance,dominates
R737 T1182 T1171 cc and,involved
R738 T1188 T1189 compound gating,properties
R739 T1189 T1185 conj properties,conductance
R740 T1187 T1185 cc and,conductance
R741 T1191 T1183 parataxis 40,dominates
R742 T1192 T1193 punct –,46
R743 T1190 T1191 punct [,40
R744 T1194 T1191 punct ],40
R745 T1195 T1171 punct .,involved
R746 T1193 T1191 prep 46,40
R749 T1201 T1198 nsubjpass permeability,mediated
R750 T1200 T1201 det the,permeability
R753 T1202 T1203 advmod normally,low
R754 T1206 T1201 prep of,permeability
R755 T1207 T1208 compound AMPA,channels
R756 T1205 T1204 punct +,Ca2
R757 T1209 T1236 amod critical,site
R759 T1211 T1380 prep of,ablation
R760 T1208 T1206 pobj channels,of
R761 T1214 T1210 pobj neurons,in
R762 T1215 T1198 auxpass is,mediated
R763 T1212 T1214 amod principal,neurons
R764 T1216 T1198 advmod solely,mediated
R765 T1217 T1198 agent by,mediated
R766 T1218 T1643 nummod 55,57
R767 T1213 T1444 amod synaptic,plasticity
R768 T1220 T1217 pobj B,by
R769 T1221 T1220 punct -,B
R770 T1219 T1220 compound GluR,B
R771 T1223 T1717 punct ", ",exploited
R772 T1225 T1224 pcomp to,due
R773 T1222 T1198 punct ", ",mediated
R774 T1227 T1228 det a,residue
R775 T1224 T1198 prep due,mediated
R776 T1228 T1224 pobj residue,due
R777 T1226 T1854 punct “,rescue
R778 T1230 T1228 compound arginine,residue
R779 T1231 T1232 punct (,R587
R780 T1229 T1228 amod unique,residue
R781 T1233 T1232 punct ),R587
R782 T1234 T1228 prep in,residue
R783 T1235 T1236 det the,site
R784 T1232 T1228 parataxis R587,residue
R785 T1237 T1209 advmod functionally,critical
R786 T1239 T1236 nmod arginine,site
R787 T1236 T1234 pobj site,in
R788 T1238 T1239 nmod glutamine,arginine
R789 T1241 T1242 punct (,R
R790 T1242 T1236 parataxis R,site
R791 T1240 T1239 punct /,arginine
R792 T1244 T1242 punct /,R
R793 T1245 T1242 punct ),R
R794 T1243 T1242 compound Q,R
R795 T1247 T1248 det the,M2
R797 T1246 T1236 prep of,site
R798 T1250 T1248 amod forming,M2
R799 T1249 T1250 npadvmod pore,forming
R800 T1252 T1248 compound segment,M2
R801 T1251 T1250 punct -,forming
R803 T1253 T1254 punct [,48
R804 T1256 T1254 punct ",",48
R805 T1257 T1254 nummod 47,48
R806 T1255 T1254 nummod 44,48
R807 T1259 T1254 punct ],48
R808 T1260 T1228 punct ", ",residue
R809 T1258 T1254 punct ",",48
R810 T1262 T1261 prep from,resulting
R811 T1263 T1264 compound RNA,editing
R812 T1264 T1262 pobj editing,from
R813 T1261 T1228 acl resulting,residue
R814 T1266 T1267 compound GluR,B
R815 T1267 T1269 compound B,pre-mRNA
R816 T1265 T1264 prep of,editing
R817 T1269 T1265 pobj pre-mRNA,of
R818 T1270 T1271 punct (,49
R819 T1268 T1267 punct -,B
R820 T1272 T1271 punct [,49
R821 T1273 T1271 punct ],49
R822 T1271 T1198 parataxis 49,mediated
R823 T1275 T1271 advcl reviewed,49
R824 T1276 T1275 prep in,reviewed
R825 T1274 T1271 punct ;,49
R826 T1278 T1276 pobj 50,in
R827 T1279 T1271 punct ],49
R828 T1280 T1271 punct ),49
R829 T1281 T1198 punct .,mediated
R830 T1277 T1276 punct [,in
R831 T1283 T1284 advmod Hence,leads
R832 T1286 T1287 preconj either,deficiency
R833 T1287 T1284 nsubj deficiency,leads
R834 T1285 T1284 punct ", ",leads
R835 T1289 T1287 compound B,deficiency
R836 T1290 T1289 punct -,B
R837 T1288 T1289 compound GluR,B
R838 T1292 T1287 cc or,deficiency
R839 T1293 T1294 det the,expression
R840 T1291 T1287 punct ", ",deficiency
R841 T1295 T1294 prep of,expression
R842 T1296 T1297 nmod Q,R
R843 T1294 T1287 conj expression,deficiency
R844 T1298 T1297 punct /,R
R845 T1299 T1295 pobj B,of
R846 T1297 T1299 nmod R,B
R847 T1301 T1299 amod unedited,B
R848 T1303 T1299 compound GluR,B
R849 T1300 T1301 npadvmod site,unedited
R850 T1302 T1301 punct -,unedited
R851 T1305 T1299 prep with,B
R852 T1306 T1307 det a,residue
R853 T1304 T1299 punct -,B
R854 T1308 T1307 compound glutamine,residue
R855 T1309 T1307 prep at,residue
R856 T1307 T1305 pobj residue,with
R857 T1311 T1309 pobj site,at
R858 T1310 T1311 det the,site
R859 T1313 T1311 compound channel,site
R860 T1314 T1284 punct ", ",leads
R861 T1312 T1311 amod critical,site
R862 T1316 T1317 amod increased,permeability
R863 T1317 T1315 pobj permeability,to
R864 T1315 T1284 prep to,leads
R865 T1319 T1318 punct +,Ca2
R866 T1320 T1317 prep of,permeability
R867 T1318 T1317 nmod Ca2,permeability
R868 T1322 T1320 pobj channels,of
R869 T1323 T1284 punct ", ",leads
R870 T1321 T1322 compound AMPA,channels
R871 T1325 T1284 advcl demonstrated,leads
R872 T1326 T1325 advmod amply,demonstrated
R873 T1324 T1325 mark as,demonstrated
R874 T1328 T1329 npadvmod gene,targeted
R875 T1329 T1331 amod targeted,mice
R876 T1327 T1325 prep in,demonstrated
R877 T1331 T1327 pobj mice,in
R878 T1332 T1333 punct [,60
R879 T1330 T1329 punct -,targeted
R880 T1334 T1333 nummod 51,60
R881 T1335 T1333 punct ",",60
R882 T1333 T1284 parataxis 60,leads
R883 T1337 T1333 punct ",",60
R884 T1336 T1333 nummod 53,60
R885 T1339 T1333 punct ",",60
R886 T1340 T1333 punct ],60
R887 T1338 T1333 nummod 58,60
R888 T1343 T1344 advmod Thus,generate
R889 T1341 T1284 punct .,leads
R890 T1345 T1344 punct ", ",generate
R891 T1347 T1344 nsubj absence,generate
R892 T1348 T1347 prep of,absence
R893 T1346 T1347 det the,absence
R894 T1350 T1348 pobj B,of
R895 T1351 T1350 punct -,B
R896 T1349 T1350 compound GluR,B
R897 T1353 T1347 cc or,absence
R898 T1354 T1355 det the,expression
R899 T1352 T1347 punct ", ",absence
R900 T1356 T1355 prep of,expression
R901 T1357 T1358 nmod GluR,Q
R902 T1358 T1356 pobj Q,of
R903 T1355 T1347 conj expression,absence
R904 T1360 T1358 nmod B,Q
R905 T1361 T1358 punct (,Q
R906 T1359 T1358 punct -,Q
R907 T1363 T1347 prep in,absence
R908 T1362 T1358 punct ),Q
R909 T1365 T1363 pobj bulb,in
R910 T1364 T1365 det the,bulb
R911 T1367 T1344 punct ", ",generate
R912 T1368 T1344 aux may,generate
R913 T1366 T1365 amod olfactory,bulb
R914 T1370 T1344 dobj inhibition,generate
R915 T1371 T1344 prep in,generate
R916 T1369 T1370 amod increased,inhibition
R917 T1373 T1371 pobj cells,in
R918 T1374 T1344 punct .,generate
R919 T1372 T1373 amod mitral,cells
R920 T1376 T1377 advmod Moreover,alter
R921 T1378 T1377 punct ", ",alter
R922 T1379 T1380 det the,ablation
R923 T1381 T1382 compound GluR,B
R924 T1382 T1211 pobj B,of
R925 T1380 T1377 nsubj ablation,alter
R926 T1384 T1380 punct ", ",ablation
R927 T1385 T1380 cc but,ablation
R928 T1383 T1382 punct -,B
R929 T1387 T1380 conj changes,ablation
R930 T1388 T1387 prep in,changes
R931 T1386 T1385 advmod also,but
R932 T1390 T1388 pobj extent,in
R933 T1391 T1390 prep of,extent
R934 T1389 T1390 det the,extent
R935 T1393 T1395 compound R,editing
R936 T1394 T1393 punct /,R
R937 T1392 T1393 compound Q,R
R938 T1396 T1395 compound site,editing
R939 T1397 T1395 prep of,editing
R940 T1395 T1391 pobj editing,of
R941 T1399 T1397 pobj B,of
R942 T1398 T1399 compound GluR,B
R943 T1401 T1377 punct ", ",alter
R944 T1402 T1377 aux can,alter
R945 T1400 T1399 punct -,B
R946 T1404 T1377 dobj strength,alter
R947 T1405 T1404 prep of,strength
R948 T1403 T1404 det the,strength
R949 T1407 T1405 pobj transmission,of
R950 T1408 T1407 amod synaptic,transmission
R951 T1406 T1407 amod excitatory,transmission
R952 T1410 T1411 det the,populations
R953 T1409 T1377 prep in,alter
R954 T1412 T1413 advmod genetically,addressed
R955 T1413 T1411 amod addressed,populations
R956 T1411 T1409 pobj populations,in
R957 T1415 T1416 punct [,60
R958 T1414 T1411 amod neuronal,populations
R959 T1417 T1416 nummod 51,60
R960 T1418 T1416 punct ",",60
R961 T1416 T1377 parataxis 60,alter
R962 T1420 T1416 punct ",",60
R963 T1421 T1416 punct ],60
R964 T1419 T1416 nummod 58,60
R965 T1423 T1424 advmod thus,shifting
R966 T1422 T1377 punct ", ",alter
R967 T1425 T1424 advmod potentially,shifting
R968 T1426 T1427 det the,balance
R969 T1424 T1377 advcl shifting,alter
R970 T1428 T1427 prep of,balance
R971 T1429 T1430 amod excitatory,transmission
R972 T1427 T1424 dobj balance,shifting
R973 T1431 T1429 cc and,excitatory
R974 T1432 T1429 conj inhibitory,excitatory
R975 T1430 T1428 pobj transmission,of
R976 T1434 T1435 det the,circuits
R977 T1435 T1433 pobj circuits,in
R978 T1433 T1424 prep in,shifting
R979 T1437 T1377 punct .,alter
R980 T1436 T1435 amod affected,circuits
R981 T1439 T1440 advmod Similarly,alter
R982 T1442 T1440 nsubj changes,alter
R983 T1443 T1442 prep in,changes
R984 T1441 T1440 punct ", ",alter
R985 T1445 T1442 prep due,changes
R986 T1444 T1443 pobj plasticity,in
R987 T1447 T1448 npadvmod Ca2,permeable
R989 T1446 T1445 pcomp to,due
R990 T1450 T1448 punct -,permeable
R991 T1451 T1445 pobj AMPARs,due
R992 T1449 T1447 punct +,Ca2
R993 T1453 T1451 parataxis 60,AMPARs
R994 T1452 T1453 punct [,60
R995 T1455 T1453 punct ",",60
R996 T1454 T1453 nummod 51,60
R997 T1457 T1453 punct ",",60
R998 T1458 T1453 punct ],60
R999 T1456 T1453 nummod 52,60
R1000 T1460 T1461 advmod e.g.,in
R1001 T1461 T1451 prep in,AMPARs
R1002 T1459 T1451 punct ", ",AMPARs
R1003 T1463 T1464 amod piriform,cortex
R1004 T1464 T1461 pobj cortex,in
R1005 T1462 T1461 punct ", ",in
R1006 T1466 T1440 aux might,alter
R1007 T1465 T1440 punct ", ",alter
R1008 T1468 T1469 compound memorization,processes
R1009 T1467 T1468 compound odor,memorization
R1010 T1470 T1440 punct .,alter
R1011 T1469 T1440 dobj processes,alter
R1012 T1472 T1473 advmod Thus,allow
R1013 T1475 T1473 nsubj alterations,allow
R1014 T1476 T1475 prep of,alterations
R1015 T1474 T1473 punct ", ",allow
R1016 T1478 T1476 pobj properties,of
R1017 T1479 T1475 prep in,alterations
R1018 T1477 T1478 compound AMPAR,properties
R1019 T1481 T1479 pobj regions,in
R1020 T1480 T1481 det these,regions
R1021 T1483 T1473 aux will,allow
R1022 T1484 T1473 dobj investigation,allow
R1023 T1482 T1481 compound brain,regions
R1024 T1486 T1487 advmod possibly,separation
R1025 T1485 T1484 cc and,investigation
R1026 T1488 T1484 prep of,investigation
R1027 T1487 T1484 conj separation,investigation
R1028 T1490 T1489 acl underlying,mechanisms
R1029 T1491 T1492 det these,traits
R1030 T1489 T1488 pobj mechanisms,of
R1031 T1493 T1492 amod behavioral,traits
R1032 T1492 T1490 dobj traits,underlying
R1033 T1496 T1497 prep Concerning,show
R1035 T1494 T1473 punct .,allow
R1036 T1500 T1499 amod intended,switch
R1037 T1498 T1499 det this,switch
R1038 T1502 T1503 compound AMPAR,properties
R1039 T1501 T1499 prep in,switch
R1040 T1504 T1497 punct ", ",show
R1041 T1505 T1497 nsubj mice,show
R1042 T1503 T1501 pobj properties,in
R1043 T1507 T1508 det all,B
R1044 T1506 T1505 acl lacking,mice
R1045 T1509 T1508 compound GluR,B
R1046 T1510 T1508 punct -,B
R1047 T1508 T1506 dobj B,lacking
R1048 T1512 T1497 advmod however,show
R1049 T1511 T1497 punct ", ",show
R1050 T1514 T1515 det a,impairment
R1051 T1515 T1497 dobj impairment,show
R1052 T1513 T1497 punct ", ",show
R1053 T1517 T1515 prep in,impairment
R1054 T1516 T1515 amod widespread,impairment
R1055 T1519 T1515 punct ", ",impairment
R1056 T1520 T1515 prep including,impairment
R1057 T1518 T1517 pobj behavior,in
R1058 T1522 T1521 punct ", ",lethargy
R1059 T1523 T1524 compound motor,coordination
R1060 T1521 T1520 pobj lethargy,including
R1061 T1525 T1521 conj problems,lethargy
R1062 T1526 T1525 punct ", ",problems
R1063 T1524 T1525 compound coordination,problems
R1064 T1528 T1525 conj deficits,problems
R1065 T1529 T1528 prep in,deficits
R1066 T1527 T1525 cc and,problems
R1067 T1531 T1529 pobj activity,in
R1068 T1530 T1531 amod exploratory,activity
R1069 T1533 T1528 parataxis 51,deficits
R1070 T1534 T1533 punct ],51
R1071 T1532 T1533 punct [,51
R1072 T1536 T1537 dep which,preclude
R1073 T1537 T1528 relcl preclude,deficits
R1074 T1535 T1528 punct ", ",deficits
R1075 T1539 T1537 dobj analyses,preclude
R1076 T1538 T1539 amod detailed,analyses
R1077 T1541 T1497 punct .,show
R1078 T1540 T1539 amod behavioral,analyses
R1079 T1543 T1544 advmod Similarly,become
R1080 T1546 T1544 nsubj mice,become
R1081 T1547 T1546 acl expressing,mice
R1082 T1548 T1547 punct (,expressing
R1083 T1549 T1547 prep in,expressing
R1084 T1545 T1544 punct ", ",become
R1085 T1551 T1549 pobj brain,in
R1086 T1552 T1551 amod entire,brain
R1087 T1550 T1551 det the,brain
R1088 T1554 T1555 det a,part
R1089 T1553 T1547 punct ),expressing
R1090 T1556 T1555 amod substantial,part
R1091 T1555 T1547 dobj part,expressing
R1092 T1558 T1559 det the,population
R1093 T1559 T1557 pobj population,of
R1094 T1557 T1555 prep of,part
R1095 T1561 T1559 compound B,population
R1096 T1562 T1561 punct -,B
R1097 T1560 T1561 compound GluR,B
R1098 T1564 T1565 det the,form
R1099 T1563 T1547 prep in,expressing
R1100 T1566 T1567 nmod Q,R
R1101 T1567 T1565 nmod R,form
R1102 T1565 T1563 pobj form,in
R1103 T1569 T1570 npadvmod site,unedited
R1104 T1570 T1565 amod unedited,form
R1105 T1568 T1567 punct /,R
R1106 T1572 T1573 npadvmod seizure,prone
R1107 T1571 T1570 punct -,unedited
R1108 T1574 T1573 punct -,prone
R1109 T1575 T1544 cc and,become
R1110 T1573 T1544 acomp prone,become
R1111 T1577 T1576 advmod prematurely,die
R1112 T1578 T1579 punct [,53
R1113 T1576 T1544 conj die,become
R1114 T1580 T1579 punct ],53
R1115 T1579 T1576 parataxis 53,die
R1116 T1583 T1584 nsubjpass Some,overcome
R1117 T1581 T1544 punct .,become
R1118 T1585 T1583 prep of,Some
R1119 T1586 T1587 det these,problems
R1120 T1588 T1584 aux can,overcome
R1121 T1589 T1584 auxpass be,overcome
R1122 T1587 T1585 pobj problems,of
R1123 T1591 T1584 prep by,overcome
R1124 T1590 T1584 advmod partially,overcome
R1125 T1593 T1592 prep of,use
R1126 T1594 T1595 advmod spatially,restricted
R1128 T1592 T1591 pobj use,by
R1129 T1597 T1594 conj temporally,spatially
R1130 T1598 T1593 pobj systems,of
R1131 T1596 T1594 cc and,spatially
R1132 T1600 T1601 punct [,54
R1133 T1601 T1598 parataxis 54,systems
R1134 T1599 T1598 compound expression,systems
R1135 T1603 T1601 prep 56,54
R1136 T1604 T1601 punct ],54
R1137 T1602 T1603 punct –,56
R1138 T1606 T1607 prep in,system
R1139 T1605 T1598 punct ", ",systems
R1140 T1608 T1606 amod particular,in
R1141 T1609 T1607 det the,system
R1142 T1610 T1611 compound Cre,lox
R1143 T1607 T1598 appos system,systems
R1144 T1612 T1611 punct -,lox
R1145 T1613 T1584 punct ", ",overcome
R1146 T1611 T1607 compound lox,system
R1147 T1615 T1584 advcl marked,overcome
R1148 T1614 T1615 mark with,marked
R1149 T1617 T1619 compound recombinase,expression
R1150 T1618 T1617 punct -,recombinase
R1151 T1619 T1615 nsubj expression,marked
R1152 T1616 T1617 compound Cre,recombinase
R1153 T1621 T1622 amod defined,areas
R1154 T1620 T1619 prep in,expression
R1155 T1623 T1622 compound brain,areas
R1156 T1624 T1622 prep of,areas
R1157 T1622 T1620 pobj areas,in
R1158 T1626 T1628 amod targeted,mice
R1159 T1625 T1626 npadvmod gene,targeted
R1160 T1628 T1624 pobj mice,of
R1161 T1627 T1626 punct -,targeted
R1162 T1630 T1631 compound GluR,B
R1163 T1631 T1633 compound B,alleles
R1164 T1629 T1628 acl carrying,mice
R1165 T1633 T1629 dobj alleles,carrying
R1166 T1632 T1631 punct -,B
R1167 T1635 T1636 compound loxP,sites
R1168 T1636 T1634 pobj sites,by
R1169 T1634 T1615 agent by,marked
R1170 T1638 T1639 npadvmod Cre,mediated
R1171 T1637 T1636 prep for,sites
R1172 T1640 T1639 punct -,mediated
R1173 T1641 T1637 pobj recombination,for
R1174 T1639 T1641 amod mediated,recombination
R1176 T1642 T1643 punct [,57
R1177 T1645 T1643 punct ],57
R1178 T1646 T1584 punct .,overcome
R1179 T1644 T1643 punct ",",57
R1180 T1648 T1649 advmod Indeed,resulted
R1181 T1650 T1649 punct ", ",resulted
R1182 T1652 T1653 det the,expression
R1183 T1653 T1651 dobj expression,restricting
R1184 T1651 T1649 csubj restricting,resulted
R1185 T1655 T1656 nmod Q,R
R1187 T1654 T1653 prep of,expression
R1188 T1658 T1654 pobj B,of
R1189 T1657 T1656 punct /,R
R1190 T1660 T1658 amod unedited,B
R1191 T1659 T1660 npadvmod site,unedited
R1192 T1662 T1658 compound GluR,B
R1193 T1663 T1658 punct -,B
R1194 T1661 T1660 punct -,unedited
R1195 T1665 T1664 pobj forebrain,to
R1196 T1666 T1649 prep in,resulted
R1197 T1664 T1651 prep to,restricting
R1198 T1668 T1669 amod normal,lifespan
R1199 T1669 T1666 pobj lifespan,in
R1200 T1667 T1668 advmod almost,normal
R1201 T1671 T1672 det an,phenotype
R1202 T1672 T1669 conj phenotype,lifespan
R1203 T1670 T1669 cc and,lifespan
R1204 T1674 T1675 advmod weakly,prone
R1206 T1673 T1674 advmod only,weakly
R1207 T1677 T1675 punct -,prone
R1208 T1676 T1675 npadvmod seizure,prone
R1209 T1679 T1649 parataxis 58,resulted
R1210 T1678 T1679 punct [,58
R1211 T1681 T1649 punct .,resulted
R1212 T1680 T1679 punct ],58
R1213 T1683 T1684 nsubj Mice,appeared
R1214 T1685 T1683 prep with,Mice
R1215 T1686 T1687 npadvmod forebrain,specific
R1216 T1688 T1687 punct -,specific
R1217 T1689 T1685 pobj depletion,with
R1218 T1687 T1689 amod specific,depletion
R1219 T1690 T1691 compound GluR,B
R1220 T1692 T1691 punct -,B
R1221 T1693 T1694 advmod almost,completely
R1222 T1691 T1689 compound B,depletion
R1223 T1695 T1684 oprd normal,appeared
R1224 T1696 T1684 prep throughout,appeared
R1225 T1694 T1695 advmod completely,normal
R1226 T1698 T1684 prep with,appeared
R1227 T1699 T1700 det no,abnormalities
R1228 T1697 T1696 pobj life,throughout
R1229 T1701 T1700 amod developmental,abnormalities
R1230 T1702 T1684 punct ", ",appeared
R1231 T1700 T1698 pobj abnormalities,with
R1232 T1704 T1684 advcl permitting,appeared
R1233 T1703 T1704 advmod thus,permitting
R1234 T1706 T1704 dobj investigation,permitting
R1235 T1705 T1706 det a,investigation
R1236 T1708 T1706 punct ", ",investigation
R1237 T1709 T1706 amod quantitative,investigation
R1238 T1707 T1706 amod detailed,investigation
R1239 T1711 T1712 amod olfactory,behavior
R1240 T1712 T1710 pobj behavior,of
R1241 T1710 T1706 prep of,investigation
R1242 T1715 T1716 aux To,allow
R1243 T1713 T1684 punct .,appeared
R1244 T1718 T1716 prep for,allow
R1245 T1716 T1717 advcl allow,exploited
R1247 T1721 T1720 amod mechanistic,separation
R1248 T1719 T1720 det the,separation
R1249 T1723 T1724 amod olfactory,learning
R1250 T1722 T1720 prep of,separation
R1251 T1725 T1724 punct ", ",learning
R1252 T1724 T1722 pobj learning,of
R1253 T1727 T1726 punct ", ",discrimination
R1254 T1728 T1726 cc and,discrimination
R1255 T1726 T1724 conj discrimination,learning
R1258 T1729 T1726 conj memory,discrimination
R1259 T1733 T1734 advmod well,known
R1263 T1735 T1734 punct -,known
R1266 T1737 T1736 pobj transgenes,of
R1268 T1740 T1732 relcl concerns,phenomenon
R1270 T1742 T1740 dobj expression,concerns
R1271 T1745 T1743 pobj lines,among
R1272 T1744 T1745 amod different,lines
R1274 T1746 T1745 compound founder,lines
R1277 T1748 T1749 advmod even,among
R1281 T1755 T1753 pobj line,of
R1282 T1756 T1755 amod given,line
R1285 T1760 T1766 advcl is,took
R1286 T1761 T1762 amod such,expression
R1287 T1762 T1760 nsubj expression,is
R1288 T1763 T1762 punct “,expression
R1289 T1764 T1762 nmod mosaic,expression
R1290 T1751 T1752 amod identical,individuals
R1293 T1765 T1762 punct ”,expression
R1296 T1769 T1766 punct ", ",took
R1299 T1772 T1766 dobj advantage,took
R1301 T1775 T1766 prep by,took
R1302 T1778 T1776 dobj B,ablating
R1303 T1779 T1778 punct -,B
R1304 T1777 T1778 compound GluR,B
R1306 T1782 T1784 amod targeted,alleles
R1307 T1780 T1776 prep via,ablating
R1308 T1784 T1780 pobj alleles,via
R1309 T1785 T1784 punct ", ",alleles
R1310 T1783 T1782 punct -,targeted
R1311 T1787 T1788 compound GluR,B
R1313 T1786 T1784 amod floxed,alleles
R1316 T1789 T1788 punct -,B
R1319 T1792 T1790 pobj help,with
R1320 T1796 T1795 amod transgenic,line
R1323 T1797 T1795 compound mouse,line
R1324 T1800 T1798 pobj expression,with
R1325 T1801 T1800 compound Cre,expression
R1326 T1799 T1800 amod variegated,expression
R1329 T1802 T1800 prep in,expression
R1330 T1806 T1807 prep By,investigated
R1331 T1808 T1806 pcomp correlating,By
R1332 T1810 T1812 compound B,levels
R1333 T1811 T1810 punct -,B
R1335 T1809 T1810 compound GluR,B
R1337 T1813 T1812 prep in,levels
R1338 T1816 T1815 punct -,related
R1339 T1815 T1817 amod related,regions
R1340 T1818 T1817 compound brain,regions
R1342 T1817 T1813 pobj regions,in
R1343 T1821 T1819 pobj data,with
R1344 T1822 T1821 amod behavioral,data
R1345 T1820 T1821 amod quantitative,data
R1349 T1823 T1807 punct ", ",investigated
R1351 T1829 T1827 pobj B,on
R1352 T1827 T1826 prep on,dependence
R1355 T1830 T1829 punct -,B
R1358 T1833 T1831 pobj discrimination,of
R1360 T1836 T1807 punct .,investigated
R1361 T1840 T1839 punct ", ",used
R1364 T1841 T1842 aux to,delineate
R1365 T1845 T1844 compound brain,areas
R1366 T1844 T1842 dobj areas,delineate
R1369 T1849 T1847 pobj processes,in
R1370 T1846 T1844 acl involved,areas
R1371 T1851 T1849 amod olfactory,processes
R1373 T1850 T1849 amod distinctive,processes
R1374 T1854 T1839 dobj rescue,used
R1375 T1853 T1854 amod transgenic,rescue
R1376 T1856 T1854 prep of,rescue
R1377 T1857 T1858 compound GluR,B
R1378 T1855 T1854 punct ”,rescue
R1421 T1900 T1898 conj discrimination,learning
R1422 T1904 T1872 punct .,allowed
R1423 T1903 T1900 conj memory,discrimination
R1428 T2403 T2404 nmod GluR,B
R1429 T2404 T2406 nmod B,Expression
R1430 T2405 T2404 punct -,B
R1431 T2406 T2410 nsubj Expression,Increases
R1432 T2407 T2408 punct (,Q
R1433 T2408 T2404 parataxis Q,B
R1434 T2409 T2408 punct ),Q
R1435 T2411 T2406 prep in,Expression
R1436 T2412 T2413 det the,Forebrain
R1437 T2413 T2411 pobj Forebrain,in
R1438 T2414 T2415 amod Olfactory,Learning
R1439 T2415 T2410 dobj Learning,Increases
R1440 T2416 T2415 cc and,Learning
R1441 T2417 T2415 conj Discrimination,Learning
R1442 T2419 T2420 aux To,explore
R1443 T2420 T2421 advcl explore,analyzed
R1444 T2422 T2423 det the,role
R1445 T2423 T2420 dobj role,explore
R1446 T2424 T2423 prep of,role
R1447 T2425 T2426 amod fast,neurotransmission
R1448 T2426 T2424 pobj neurotransmission,of
R1449 T2427 T2426 amod excitatory,neurotransmission
R1450 T2428 T2426 acl carried,neurotransmission
R1451 T2429 T2428 prep by,carried
R1452 T2430 T2431 compound GluR,B
R1453 T2431 T2433 npadvmod B,containing
R1454 T2432 T2431 punct -,B
R1455 T2433 T2435 amod containing,channels
R1456 T2434 T2433 punct -,containing
R1457 T2435 T2429 pobj channels,by
R1458 T2436 T2435 compound AMPA,channels
R1459 T2437 T2423 prep in,role
R1460 T2438 T2439 amod olfactory,processes
R1461 T2439 T2437 pobj processes,in
R1462 T2440 T2421 punct ", ",analyzed
R1463 T2441 T2421 nsubj we,analyzed
R1464 T2442 T2421 advmod first,analyzed
R1465 T2443 T2421 dobj mice,analyzed
R1466 T2444 T2445 dep that,express
R1467 T2445 T2443 relcl express,mice
R1468 T2446 T2445 dobj part,express
R1469 T2447 T2446 prep of,part
R1470 T2448 T2449 det the,population
R1471 T2449 T2447 pobj population,of
R1472 T2450 T2451 compound GluR,B
R1473 T2451 T2449 compound B,population
R1474 T2452 T2451 punct -,B
R1475 T2453 T2445 prep in,express
R1476 T2454 T2455 det a,form
R1477 T2455 T2453 pobj form,in
R1478 T2456 T2457 compound Q,R
R1479 T2457 T2459 compound R,site
R1480 T2458 T2457 punct /,R
R1481 T2459 T2460 npadvmod site,unedited
R1482 T2460 T2455 amod unedited,form
R1483 T2461 T2460 punct -,unedited
R1484 T2462 T2463 punct (,1A
R1485 T2463 T2421 parataxis 1A,analyzed
R1486 T2464 T2463 compound Figure,1A
R1487 T2465 T2463 punct ;,1A
R1488 T2466 T2463 advcl termed,1A
R1489 T2467 T2466 punct “,termed
R1490 T2468 T2469 compound GluR,BΔECS
R1491 T2469 T2466 oprd BΔECS,termed
R1492 T2470 T2469 punct -,BΔECS
R1493 T2471 T2469 punct :,BΔECS
R1494 T2472 T2469 appos FB,BΔECS
R1495 T2473 T2463 punct ”,1A
R1496 T2474 T2463 punct ;,1A
R1497 T2475 T2463 advcl see,1A
R1498 T2476 T2475 advmod also,see
R1499 T2477 T2475 punct [,see
R1500 T2478 T2475 dobj 58,see
R1501 T2479 T2463 punct ],1A
R1502 T2480 T2463 punct ),1A
R1503 T2481 T2421 punct .,analyzed
R1504 T2483 T2484 det These,mice
R1505 T2484 T2485 nsubj mice,carry
R1506 T2486 T2485 punct ", ",carry
R1507 T2487 T2485 prep in,carry
R1508 T2488 T2487 pobj addition,in
R1509 T2489 T2488 prep to,addition
R1510 T2490 T2491 det a,allele
R1511 T2491 T2489 pobj allele,to
R1512 T2492 T2493 amod wild,type
R1513 T2493 T2491 compound type,allele
R1514 T2494 T2493 punct -,type
R1515 T2495 T2496 compound GluR,B
R1516 T2496 T2491 compound B,allele
R1517 T2497 T2496 punct -,B
R1518 T2498 T2485 punct ", ",carry
R1519 T2499 T2500 det a,allele
R1520 T2500 T2485 dobj allele,carry
R1521 T2501 T2502 npadvmod gene,targeted
R1522 T2502 T2500 amod targeted,allele
R1523 T2503 T2502 punct -,targeted
R1524 T2504 T2505 compound GluR,Bneo
R1525 T2505 T2500 compound Bneo,allele
R1526 T2506 T2505 punct -,Bneo
R1527 T2507 T2508 prep in,replaced
R1528 T2508 T2500 relcl replaced,allele
R1529 T2509 T2507 pobj which,in
R1530 T2510 T2511 det the,sequence
R1531 T2511 T2508 nsubjpass sequence,replaced
R1532 T2512 T2511 amod intronic,sequence
R1533 T2513 T2511 amod critical,sequence
R1534 T2514 T2513 prep for,critical
R1535 T2515 T2516 compound GluR,B
R1536 T2516 T2518 compound B,editing
R1537 T2517 T2516 punct -,B
R1538 T2518 T2514 pobj editing,for
R1539 T2519 T2518 compound pre-mRNA,editing
R1540 T2520 T2518 prep at,editing
R1541 T2521 T2522 det the,site
R1542 T2522 T2520 pobj site,at
R1543 T2523 T2524 compound Q,R
R1544 T2524 T2522 compound R,site
R1545 T2525 T2524 punct /,R
R1546 T2526 T2508 auxpass is,replaced
R1547 T2527 T2508 agent by,replaced
R1548 T2528 T2529 det a,gene
R1550 T2530 T2529 amod floxed,gene
R1551 T2531 T2532 compound TK,neo
R1552 T2532 T2529 compound neo,gene
R1553 T2533 T2532 punct -,neo
R1554 T2534 T2529 punct ", ",gene
R1555 T2535 T2536 dep which,reduces
R1556 T2536 T2529 relcl reduces,gene
R1557 T2537 T2536 advmod severely,reduces
R1558 T2538 T2536 dobj splicing,reduces
R1559 T2539 T2538 prep of,splicing
R1560 T2540 T2541 det the,intron
R1561 T2541 T2539 pobj intron,of
R1562 T2542 T2541 amod modified,intron
R1563 T2543 T2536 cc and,reduces
R1564 T2544 T2545 advmod hence,attenuates
R1565 T2545 T2536 conj attenuates,reduces
R1566 T2546 T2547 det the,expression
R1567 T2547 T2545 dobj expression,attenuates
R1568 T2548 T2547 prep of,expression
R1569 T2549 T2550 det the,allele
R1570 T2550 T2548 pobj allele,of
R1571 T2551 T2552 compound GluR,Bneo
R1572 T2552 T2550 compound Bneo,allele
R1573 T2553 T2552 punct -,Bneo
R1574 T2554 T2555 punct [,60
R1575 T2555 T2485 parataxis 60,carry
R1576 T2556 T2555 punct ],60
R1577 T2557 T2485 punct .,carry
R1578 T2559 T2560 aux To,unsilence
R1579 T2560 T2561 advcl unsilence,crossed
R1580 T2562 T2563 det the,allele
R1582 T2564 T2563 amod attenuated,allele
R1583 T2565 T2566 compound GluR,Bneo
R1584 T2566 T2563 compound Bneo,allele
R1585 T2567 T2566 punct -,Bneo
R1586 T2568 T2560 punct ", ",unsilence
R1587 T2569 T2570 advmod specifically,in
R1588 T2570 T2560 prep in,unsilence
R1589 T2571 T2572 det the,forebrain
R1590 T2572 T2570 pobj forebrain,in
R1591 T2573 T2572 amod postnatal,forebrain
R1592 T2574 T2561 punct ", ",crossed
R1593 T2575 T2561 nsubj we,crossed
R1594 T2576 T2561 prep in,crossed
R1595 T2577 T2578 det the,transgene
R1596 T2578 T2576 pobj transgene,in
R1597 T2579 T2578 compound TgCre4,transgene
R1598 T2580 T2578 punct ", ",transgene
R1599 T2581 T2582 dep which,encodes
R1600 T2582 T2578 relcl encodes,transgene
R1601 T2583 T2584 compound Cre,recombinase
R1602 T2584 T2582 dobj recombinase,encodes
R1603 T2585 T2584 punct -,recombinase
R1604 T2586 T2582 cc and,encodes
R1605 T2587 T2588 auxpass is,driven
R1606 T2588 T2582 conj driven,encodes
R1607 T2589 T2588 agent by,driven
R1608 T2590 T2591 det the,promoter
R1609 T2591 T2589 pobj promoter,by
R1610 T2592 T2591 compound αCaMKII,promoter
R1611 T2593 T2594 punct (,Camkcre4
R1612 T2594 T2561 parataxis Camkcre4,crossed
R1613 T2595 T2594 punct [,Camkcre4
R1614 T2596 T2594 dep 59,Camkcre4
R1615 T2597 T2594 punct ],Camkcre4
R1616 T2598 T2594 punct ;,Camkcre4
R1617 T2599 T2594 punct “,Camkcre4
R1618 T2600 T2594 punct ”,Camkcre4
R1619 T2601 T2594 punct ),Camkcre4
R1620 T2602 T2561 punct .,crossed
R1621 T2604 T2605 advmod Thus,removes
R1622 T2606 T2605 punct ", ",removes
R1623 T2607 T2608 compound Cre,recombinase
R1624 T2608 T2605 nsubj recombinase,removes
R1625 T2609 T2608 punct -,recombinase
R1626 T2610 T2605 prep in,removes
R1627 T2611 T2612 compound forebrain,neurons
R1628 T2612 T2610 pobj neurons,in
R1629 T2613 T2614 det the,gene
R1631 T2615 T2614 amod intronic,gene
R1632 T2616 T2617 compound TK,neo
R1633 T2617 T2614 compound neo,gene
R1634 T2618 T2617 punct -,neo
R1635 T2619 T2605 punct ", ",removes
R1636 T2620 T2605 advcl leading,removes
R1637 T2621 T2620 prep to,leading
R1638 T2622 T2623 det the,allele
R1640 T2624 T2623 amod active,allele
R1641 T2625 T2626 compound GluR,BΔECS
R1642 T2626 T2623 compound BΔECS,allele
R1643 T2627 T2626 punct -,BΔECS
R1644 T2628 T2623 prep for,allele
R1645 T2629 T2630 compound Q,R
R1646 T2630 T2632 compound R,site
R1647 T2631 T2630 punct /,R
R1648 T2632 T2633 npadvmod site,unedited
R1649 T2633 T2635 amod unedited,subunits
R1650 T2634 T2633 punct -,unedited
R1651 T2635 T2628 pobj subunits,for
R1652 T2636 T2637 nmod GluR,B
R1653 T2637 T2635 nmod B,subunits
R1654 T2638 T2637 punct -,B
R1655 T2639 T2640 punct (,Q
R1656 T2640 T2635 parataxis Q,subunits
R1657 T2641 T2640 punct ),Q
R1658 T2642 T2643 punct (,S1
R1659 T2643 T2605 parataxis S1,removes
R1660 T2644 T2643 dep Figures,S1
R1661 T2645 T2643 nummod 1,S1
R1662 T2646 T2643 cc and,S1
R1663 T2647 T2643 punct ),S1
R1664 T2648 T2605 punct .,removes
R1665 T2650 T2651 mark As,expected
R1666 T2651 T2652 advcl expected,increased
R1667 T2653 T2654 punct [,60
R1668 T2654 T2651 parataxis 60,expected
R1669 T2655 T2654 nummod 53,60
R1670 T2656 T2654 punct ",",60
R1671 T2657 T2654 punct ],60
R1672 T2658 T2652 punct ", ",increased
R1673 T2659 T2660 advmod also,in
R1674 T2660 T2652 prep in,increased
R1675 T2661 T2660 pobj mice,in
R1676 T2662 T2661 acl expressing,mice
R1677 T2663 T2662 advmod postnatally,expressing
R1678 T2664 T2665 npadvmod forebrain,specific
R1679 T2665 T2667 amod specific,subunits
R1680 T2666 T2665 punct -,specific
R1681 T2667 T2662 dobj subunits,expressing
R1682 T2668 T2669 compound Q,R
R1683 T2669 T2671 compound R,site
R1684 T2670 T2669 punct /,R
R1685 T2671 T2672 npadvmod site,unedited
R1686 T2672 T2667 amod unedited,subunits
R1687 T2673 T2672 punct -,unedited
R1688 T2674 T2675 nmod GluR,B
R1689 T2675 T2667 nmod B,subunits
R1690 T2676 T2675 punct -,B
R1691 T2677 T2678 punct (,Q
R1692 T2678 T2667 parataxis Q,subunits
R1693 T2679 T2678 punct ),Q
R1694 T2680 T2652 punct ", ",increased
R1695 T2681 T2682 nmod Ca2,permeability
R1696 T2682 T2652 nsubjpass permeability,increased
R1697 T2683 T2681 punct +,Ca2
R1698 T2684 T2682 prep through,permeability
R1699 T2685 T2684 pobj AMPAR,through
R1700 T2686 T2652 auxpass was,increased
R1701 T2687 T2652 cc and,increased
R1702 T2688 T2689 compound AMPAR,currents
R1703 T2689 T2690 nsubj currents,showed
R1704 T2690 T2652 conj showed,increased
R1705 T2691 T2690 dobj rectification,showed
R1706 T2692 T2693 punct (,58
R1707 T2693 T2690 parataxis 58,showed
R1708 T2694 T2693 punct [,58
R1709 T2695 T2693 punct ],58
R1710 T2696 T2693 cc and,58
R1711 T2697 T2698 amod unpublished,data
R1712 T2698 T2693 conj data,58
R1713 T2699 T2698 punct ),data
R1714 T2700 T2652 punct .,increased
R1715 T2702 T2703 nmod GluR,BΔECS
R1716 T2703 T2705 nmod BΔECS,mice
R1717 T2704 T2703 punct -,BΔECS
R1718 T2705 T2708 nsubj mice,had
R1719 T2706 T2703 punct :,BΔECS
R1720 T2707 T2703 appos FB,BΔECS
R1721 T2709 T2708 punct ", ",had
R1722 T2710 T2708 prep in,had
R1723 T2711 T2710 pobj contrast,in
R1724 T2712 T2711 prep to,contrast
R1725 T2713 T2712 pobj mice,to
R1726 T2714 T2713 acl expressing,mice
R1727 T2715 T2716 nmod GluR,Q
R1728 T2716 T2714 dobj Q,expressing
R1729 T2717 T2716 punct -,Q
R1730 T2718 T2716 nmod B,Q
R1731 T2719 T2716 punct (,Q
R1732 T2720 T2716 punct ),Q
R1733 T2721 T2714 advmod globally,expressing
R1734 T2722 T2708 punct ", ",had
R1735 T2723 T2724 det a,lifespan
R1736 T2724 T2708 dobj lifespan,had
R1737 T2725 T2724 amod prolonged,lifespan
R1738 T2726 T2724 cc and,lifespan
R1739 T2727 T2728 det no,alterations
R1740 T2728 T2724 conj alterations,lifespan
R1741 T2729 T2728 amod severe,alterations
R1742 T2730 T2728 amod developmental,alterations
R1743 T2731 T2708 punct .,had
R1744 T2733 T2734 nsubj They,were
R1745 T2735 T2734 advmod however,were
R1746 T2736 T2734 punct ", ",were
R1747 T2737 T2734 advmod still,were
R1748 T2738 T2739 npadvmod seizure,prone
R1749 T2739 T2734 acomp prone,were
R1750 T2740 T2739 punct -,prone
R1751 T2741 T2742 punct [,58
R1752 T2742 T2734 parataxis 58,were
R1753 T2743 T2742 punct ],58
R1754 T2744 T2734 punct ", ",were
R1755 T2745 T2734 cc and,were
R1756 T2746 T2747 advmod hence,restricted
R1757 T2747 T2734 conj restricted,were
R1758 T2748 T2749 amod behavioral,training
R1759 T2749 T2747 nsubjpass training,restricted
R1760 T2750 T2747 auxpass was,restricted
R1761 T2751 T2747 prep to,restricted
R1762 T2752 T2753 amod short,periods
R1763 T2753 T2751 pobj periods,to
R1764 T2754 T2753 prep of,periods
R1765 T2755 T2754 pobj time,of
R1766 T2756 T2747 punct .,restricted
R1767 T2758 T2759 nsubj We,trained
R1768 T2760 T2761 nummod six,mice
R1769 T2761 T2759 dobj mice,trained
R1770 T2762 T2763 nmod GluR,BΔECS
R1771 T2763 T2761 nmod BΔECS,mice
R1772 T2764 T2763 punct -,BΔECS
R1773 T2765 T2763 punct :,BΔECS
R1774 T2766 T2763 appos FB,BΔECS
R1775 T2767 T2761 cc and,mice
R1776 T2768 T2769 nummod six,controls
R1777 T2769 T2761 conj controls,mice
R1778 T2770 T2769 compound littermate,controls
R1779 T2771 T2759 prep on,trained
R1780 T2772 T2773 nummod one,pair
R1781 T2773 T2771 pobj pair,on
R1782 T2774 T2773 compound odor,pair
R1783 T2775 T2759 prep in,trained
R1784 T2776 T2777 det an,task
R1785 T2777 T2775 pobj task,in
R1786 T2778 T2777 amod automated,task
R1787 T2779 T2777 nmod go,task
R1788 T2780 T2779 punct /,go
R1789 T2781 T2782 det no,go
R1790 T2782 T2779 appos go,go
R1791 T2783 T2782 punct -,go
R1792 T2784 T2785 amod olfactory,conditioning
R1793 T2785 T2777 compound conditioning,task
R1794 T2786 T2787 punct [,61
R1795 T2787 T2759 parataxis 61,trained
R1796 T2788 T2787 nummod 3,61
R1797 T2789 T2787 punct ",",61
R1798 T2790 T2787 punct ],61
R1799 T2791 T2759 punct .,trained
R1800 T2793 T2794 prep In,trained
R1801 T2795 T2796 det this,task
R1802 T2796 T2793 pobj task,In
R1803 T2797 T2794 punct ", ",trained
R1804 T2798 T2799 npadvmod water,deprived
R1805 T2799 T2801 amod deprived,mice
R1806 T2800 T2799 punct -,deprived
R1807 T2801 T2794 nsubjpass mice,trained
R1808 T2802 T2794 auxpass are,trained
R1809 T2803 T2804 aux to,distinguish
R1810 T2804 T2794 xcomp distinguish,trained
R1811 T2805 T2806 det a,odor
R1812 T2806 T2804 dobj odor,distinguish
R1813 T2807 T2808 npadvmod water,rewarded
R1814 T2808 T2806 amod rewarded,odor
R1815 T2809 T2808 punct -,rewarded
R1816 T2810 T2811 punct (,S
R1817 T2811 T2806 parataxis S,odor
R1818 T2812 T2811 punct +,S
R1819 T2813 T2811 punct ),S
R1820 T2814 T2806 cc and,odor
R1821 T2815 T2816 det an,odor
R1822 T2816 T2806 conj odor,odor
R1823 T2817 T2816 amod unrewarded,odor
R1824 T2818 T2819 punct (,S
R1825 T2819 T2816 parataxis S,odor
R1826 T2820 T2819 punct −,S
R1827 T2821 T2819 punct ),S
R1828 T2822 T2804 prep by,distinguish
R1829 T2823 T2824 poss their,response
R1830 T2824 T2822 pobj response,by
R1831 T2825 T2824 compound licking,response
R1832 T2826 T2827 punct (,1B
R1833 T2827 T2794 parataxis 1B,trained
R1834 T2828 T2827 compound Figure,1B
R1835 T2829 T2827 punct ),1B
R1836 T2830 T2794 punct .,trained
R1837 T2832 T2833 preconj Both,BΔECS
R1838 T2833 T2836 nsubj BΔECS,acquired
R1839 T2834 T2833 compound GluR,BΔECS
R1840 T2835 T2833 punct -,BΔECS
R1841 T2837 T2833 punct :,BΔECS
R1842 T2838 T2833 appos FB,BΔECS
R1843 T2839 T2833 cc and,BΔECS
R1844 T2840 T2841 compound control,mice
R1845 T2841 T2833 conj mice,BΔECS
R1846 T2842 T2843 det the,task
R1847 T2843 T2836 dobj task,acquired
R1848 T2844 T2843 punct “,task
R1849 T2845 T2843 amod simple,task
R1850 T2846 T2843 punct ”,task
R1851 T2847 T2848 aux to,discriminate
R1852 T2848 T2843 acl discriminate,task
R1853 T2849 T2848 prep between,discriminate
R1854 T2850 T2851 det the,odors
R1855 T2851 T2849 pobj odors,between
R1856 T2852 T2851 amod monomolecular,odors
R1857 T2853 T2851 appos amylacetate,odors
R1858 T2854 T2853 cc and,amylacetate
R1859 T2855 T2853 conj ethylbutyrate,amylacetate
R1860 T2856 T2857 punct (,%
R1862 T2858 T2857 nsubj percentage,%
R1863 T2859 T2858 amod correct,percentage
R1864 T2860 T2857 punct >,%
R1865 T2861 T2857 nummod 70,%
R1866 T2862 T2857 prep after,%
R1867 T2863 T2864 nummod 400,trials
R1868 T2864 T2862 pobj trials,after
R1869 T2865 T2857 punct ),%
R1870 T2866 T2836 punct .,acquired
R1871 T2868 T2869 advmod Strikingly,showed
R1872 T2870 T2869 punct ", ",showed
R1873 T2871 T2872 nmod GluR,BΔECS
R1874 T2872 T2874 nmod BΔECS,mice
R1875 T2873 T2872 punct -,BΔECS
R1876 T2874 T2869 nsubj mice,showed
R1877 T2875 T2872 punct :,BΔECS
R1878 T2876 T2872 appos FB,BΔECS
R1879 T2877 T2878 advmod more,rapid
R1880 T2878 T2879 amod rapid,learning
R1881 T2879 T2869 dobj learning,showed
R1882 T2880 T2879 cc and,learning
R1883 T2881 T2882 amod enhanced,capabilities
R1884 T2882 T2879 conj capabilities,learning
R1885 T2883 T2882 compound discrimination,capabilities
R1886 T2884 T2885 punct (,1C
R1887 T2885 T2869 parataxis 1C,showed
R1888 T2886 T2885 compound Figure,1C
R1889 T2887 T2885 punct ", ",1C
R1890 T2888 T2889 compound group,effect
R1891 T2889 T2890 dep effect,0.01
R1892 T2890 T2885 dep 0.01,1C
R1893 T2891 T2890 punct : ,0.01
R1894 T2892 T2893 nsubj F,10.2
R1895 T2893 T2890 ccomp 10.2,0.01
R1896 T2894 T2892 punct (,F
R1897 T2895 T2892 nummod 1,F
R1898 T2896 T2892 punct ",",F
R1899 T2897 T2892 nummod 10,F
R1900 T2898 T2892 punct ),F
R1901 T2899 T2893 punct =,10.2
R1902 T2900 T2890 punct ", ",0.01
R1903 T2901 T2890 nsubj p,0.01
R1904 T2902 T2890 punct <,0.01
R1905 T2903 T2885 punct ),1C
R1906 T2904 T2869 punct .,showed
R1907 T2906 T2907 nsubjpass This,confirmed
R1908 T2908 T2907 auxpass was,confirmed
R1909 T2909 T2907 prep by,confirmed
R1910 T2910 T2909 pcomp fitting,by
R1911 T2911 T2912 amod linear,lines
R1912 T2912 T2910 dobj lines,fitting
R1913 T2913 T2912 compound trend,lines
R1914 T2914 T2910 prep to,fitting
R1915 T2915 T2916 det the,part
R1916 T2916 T2914 pobj part,to
R1917 T2917 T2916 amod initial,part
R1918 T2918 T2916 prep of,part
R1919 T2919 T2920 det the,curve
R1920 T2920 T2918 pobj curve,of
R1921 T2921 T2920 compound learning,curve
R1922 T2922 T2923 punct (,see
R1923 T2923 T2907 parataxis see,confirmed
R1924 T2924 T2925 compound slope,difference
R1925 T2925 T2926 dep difference,p
R1926 T2926 T2923 dep p,see
R1927 T2927 T2926 punct : ,p
R1928 T2928 T2929 punct <,0.05
R1929 T2929 T2926 prep 0.05,p
R1930 T2930 T2923 punct ;,see
R1931 T2931 T2923 dobj Materials,see
R1932 T2932 T2931 cc and,Materials
R1933 T2933 T2931 conj Methods,Materials
R1934 T2934 T2923 punct ),see
R1935 T2935 T2907 punct .,confirmed
R1936 T2937 T2938 det The,system
R1937 T2938 T2940 nsubj system,allows
R1938 T2939 T2938 compound training,system
R1939 T2941 T2938 acl employed,system
R1940 T2942 T2940 prep for,allows
R1941 T2943 T2944 amod careful,monitoring
R1942 T2944 T2942 pobj monitoring,for
R1943 T2945 T2944 prep of,monitoring
R1944 T2946 T2947 compound head,positions
R1945 T2947 T2945 pobj positions,of
R1946 T2948 T2949 punct [,3
R1947 T2949 T2940 parataxis 3,allows
R1948 T2950 T2949 punct ],3
R1949 T2951 T2940 punct .,allows
R1950 T2953 T2954 prep For,kept
R1951 T2955 T2956 amod rewarded,trials
R1952 T2956 T2953 pobj trials,For
R1953 T2957 T2958 punct (,1D
R1954 T2958 T2956 parataxis 1D,trials
R1955 T2959 T2958 compound Figure,1D
R1956 T2960 T2958 punct ", ",1D
R1957 T2961 T2958 amod green,1D
R1958 T2962 T2958 punct ),1D
R1959 T2963 T2954 punct ", ",kept
R1960 T2964 T2965 advmod already,trained
R1961 T2965 T2967 amod trained,animals
R1962 T2966 T2965 advmod weakly,trained
R1963 T2967 T2954 nsubj animals,kept
R1964 T2968 T2969 poss their,head
R1965 T2969 T2954 dobj head,kept
R1966 T2970 T2954 oprd in,kept
R1967 T2971 T2972 det the,port
R1968 T2972 T2970 pobj port,in
R1969 T2973 T2972 compound sampling,port
R1970 T2974 T2975 punct (,tube
R1971 T2975 T2972 parataxis tube,port
R1972 T2976 T2975 amod large,tube
R1973 T2977 T2975 prep in,tube
R1974 T2978 T2979 compound Figure,1B
R1975 T2979 T2977 pobj 1B,in
R1976 T2980 T2975 punct ),tube
R1977 T2981 T2954 prep during,kept
R1978 T2982 T2983 det the,trial
R1980 T2984 T2983 amod entire,trial
R1981 T2985 T2986 nummod 2,s
R1982 T2986 T2983 compound s,trial
R1983 T2987 T2986 punct -,s
R1984 T2988 T2954 punct ", ",kept
R1985 T2989 T2990 mark whereas,retracted
R1986 T2990 T2954 advcl retracted,kept
R1987 T2991 T2990 prep for,retracted
R1988 T2992 T2993 amod unrewarded,trials
R1989 T2993 T2991 pobj trials,for
R1990 T2994 T2995 det the,head
R1991 T2995 T2990 nsubjpass head,retracted
R1992 T2996 T2990 auxpass is,retracted
R1993 T2997 T2990 advmod quickly,retracted
R1994 T2998 T2999 punct (,1D
R1995 T2999 T2954 parataxis 1D,kept
R1996 T3001 T2999 punct ", ",1D
R1997 T3002 T2999 amod red,1D
R1998 T3003 T2999 punct ),1D
R1999 T3004 T2954 punct .,kept
R2000 T3006 T3007 det The,difference
R2001 T3007 T3008 nsubj difference,is
R2002 T3008 T3019 ccomp is,referred
R2003 T3009 T3007 prep of,difference
R2004 T3010 T3011 det these,curves
R2005 T3000 T2999 compound Figure,1D
R2006 T3012 T3011 nummod two,curves
R2007 T3013 T3014 punct (,1E
R2008 T3011 T3009 pobj curves,of
R2009 T3015 T3014 compound Figure,1E
R2010 T3014 T3007 parataxis 1E,difference
R2011 T3017 T3014 amod black,1E
R2012 T3016 T3014 punct ", ",1E
R2013 T3020 T3021 det a,assay
R2014 T3021 T3008 attr assay,is
R2015 T3018 T3014 punct ),1E
R2016 T3023 T3021 amod sensitive,assay
R2017 T3022 T3023 advmod very,sensitive
R2018 T3025 T3026 compound discrimination,performance
R2019 T3026 T3024 pobj performance,for
R2020 T3024 T3008 prep for,is
R2021 T3028 T3029 det the,maximum
R2022 T3029 T3019 nsubjpass maximum,referred
R2023 T3027 T3019 punct ;,referred
R2024 T3031 T3029 prep of,maximum
R2025 T3030 T3029 amod fitted,maximum
R2026 T3033 T3031 pobj curve,of
R2027 T3034 T3035 punct (,1E
R2028 T3032 T3033 det this,curve
R2029 T3036 T3035 compound Figure,1E
R2030 T3037 T3035 punct ", ",1E
R2031 T3035 T3029 parataxis 1E,maximum
R2032 T3039 T3035 punct ),1E
R2033 T3040 T3019 auxpass is,referred
R2034 T3041 T3019 prep to,referred
R2035 T3038 T3035 amod blue,1E
R2036 T3043 T3044 det the,index
R2037 T3042 T3019 prep as,referred
R2038 T3045 T3044 punct “,index
R2039 T3046 T3044 compound discrimination,index
R2040 T3044 T3042 pobj index,as
R2041 T3048 T3019 prep in,referred
R2042 T3049 T3050 det the,remainder
R2043 T3050 T3048 pobj remainder,in
R2044 T3047 T3019 punct ”,referred
R2045 T3052 T3053 det the,paper
R2046 T3051 T3050 prep of,remainder
R2047 T3054 T3019 cc and,referred
R2048 T3055 T3056 auxpass is,improved
R2049 T3053 T3051 pobj paper,of
R2050 T3057 T3056 advmod again,improved
R2051 T3056 T3019 conj improved,referred
R2052 T3059 T3056 prep for,improved
R2053 T3060 T3061 nmod GluR,BΔECS
R2054 T3058 T3056 advmod strongly,improved
R2055 T3062 T3061 punct -,BΔECS
R2056 T3061 T3063 nmod BΔECS,mice
R2057 T3064 T3061 punct :,BΔECS
R2058 T3063 T3059 pobj mice,for
R2059 T3066 T3056 punct ", ",improved
R2060 T3067 T3056 prep compared,improved
R2061 T3065 T3061 appos FB,BΔECS
R2062 T3069 T3068 pobj controls,with
R2063 T3068 T3067 prep with,compared
R2064 T3071 T3056 parataxis 1F,improved
R2065 T3072 T3071 compound Figure,1F
R2066 T3073 T3071 punct ;,1F
R2067 T3070 T3071 punct (,1F
R2068 T3075 T3076 dep effect,0.01
R2069 T3074 T3075 compound group,effect
R2070 T3077 T3076 punct : ,0.01
R2071 T3078 T3079 nsubj F,11.7
R2072 T3076 T3071 dep 0.01,1F
R2073 T3080 T3078 punct (,F
R2074 T3081 T3078 nummod 1,F
R2075 T3079 T3076 ccomp 11.7,0.01
R2076 T3083 T3078 nummod 10,F
R2077 T3084 T3078 punct ),F
R2078 T3082 T3078 punct ",",F
R2079 T3086 T3076 punct ", ",0.01
R2080 T3085 T3079 punct =,11.7
R2081 T3088 T3076 punct <,0.01
R2082 T3087 T3076 nsubj p,0.01
R2083 T3090 T3019 punct .,referred
R2084 T3092 T3093 nsubj This,was
R2085 T3089 T3071 punct ),1F
R2086 T3095 T3093 prep due,was
R2087 T3096 T3095 pcomp to,due
R2088 T3094 T3093 neg not,was
R2089 T3098 T3095 pobj performance,due
R2090 T3097 T3098 amod general,performance
R2091 T3100 T3098 punct ", ",performance
R2092 T3102 T3101 punct ", ",attention
R2093 T3099 T3098 compound motor,performance
R2094 T3101 T3098 conj attention,performance
R2095 T3104 T3105 compound motivation,changes
R2096 T3105 T3101 conj changes,attention
R2097 T3103 T3101 cc or,attention
R2098 T3107 T3108 mark as,were
R2099 T3106 T3093 punct ", ",was
R2100 T3109 T3110 preconj both,interval
R2101 T3108 T3093 advcl were,was
R2102 T3111 T3110 det the,interval
R2103 T3110 T3108 nsubj interval,were
R2104 T3113 T3114 punct (,effect
R2105 T3114 T3110 parataxis effect,interval
R2106 T3115 T3114 compound group,effect
R2107 T3112 T3110 amod intertrial,interval
R2108 T3117 T3118 nsubj F,0.56
R2109 T3118 T3125 ccomp 0.56,0.4
R2110 T3116 T3114 punct : ,effect
R2111 T3120 T3117 nummod 1,F
R2112 T3119 T3117 punct (,F
R2113 T3122 T3117 nummod 10,F
R2114 T3123 T3117 punct ),F
R2115 T3121 T3117 punct ",",F
R2116 T3125 T3114 ccomp 0.4,effect
R2117 T3124 T3118 punct =,0.56
R2118 T3126 T3125 punct ", ",0.4
R2119 T3128 T3125 punct >,0.4
R2120 T3129 T3114 punct ),effect
R2121 T3127 T3125 nsubj p,0.4
R2122 T3131 T3132 det the,frequency
R2123 T3130 T3110 cc and,interval
R2124 T3133 T3132 amod overall,frequency
R2125 T3132 T3110 conj frequency,interval
R2126 T3135 T3136 punct (,effect
R2127 T3136 T3132 parataxis effect,frequency
R2128 T3134 T3132 compound licking,frequency
R2129 T3138 T3136 punct : ,effect
R2130 T3137 T3136 compound group,effect
R2131 T3140 T3147 ccomp 0.72,0.4
R2132 T3141 T3139 punct (,F
R2133 T3139 T3140 nsubj F,0.72
R2134 T3143 T3139 punct ",",F
R2135 T3144 T3139 nummod 10,F
R2136 T3145 T3139 punct ),F
R2137 T3142 T3139 nummod 1,F
R2138 T3147 T3136 ccomp 0.4,effect
R2139 T3146 T3140 punct =,0.72
R2140 T3149 T3147 nsubj p,0.4
R2141 T3148 T3147 punct ", ",0.4
R2142 T3151 T3136 punct ),effect
R2143 T3152 T3108 acomp unaffected,were
R2144 T3150 T3147 punct >,0.4
R2145 T3157 T3156 punct ", ",resulted
R2146 T3153 T3093 punct .,was
R2147 T3155 T3156 advmod Thus,resulted
R2148 T3159 T3158 prep of,expression
R2149 T3160 T3161 npadvmod Ca2,permeable
R2150 T3158 T3156 nsubj expression,resulted
R2151 T3162 T3160 punct +,Ca2
R2152 T3161 T3164 amod permeable,AMPARs
R2153 T3164 T3159 pobj AMPARs,of
R2154 T3163 T3161 punct -,permeable
R2155 T3166 T3167 compound forebrain,areas
R2156 T3165 T3158 prep in,expression
R2157 T3168 T3167 punct ", ",areas
R2158 T3169 T3167 prep including,areas
R2159 T3167 T3165 pobj areas,in
R2160 T3171 T3169 pobj bulb,including
R2161 T3172 T3171 amod olfactory,bulb
R2162 T3173 T3156 punct ", ",resulted
R2163 T3170 T3171 det the,bulb
R2164 T3175 T3176 advmod more,rapid
R2165 T3174 T3156 prep in,resulted
R2166 T3177 T3174 pobj learning,in
R2167 T3176 T3177 amod rapid,learning
R2168 T3179 T3177 cc and,learning
R2169 T3178 T3177 compound odor,learning
R2170 T3181 T3177 conj discrimination,learning
R2171 T3180 T3181 amod enhanced,discrimination
R2172 T3183 T3156 punct .,resulted
R2174 T3182 T3181 amod olfactory,discrimination
R2176 T3577 T3578 compound GluR,BΔFB
R2177 T3578 T3580 compound BΔFB,Mice
R2178 T3579 T3578 punct -,BΔFB
R2179 T3580 T3581 nsubj Mice,Exhibit
R2180 T3582 T3583 amod Increased,Performance
R2181 T3583 T3581 dobj Performance,Exhibit
R2182 T3584 T3585 compound Olfactory,Discrimination
R2183 T3585 T3583 compound Discrimination,Performance
R2184 T3587 T3588 aux To,ascertain
R2185 T3588 T3589 advcl ascertain,analyzed
R2186 T3590 T3591 mark if,correlate
R2187 T3591 T3588 ccomp correlate,ascertain
R2188 T3592 T3593 amod enhanced,learning
R2189 T3593 T3591 nsubj learning,correlate
R2190 T3594 T3593 amod olfactory,learning
R2191 T3595 T3593 cc and,learning
R2192 T3596 T3597 compound odor,discrimination
R2193 T3597 T3593 conj discrimination,learning
R2194 T3598 T3591 aux may,correlate
R2195 T3599 T3591 advmod indeed,correlate
R2196 T3600 T3591 prep with,correlate
R2197 T3601 T3602 det the,permeability
R2198 T3602 T3600 pobj permeability,with
R2199 T3603 T3602 amod increased,permeability
R2200 T3604 T3602 nmod Ca2,permeability
R2201 T3605 T3604 punct +,Ca2
R2202 T3606 T3602 prep of,permeability
R2203 T3607 T3608 compound AMPA,channels
R2204 T3608 T3606 pobj channels,of
R2205 T3609 T3591 prep in,correlate
R2206 T3610 T3611 det the,form
R2208 T3612 T3613 compound Q,R
R2209 T3613 T3615 compound R,site
R2210 T3614 T3613 punct /,R
R2211 T3615 T3616 npadvmod site,unedited
R2212 T3616 T3611 amod unedited,form
R2213 T3617 T3616 punct -,unedited
R2214 T3618 T3589 punct ", ",analyzed
R2215 T3619 T3589 nsubj we,analyzed
R2216 T3620 T3589 advmod next,analyzed
R2217 T3621 T3622 compound GluR,BΔFB
R2218 T3622 T3624 compound BΔFB,mice
R2219 T3623 T3622 punct -,BΔFB
R2220 T3624 T3589 dobj mice,analyzed
R2221 T3625 T3624 punct ", ",mice
R2222 T3626 T3627 dep which,lack
R2223 T3627 T3624 relcl lack,mice
R2224 T3628 T3629 compound GluR,B
R2225 T3629 T3627 dobj B,lack
R2226 T3630 T3629 punct -,B
R2227 T3631 T3627 prep in,lack
R2228 T3632 T3631 pobj forebrain,in
R2229 T3633 T3589 punct .,analyzed
R2230 T3635 T3636 det This,ablation
R2231 T3636 T3638 nsubjpass ablation,generated
R2232 T3637 T3636 amod specific,ablation
R2233 T3639 T3638 auxpass was,generated
R2234 T3640 T3638 prep by,generated
R2235 T3641 T3642 npadvmod forebrain,selective
R2236 T3642 T3644 amod selective,expression
R2237 T3643 T3642 punct -,selective
R2238 T3644 T3640 pobj expression,by
R2239 T3645 T3644 compound TgCre4,expression
R2240 T3646 T3647 punct (,Camkcre4
R2241 T3647 T3644 parataxis Camkcre4,expression
R2242 T3648 T3647 punct [,Camkcre4
R2243 T3649 T3647 dep 59,Camkcre4
R2244 T3650 T3647 punct ],Camkcre4
R2245 T3651 T3647 punct “,Camkcre4
R2246 T3652 T3647 punct ”,Camkcre4
R2247 T3653 T3647 punct ),Camkcre4
R2248 T3654 T3638 prep in,generated
R2249 T3655 T3656 npadvmod gene,targeted
R2250 T3656 T3658 amod targeted,mice
R2251 T3657 T3656 punct -,targeted
R2252 T3658 T3654 pobj mice,in
R2253 T3659 T3660 compound GluR,B2lox
R2254 T3660 T3658 compound B2lox,mice
R2255 T3661 T3660 punct -,B2lox
R2256 T3662 T3658 acl carrying,mice
R2257 T3663 T3662 punct ", ",carrying
R2258 T3664 T3662 prep in,carrying
R2259 T3665 T3666 preconj both,alleles
R2260 T3666 T3664 pobj alleles,in
R2261 T3667 T3668 compound GluR,B
R2262 T3668 T3666 compound B,alleles
R2263 T3669 T3668 punct -,B
R2264 T3670 T3662 punct ", ",carrying
R2265 T3671 T3672 det a,exon
R2266 T3672 T3662 dobj exon,carrying
R2267 T3673 T3672 amod floxed,exon
R2268 T3674 T3672 nummod 11,exon
R2269 T3675 T3676 punct (,2A
R2270 T3676 T3672 parataxis 2A,exon
R2271 T3677 T3676 compound Figure,2A
R2272 T3678 T3676 punct ),2A
R2273 T3679 T3638 punct .,generated
R2274 T3681 T3682 det The,depletion
R2275 T3682 T3687 nsubjpass depletion,monitored
R2276 T3683 T3682 amod specific,depletion
R2277 T3684 T3685 compound GluR,B
R2278 T3685 T3682 compound B,depletion
R2279 T3686 T3685 punct -,B
R2280 T3688 T3682 prep in,depletion
R2281 T3689 T3690 compound GluR,BΔFB
R2282 T3690 T3692 compound BΔFB,mice
R2283 T3691 T3690 punct -,BΔFB
R2284 T3692 T3688 pobj mice,in
R2285 T3693 T3687 aux can,monitored
R2286 T3694 T3687 auxpass be,monitored
R2287 T3695 T3687 prep by,monitored
R2288 T3696 T3695 pobj immunohistochemistry,by
R2289 T3697 T3698 punct (,see
R2290 T3698 T3696 parataxis see,immunohistochemistry
R2291 T3699 T3698 advmod below,see
R2292 T3700 T3698 punct ),see
R2293 T3701 T3696 cc and,immunohistochemistry
R2294 T3702 T3696 conj immunoblotting,immunohistochemistry
R2295 T3703 T3687 punct .,monitored
R2296 T3705 T3706 prep In,found
R2297 T3707 T3708 amod quantitative,analyses
R2298 T3708 T3705 pobj analyses,In
R2299 T3709 T3708 compound immunoblot,analyses
R2300 T3710 T3706 punct ", ",found
R2301 T3711 T3706 nsubj we,found
R2302 T3712 T3713 compound GluR,B
R2303 T3713 T3715 compound B,levels
R2304 T3714 T3713 punct -,B
R2305 T3715 T3716 nsubj levels,reduced
R2306 T3716 T3706 ccomp reduced,found
R2307 T3717 T3716 prep to,reduced
R2308 T3718 T3719 quantmod 28,7
R2309 T3719 T3721 nummod 7,%
R2310 T3720 T3719 punct ±,7
R2311 T3721 T3717 pobj %,to
R2312 T3722 T3721 punct ", ",%
R2313 T3723 T3724 quantmod 29,8
R2314 T3724 T3726 nummod 8,%
R2315 T3725 T3724 punct ±,8
R2316 T3726 T3721 conj %,%
R2317 T3727 T3726 punct ", ",%
R2318 T3728 T3726 cc and,%
R2319 T3729 T3730 quantmod 52,9
R2320 T3730 T3732 nummod 9,%
R2321 T3731 T3730 punct ±,9
R2322 T3732 T3726 conj %,%
R2323 T3733 T3734 punct (,SEM
R2324 T3734 T3732 parataxis SEM,%
R2325 T3735 T3734 punct ±,SEM
R2326 T3736 T3734 punct ;,SEM
R2327 T3737 T3738 nsubj n,10
R2328 T3738 T3734 ccomp 10,SEM
R2329 T3739 T3738 punct =,10
R2330 T3740 T3734 punct ),SEM
R2331 T3741 T3716 prep in,reduced
R2332 T3742 T3743 det the,hippocampus
R2333 T3743 T3741 pobj hippocampus,in
R2334 T3744 T3743 punct ", ",hippocampus
R2335 T3745 T3746 amod cortical,areas
R2336 T3746 T3743 conj areas,hippocampus
R2337 T3747 T3746 punct ", ",areas
R2338 T3748 T3746 cc and,areas
R2339 T3749 T3750 amod olfactory,bulb
R2340 T3750 T3746 conj bulb,areas
R2341 T3751 T3716 punct ", ",reduced
R2342 T3752 T3716 advmod respectively,reduced
R2343 T3753 T3716 punct ", ",reduced
R2344 T3754 T3716 advcl relative,reduced
R2345 T3755 T3754 prep to,relative
R2346 T3756 T3757 compound GluR,B
R2347 T3757 T3759 compound B,levels
R2348 T3758 T3757 punct -,B
R2349 T3759 T3755 pobj levels,to
R2350 T3760 T3759 prep in,levels
R2351 T3761 T3762 compound GluR,B2lox
R2352 T3762 T3764 compound B2lox,controls
R2353 T3763 T3762 punct -,B2lox
R2354 T3764 T3760 pobj controls,in
R2355 T3765 T3764 compound littermate,controls
R2356 T3766 T3706 punct .,found
R2357 T3768 T3769 prep In,become
R2358 T3770 T3771 det the,absence
R2359 T3771 T3768 pobj absence,In
R2360 T3772 T3771 prep of,absence
R2361 T3773 T3774 compound GluR,B
R2362 T3774 T3772 pobj B,of
R2363 T3775 T3774 punct -,B
R2364 T3776 T3769 punct ", ",become
R2365 T3777 T3778 det the,properties
R2366 T3778 T3769 nsubj properties,become
R2367 T3779 T3778 amod electrophysiological,properties
R2368 T3780 T3778 prep of,properties
R2369 T3781 T3782 compound AMPA,channels
R2370 T3782 T3780 pobj channels,of
R2371 T3783 T3769 acomp similar,become
R2372 T3784 T3783 prep to,similar
R2373 T3785 T3784 pobj those,to
R2374 T3786 T3785 prep with,those
R2375 T3787 T3788 nmod GluR,B
R2376 T3788 T3790 nmod B,switch
R2377 T3789 T3788 punct -,B
R2378 T3790 T3786 pobj switch,with
R2379 T3791 T3788 punct /,B
R2380 T3792 T3793 nmod GluR,Q
R2381 T3793 T3788 appos Q,B
R2382 T3794 T3793 punct -,Q
R2383 T3795 T3793 nmod B,Q
R2384 T3796 T3793 punct (,Q
R2385 T3797 T3793 punct ),Q
R2386 T3798 T3799 punct [,51
R2387 T3799 T3790 parataxis 51,switch
R2388 T3800 T3799 punct ],51
R2389 T3801 T3769 advcl showing,become
R2390 T3802 T3803 amod strong,rectification
R2391 T3803 T3801 dobj rectification,showing
R2392 T3804 T3803 cc and,rectification
R2393 T3805 T3806 amod increased,permeability
R2394 T3806 T3803 conj permeability,rectification
R2395 T3807 T3806 nmod Ca2,permeability
R2396 T3808 T3807 punct +,Ca2
R2397 T3809 T3806 prep through,permeability
R2398 T3810 T3811 compound AMPA,channels
R2399 T3811 T3809 pobj channels,through
R2400 T3812 T3813 punct (,data
R2401 T3813 T3801 meta data,showing
R2402 T3814 T3813 amod unpublished,data
R2403 T3815 T3813 punct ),data
R2404 T3816 T3769 punct .,become
R2405 T3818 T3819 advmod However,is
R2406 T3820 T3819 punct ", ",is
R2407 T3821 T3822 compound GluR,B
R2408 T3822 T3825 compound B,depletion
R2409 T3823 T3822 punct -,B
R2410 T3824 T3941 nsubj p,0.01
R2411 T3825 T3819 nsubj depletion,is
R2412 T3826 T3819 neg not,is
R2413 T3827 T3819 acomp lethal,is
R2414 T3828 T3819 cc and,is
R2415 T3829 T3830 aux does,produce
R2416 T3830 T3819 conj produce,is
R2417 T3831 T3830 neg not,produce
R2418 T3832 T3830 dobj seizures,produce
R2419 T3833 T3819 punct .,is
R2420 T3835 T3836 prep In,appeared
R2421 T3837 T3835 pobj addition,In
R2422 T3838 T3836 punct ", ",appeared
R2423 T3839 T3836 prep in,appeared
R2424 T3840 T3839 pobj contrast,in
R2425 T3841 T3840 prep to,contrast
R2426 T3842 T3843 det the,knockouts
R2427 T3843 T3841 pobj knockouts,to
R2428 T3844 T3843 amod complete,knockouts
R2429 T3845 T3846 compound GluR,B
R2430 T3846 T3843 compound B,knockouts
R2431 T3847 T3846 punct -,B
R2432 T3848 T3836 punct ", ",appeared
R2433 T3849 T3836 nsubj mice,appeared
R2434 T3850 T3849 prep with,mice
R2435 T3851 T3852 npadvmod forebrain,specific
R2436 T3852 T3854 amod specific,depletion
R2437 T3853 T3852 punct -,specific
R2438 T3854 T3850 pobj depletion,with
R2439 T3855 T3856 compound GluR,B
R2440 T3856 T3854 compound B,depletion
R2441 T3857 T3856 punct -,B
R2442 T3858 T3836 oprd normal,appeared
R2443 T3859 T3836 prep throughout,appeared
R2444 T3860 T3859 pobj life,throughout
R2445 T3861 T3836 prep with,appeared
R2446 T3862 T3863 det no,abnormalities
R2447 T3863 T3861 pobj abnormalities,with
R2448 T3864 T3863 amod developmental,abnormalities
R2449 T3865 T3863 punct ", ",abnormalities
R2450 T3866 T3863 cc or,abnormalities
R2451 T3867 T3863 conj difference,abnormalities
R2452 T3868 T3867 prep in,difference
R2453 T3869 T3870 compound body,size
R2454 T3870 T3868 pobj size,in
R2455 T3871 T3870 cc and,size
R2456 T3872 T3870 conj weight,size
R2457 T3873 T3863 prep in,abnormalities
R2458 T3874 T3873 pobj adulthood,in
R2459 T3875 T3876 punct (,10
R2460 T3876 T3836 parataxis 10,appeared
R2461 T3877 T3878 amod wild,type
R2462 T3878 T3880 dep type,g
R2463 T3879 T3878 punct -,type
R2464 T3880 T3876 dep g,10
R2465 T3881 T3880 punct : ,g
R2466 T3882 T3880 nummod 31.0,g
R2467 T3883 T3880 punct ±,g
R2468 T3884 T3880 appos 1.2,g
R2469 T3885 T3876 punct ;,10
R2470 T3886 T3887 compound GluR,BΔFB
R2471 T3887 T3889 dep BΔFB,0.9
R2472 T3888 T3887 punct -,BΔFB
R2473 T3889 T3876 dep 0.9,10
R2474 T3890 T3889 punct : ,0.9
R2475 T3891 T3889 nummod 28.4,0.9
R2476 T3892 T3889 punct ±,0.9
R2477 T3893 T3876 punct ;,10
R2478 T3894 T3895 det each,n
R2479 T3895 T3876 nsubj n,10
R2480 T3896 T3876 punct =,10
R2481 T3897 T3876 punct ),10
R2482 T3898 T3836 punct .,appeared
R2483 T3900 T3901 amod Exploratory,activity
R2484 T3901 T3902 nsubj activity,was
R2485 T3903 T3901 prep in,activity
R2486 T3904 T3905 det an,task
R2487 T3905 T3903 pobj task,in
R2488 T3906 T3907 amod open,field
R2489 T3907 T3905 compound field,task
R2490 T3908 T3909 advmod slightly,increased
R2491 T3909 T3902 acomp increased,was
R2492 T3910 T3902 prep in,was
R2493 T3911 T3912 compound GluR,BΔFB
R2494 T3912 T3914 compound BΔFB,mice
R2495 T3913 T3912 punct -,BΔFB
R2496 T3914 T3910 pobj mice,in
R2497 T3915 T3916 punct (,cm
R2498 T3916 T3914 parataxis cm,mice
R2499 T3917 T3916 nummod "3,480",cm
R2500 T3918 T3916 punct ±,cm
R2501 T3919 T3916 appos 180,cm
R2502 T3920 T3916 punct ", ",cm
R2503 T3921 T3922 nsubj n,11
R2504 T3922 T3916 ccomp 11,cm
R2505 T3923 T3922 punct =,11
R2506 T3924 T3916 punct ),cm
R2507 T3925 T3902 punct ", ",was
R2508 T3926 T3902 prep compared,was
R2509 T3927 T3926 prep with,compared
R2510 T3928 T3929 amod wild,type
R2511 T3929 T3931 compound type,littermates
R2512 T3930 T3929 punct -,type
R2513 T3931 T3927 pobj littermates,with
R2514 T3932 T3933 punct (,cm
R2515 T3933 T3931 parataxis cm,littermates
R2516 T3934 T3933 nummod "2,512",cm
R2517 T3935 T3933 punct ±,cm
R2518 T3936 T3933 appos 96,cm
R2519 T3937 T3933 punct ", ",cm
R2520 T3938 T3939 nsubj n,12
R2521 T3939 T3941 ccomp 12,0.01
R2522 T3940 T3939 punct =,12
R2523 T3941 T3933 ccomp 0.01,cm
R2524 T3942 T3941 punct ", ",0.01
R2525 T3943 T3941 punct <,0.01
R2526 T3944 T3933 punct ),cm
R2527 T3945 T3902 punct .,was
R2528 T3947 T3948 compound Motor,coordination
R2529 T3948 T3949 nsubjpass coordination,impaired
R2530 T3950 T3948 acl measured,coordination
R2531 T3951 T3950 prep in,measured
R2532 T3952 T3953 det an,rotarod
R2533 T3953 T3951 pobj rotarod,in
R2534 T3954 T3953 amod accelerating,rotarod
R2535 T3955 T3949 auxpass was,impaired
R2536 T3956 T3949 advmod somewhat,impaired
R2537 T3957 T3949 prep in,impaired
R2538 T3958 T3959 det the,mice
R2539 T3959 T3957 pobj mice,in
R2540 T3960 T3959 compound mutant,mice
R2541 T3961 T3962 punct (,0.05
R2542 T3962 T3949 parataxis 0.05,impaired
R2543 T3963 T3964 amod wild,type
R2544 T3964 T3966 dep type,6
R2545 T3965 T3964 punct -,type
R2546 T3966 T3962 dep 6,0.05
R2547 T3967 T3966 punct : ,6
R2548 T3968 T3969 nummod 156,s
R2549 T3969 T3966 dep s,6
R2550 T3970 T3969 punct ±,s
R2551 T3971 T3969 appos 37,s
R2552 T3972 T3966 punct ", ",6
R2553 T3973 T3966 nsubj n,6
R2554 T3974 T3966 punct =,6
R2555 T3975 T3962 punct ;,0.05
R2556 T3976 T3977 compound GluR,BΔFB
R2557 T3977 T3979 dep BΔFB,6
R2558 T3978 T3977 punct -,BΔFB
R2559 T3979 T3962 dep 6,0.05
R2560 T3980 T3979 punct : ,6
R2561 T3981 T3982 nummod 37,s
R2562 T3982 T3979 dep s,6
R2563 T3983 T3982 punct ±,s
R2564 T3984 T3982 appos 10,s
R2565 T3985 T3979 punct ", ",6
R2566 T3986 T3979 nsubj n,6
R2567 T3987 T3979 punct =,6
R2568 T3988 T3962 punct ;,0.05
R2569 T3989 T3962 nsubj p,0.05
R2570 T3990 T3962 punct <,0.05
R2571 T3991 T3962 punct ),0.05
R2572 T3992 T3949 punct .,impaired
R2573 T3994 T3995 nsubj Tests,revealed
R2574 T3996 T3994 prep in,Tests
R2575 T3997 T3998 det the,box
R2576 T3998 T3996 pobj box,in
R2577 T3999 T4000 compound dark,light
R2578 T4000 T3998 compound light,box
R2579 T4001 T4000 punct /,light
R2580 T4002 T4028 compound GluR,BΔFB
R2581 T4003 T4004 amod increased,anxiety
R2582 T4004 T3995 dobj anxiety,revealed
R2583 T4005 T4004 prep of,anxiety
R2584 T4006 T4007 compound GluR,BΔFB
R2585 T4007 T4009 compound BΔFB,mice
R2586 T4008 T4007 punct -,BΔFB
R2587 T4009 T4005 pobj mice,of
R2588 T4010 T4011 punct (,6
R2589 T4011 T3995 parataxis 6,revealed
R2590 T4012 T4013 dep latency,0.047
R2591 T4013 T4011 dep 0.047,6
R2592 T4014 T4012 prep of,latency
R2593 T4015 T4016 amod first,exit
R2594 T4016 T4014 pobj exit,of
R2595 T4017 T4013 punct : ,0.047
R2596 T4018 T4019 amod wild,type
R2597 T4019 T4021 dep type,s
R2598 T4020 T4019 punct -,type
R2599 T4021 T4013 dep s,0.047
R2600 T4022 T4021 punct [,s
R2601 T4023 T4021 nummod 17,s
R2602 T4024 T4021 punct ±,s
R2603 T4025 T4021 appos 3,s
R2604 T4026 T4021 punct ],s
R2605 T4027 T4013 punct ", ",0.047
R2606 T4028 T4030 dep BΔFB,s
R2607 T4029 T4028 punct -,BΔFB
R2608 T4030 T4013 dep s,0.047
R2609 T4031 T4030 punct [,s
R2610 T4032 T4030 nummod 97,s
R2611 T4033 T4030 punct ±,s
R2612 T4034 T4030 appos 42,s
R2613 T4035 T4030 punct ],s
R2614 T4036 T4013 punct ", ",0.047
R2615 T4037 T4013 nsubj p,0.047
R2616 T4038 T4013 punct =,0.047
R2617 T4039 T4011 punct ;,6
R2618 T4040 T4041 compound compartment,changes
R2619 T4041 T4042 dep changes,0.05
R2620 T4042 T4011 dep 0.05,6
R2621 T4043 T4042 punct : ,0.05
R2622 T4044 T4045 amod wild,type
R2623 T4045 T4047 dep type,s
R2624 T4046 T4045 punct -,type
R2625 T4047 T4042 dep s,0.05
R2626 T4048 T4047 punct [,s
R2627 T4049 T4047 nummod 17,s
R2628 T4050 T4047 punct ±,s
R2629 T4051 T4047 appos 3,s
R2630 T4052 T4047 punct ],s
R2631 T4053 T4042 punct ", ",0.05
R2632 T4054 T4055 compound GluR,BΔFB
R2633 T4055 T4057 dep BΔFB,2
R2634 T4056 T4055 punct -,BΔFB
R2635 T4057 T4042 dep 2,0.05
R2636 T4058 T4057 punct [,2
R2637 T4059 T4011 punct ;,6
R2638 T4060 T4057 nummod 7,2
R2639 T4061 T4124 pobj activity,in
R2640 T4062 T4057 punct ±,2
R2641 T4063 T4147 nmod B,alterations
R2642 T4064 T4239 punct ”,odors
R2643 T4065 T4057 punct ],2
R2644 T4066 T4042 punct ", ",0.05
R2645 T4067 T4042 nsubj p,0.05
R2646 T4068 T4042 punct <,0.05
R2647 T4069 T4070 dep time,0.051
R2648 T4070 T4011 dep 0.051,6
R2649 T4071 T4069 acl spent,time
R2650 T4072 T4071 prep in,spent
R2651 T4073 T4074 amod lit,compartment
R2652 T4074 T4072 pobj compartment,in
R2653 T4075 T4070 punct : ,0.051
R2654 T4076 T4077 amod wild,type
R2655 T4077 T4079 dep type,s
R2656 T4078 T4077 punct -,type
R2657 T4079 T4070 dep s,0.051
R2658 T4080 T4079 punct [,s
R2659 T4081 T4079 nummod 103,s
R2660 T4082 T4079 punct ±,s
R2661 T4083 T4079 appos 10,s
R2662 T4084 T4079 punct ],s
R2663 T4085 T4070 punct ", ",0.051
R2664 T4086 T4087 compound GluR,BΔFB
R2665 T4087 T4089 dep BΔFB,s
R2666 T4088 T4087 punct -,BΔFB
R2667 T4089 T4070 dep s,0.051
R2668 T4090 T4089 punct [,s
R2669 T4091 T4089 nummod 59,s
R2670 T4092 T4089 punct ±,s
R2671 T4093 T4089 appos 19,s
R2672 T4094 T4089 punct ],s
R2673 T4095 T4070 punct ", ",0.051
R2674 T4096 T4070 nsubj p,0.051
R2675 T4097 T4070 punct =,0.051
R2676 T4098 T4011 punct ;,6
R2677 T4099 T4100 det each,n
R2678 T4100 T4011 nsubj n,6
R2679 T4101 T4011 punct =,6
R2680 T4102 T4011 punct ),6
R2681 T4103 T3995 punct .,revealed
R2682 T4105 T4106 advmod Hence,show
R2683 T4107 T4106 punct ", ",show
R2684 T4108 T4106 prep unlike,show
R2685 T4109 T4110 det the,knockouts
R2686 T4110 T4108 pobj knockouts,unlike
R2687 T4111 T4110 amod complete,knockouts
R2688 T4112 T4113 compound GluR,B
R2689 T4113 T4110 compound B,knockouts
R2690 T4114 T4113 punct -,B
R2691 T4115 T4106 punct ", ",show
R2692 T4116 T4117 compound GluR,BΔFB
R2693 T4117 T4119 compound BΔFB,mice
R2694 T4118 T4117 punct -,BΔFB
R2695 T4119 T4106 nsubj mice,show
R2696 T4120 T4121 advmod only,changes
R2697 T4121 T4106 dobj changes,show
R2698 T4122 T4123 advmod very,minor
R2699 T4123 T4121 amod minor,changes
R2700 T4124 T4121 prep in,changes
R2701 T4125 T4061 amod general,activity
R2702 T4126 T4121 cc and,changes
R2703 T4127 T4128 det no,sign
R2704 T4128 T4121 conj sign,changes
R2705 T4129 T4128 prep of,sign
R2706 T4130 T4131 det any,disturbance
R2707 T4131 T4129 pobj disturbance,of
R2708 T4132 T4131 amod major,disturbance
R2709 T4133 T4131 amod developmental,disturbance
R2710 T4134 T4106 punct ", ",show
R2711 T4135 T4136 advmod thus,allowing
R2712 T4136 T4106 advcl allowing,show
R2713 T4137 T4138 amod detailed,investigations
R2714 T4138 T4136 dobj investigations,allowing
R2715 T4139 T4138 punct ", ",investigations
R2716 T4140 T4138 amod quantitative,investigations
R2717 T4141 T4138 amod behavioral,investigations
R2718 T4142 T4106 punct .,show
R2719 T4144 T4145 mark If,linked
R2720 T4145 T4170 advcl linked,lead
R2721 T4146 T4147 det the,alterations
R2722 T4147 T4145 nsubjpass alterations,linked
R2723 T4148 T4063 nmod GluR,B
R2724 T4149 T4063 punct -,B
R2725 T4150 T4063 punct /,B
R2726 T4151 T4152 compound GluR,B
R2727 T4152 T4063 appos B,B
R2728 T4153 T4152 punct -,B
R2729 T4154 T4155 punct (,Q
R2730 T4155 T4063 parataxis Q,B
R2731 T4156 T4155 punct ),Q
R2732 T4157 T4158 npadvmod switch,induced
R2733 T4158 T4147 amod induced,alterations
R2734 T4159 T4158 punct -,induced
R2735 T4160 T4147 prep in,alterations
R2736 T4161 T4162 det the,permeability
R2737 T4162 T4160 pobj permeability,in
R2738 T4163 T4162 nmod Ca2,permeability
R2739 T4164 T4163 punct +,Ca2
R2740 T4165 T4162 prep of,permeability
R2741 T4166 T4167 det the,channels
R2742 T4167 T4165 pobj channels,of
R2743 T4168 T4167 compound AMPA,channels
R2744 T4169 T4145 auxpass are,linked
R2745 T4171 T4145 prep to,linked
R2746 T4172 T4173 amod enhanced,discrimination
R2747 T4173 T4171 pobj discrimination,to
R2748 T4174 T4173 compound odor,discrimination
R2749 T4175 T4173 cc and,discrimination
R2750 T4176 T4173 conj learning,discrimination
R2751 T4177 T4170 punct ", ",lead
R2752 T4178 T4179 det the,depletion
R2753 T4179 T4170 nsubj depletion,lead
R2754 T4180 T4179 prep of,depletion
R2755 T4181 T4182 det the,subunit
R2756 T4182 T4180 pobj subunit,of
R2757 T4183 T4184 compound GluR,B
R2758 T4184 T4182 compound B,subunit
R2759 T4185 T4184 punct -,B
R2760 T4186 T4170 aux should,lead
R2761 T4187 T4170 prep to,lead
R2762 T4188 T4189 det a,readout
R2763 T4189 T4187 pobj readout,to
R2764 T4190 T4189 amod similar,readout
R2765 T4191 T4189 amod phenotypic,readout
R2766 T4192 T4170 punct .,lead
R2767 T4194 T4195 nsubj We,trained
R2768 T4196 T4195 advmod therefore,trained
R2769 T4197 T4198 nummod nine,mice
R2770 T4198 T4195 dobj mice,trained
R2771 T4199 T4200 compound GluR,BΔFB
R2772 T4200 T4198 compound BΔFB,mice
R2773 T4201 T4200 punct -,BΔFB
R2774 T4202 T4198 cc and,mice
R2775 T4203 T4204 nummod nine,controls
R2776 T4204 T4198 conj controls,mice
R2777 T4205 T4204 compound littermate,controls
R2778 T4206 T4195 prep in,trained
R2779 T4207 T4208 det the,task
R2780 T4208 T4206 pobj task,in
R2781 T4209 T4208 amod same,task
R2782 T4210 T4208 amod automated,task
R2783 T4211 T4208 amod associative,task
R2784 T4212 T4208 nmod go,task
R2785 T4213 T4212 punct /,go
R2786 T4214 T4215 det no,go
R2787 T4215 T4212 appos go,go
R2788 T4216 T4215 punct -,go
R2789 T4217 T4218 amod olfactory,conditioning
R2790 T4218 T4208 compound conditioning,task
R2791 T4219 T4208 acl described,task
R2792 T4220 T4219 advmod above,described
R2793 T4221 T4195 punct .,trained
R2794 T4223 T4224 aux To,cover
R2795 T4224 T4225 advcl cover,tested
R2796 T4226 T4227 advmod even,changes
R2797 T4227 T4224 dobj changes,cover
R2798 T4228 T4227 amod small,changes
R2799 T4229 T4227 amod phenotypic,changes
R2800 T4230 T4227 prep in,changes
R2801 T4231 T4230 pobj olfaction,in
R2802 T4232 T4225 punct ", ",tested
R2803 T4233 T4225 nsubj we,tested
R2804 T4234 T4235 amod different,pairs
R2805 T4235 T4225 dobj pairs,tested
R2806 T4236 T4235 compound odor,pairs
R2807 T4237 T4235 punct ", ",pairs
R2808 T4238 T4239 punct “,odors
R2809 T4239 T4235 conj odors,pairs
R2810 T4240 T4239 amod simple,odors
R2811 T4241 T4239 amod monomolecular,odors
R2812 T4242 T4239 cc and,odors
R2813 T4243 T4244 punct “,mixtures
R2814 T4244 T4239 conj mixtures,odors
R2815 T4245 T4244 amod difficult,mixtures
R2816 T4246 T4244 punct ”,mixtures
R2817 T4247 T4244 amod binary,mixtures
R2818 T4248 T4249 punct [,3
R2819 T4249 T4225 parataxis 3,tested
R2820 T4250 T4249 punct ],3
R2821 T4251 T4225 punct .,tested
R2822 T4253 T4254 prep After,trained
R2823 T4255 T4253 pobj habituation,After
R2824 T4256 T4254 punct ", ",trained
R2825 T4257 T4258 nmod GluR,BΔFB
R2826 T4258 T4260 nmod BΔFB,mice
R2827 T4259 T4258 punct -,BΔFB
R2828 T4260 T4254 nsubjpass mice,trained
R2829 T4261 T4258 cc and,BΔFB
R2830 T4262 T4258 conj control,BΔFB
R2831 T4263 T4254 auxpass were,trained
R2832 T4264 T4265 aux to,discriminate
R2833 T4265 T4254 advcl discriminate,trained
R2834 T4266 T4265 prep between,discriminate
R2835 T4267 T4268 det the,odors
R2836 T4268 T4266 pobj odors,between
R2837 T4269 T4268 punct “,odors
R2838 T4270 T4268 amod simple,odors
R2839 T4271 T4268 punct ”,odors
R2840 T4272 T4268 amod monomolecular,odors
R2841 T4273 T4268 appos amylacetate,odors
R2842 T4274 T4273 cc and,amylacetate
R2843 T4275 T4273 conj ethylbutyrate,amylacetate
R2844 T4276 T4265 punct ", ",discriminate
R2845 T4277 T4265 cc and,discriminate
R2846 T4278 T4279 advmod subsequently,on
R2847 T4279 T4265 conj on,discriminate
R2848 T4280 T4279 advmod additionally,on
R2849 T4281 T4282 det a,task
R2850 T4282 T4279 pobj task,on
R2851 T4283 T4282 punct “,task
R2852 T4284 T4282 amod difficult,task
R2853 T4285 T4282 punct ”,task
R2854 T4286 T4282 compound discrimination,task
R2855 T4287 T4282 acl consisting,task
R2856 T4288 T4287 prep of,consisting
R2857 T4289 T4290 amod similar,mixtures
R2858 T4290 T4288 pobj mixtures,of
R2859 T4291 T4290 amod binary,mixtures
R2860 T4292 T4290 prep of,mixtures
R2861 T4293 T4292 pobj cineol,of
R2862 T4294 T4293 cc and,cineol
R2863 T4295 T4293 conj eugenol,cineol
R2864 T4296 T4279 punct ;,on
R2865 T4297 T4279 cc and,on
R2866 T4298 T4299 advmod finally,on
R2867 T4299 T4279 conj on,on
R2868 T4300 T4299 advmod again,on
R2869 T4301 T4302 det a,task
R2870 T4302 T4299 pobj task,on
R2871 T4303 T4302 punct “,task
R2872 T4304 T4302 amod simple,task
R2873 T4305 T4302 punct ”,task
R2874 T4306 T4302 compound discrimination,task
R2875 T4307 T4302 prep with,task
R2876 T4308 T4309 det the,odors
R2877 T4309 T4307 pobj odors,with
R2878 T4310 T4309 amod monomolecular,odors
R2879 T4311 T4312 amod pelargonic,acid
R2880 T4312 T4309 appos acid,odors
R2881 T4313 T4311 cc and,pelargonic
R2882 T4314 T4311 conj valeric,pelargonic
R2883 T4315 T4254 punct .,trained
R2884 T4317 T4318 advcl Similar,showed
R2885 T4319 T4317 prep to,Similar
R2886 T4320 T4321 compound GluR,BΔECS
R2887 T4321 T4319 pobj BΔECS,to
R2888 T4322 T4321 punct -,BΔECS
R2889 T4323 T4321 punct :,BΔECS
R2890 T4324 T4321 appos FB,BΔECS
R2891 T4325 T4318 punct ", ",showed
R2892 T4326 T4327 compound GluR,BΔFB
R2893 T4327 T4329 compound BΔFB,mice
R2894 T4328 T4327 punct -,BΔFB
R2895 T4329 T4318 nsubj mice,showed
R2896 T4330 T4318 advmod also,showed
R2897 T4331 T4332 amod enhanced,learning
R2898 T4332 T4318 dobj learning,showed
R2899 T4333 T4332 cc and,learning
R2900 T4334 T4332 conj discrimination,learning
R2901 T4335 T4318 prep compared,showed
R2902 T4336 T4335 prep with,compared
R2903 T4337 T4336 pobj controls,with
R2904 T4338 T4339 punct (,2B
R2905 T4339 T4318 parataxis 2B,showed
R2906 T4340 T4339 compound Figure,2B
R2907 T4341 T4339 punct ;,2B
R2908 T4342 T4343 compound group,effect
R2909 T4343 T4344 dep effect,0.05
R2910 T4344 T4339 dep 0.05,2B
R2911 T4345 T4344 punct : ,0.05
R2912 T4346 T4347 nsubj F,6.55
R2913 T4347 T4344 ccomp 6.55,0.05
R2914 T4348 T4346 punct (,F
R2915 T4349 T4346 nummod 1,F
R2916 T4350 T4346 punct ",",F
R2917 T4352 T4346 punct ),F
R2918 T4353 T4347 punct =,6.55
R2919 T4354 T4344 punct ;,0.05
R2920 T4355 T4344 nsubj p,0.05
R2921 T4356 T4344 punct <,0.05
R2922 T4357 T4339 punct ),2B
R2923 T4358 T4318 punct .,showed
R2924 T4360 T4361 amod Increased,performance
R2925 T4361 T4363 nsubjpass performance,expected
R2926 T4362 T4361 compound discrimination,performance
R2927 T4364 T4363 auxpass is,expected
R2928 T4365 T4366 aux to,show
R2929 T4351 T4346 nummod 16,F
R2930 T4367 T4368 advmod more,pronounced
R2931 T4368 T4369 amod pronounced,effects
R2932 T4366 T4363 xcomp show,expected
R2933 T4370 T4369 prep for,effects
R2934 T4371 T4372 advmod closely,related
R2935 T4372 T4373 amod related,odors
R2936 T4369 T4366 dobj effects,show
R2937 T4374 T4366 prep because,show
R2938 T4375 T4374 pcomp of,because
R2939 T4373 T4370 pobj odors,for
R2940 T4377 T4374 pobj task,because
R2941 T4378 T4379 advmod more,challenging
R2942 T4376 T4377 det the,task
R2943 T4380 T4377 punct “,task
R2944 T4381 T4377 amod difficult,task
R2945 T4379 T4377 amod challenging,task
R2946 T4383 T4377 compound discrimination,task
R2947 T4384 T4385 dep that,is
R2948 T4382 T4377 punct ”,task
R2949 T4386 T4385 acomp closer,is
R2950 T4387 T4386 prep to,closer
R2951 T4385 T4377 relcl is,task
R2952 T4389 T4387 pobj limits,to
R2953 T4388 T4389 det the,limits
R2954 T4391 T4389 prep of,limits
R2955 T4392 T4393 det the,system
R2956 T4390 T4389 amod psychophysical,limits
R2957 T4394 T4395 punct [,4
R2958 T4395 T4363 parataxis 4,expected
R2959 T4393 T4391 pobj system,of
R2960 T4397 T4395 punct ",",4
R2961 T4398 T4395 punct ],4
R2962 T4396 T4395 nummod 3,4
R2963 T4402 T4415 ccomp were,0.01
R2964 T4399 T4363 punct .,expected
R2965 T4403 T4401 prep with,Consistent
R2966 T4401 T4402 advcl Consistent,were
R2967 T4405 T4403 pobj notion,with
R2968 T4404 T4405 det this,notion
R2969 T4406 T4402 punct ", ",were
R2970 T4408 T4407 prep between,differences
R2971 T4409 T4410 nmod GluR,BΔFB
R2972 T4407 T4402 nsubj differences,were
R2973 T4411 T4410 punct -,BΔFB
R2974 T4412 T4408 pobj mice,between
R2975 T4410 T4412 nmod BΔFB,mice
R2976 T4414 T4410 conj control,BΔFB
R2977 T4417 T4402 acomp larger,were
R2978 T4413 T4410 cc and,BΔFB
R2979 T4418 T4416 advmod only,not
R2980 T4416 T4417 preconj not,larger
R2981 T4420 T4417 ccomp investigated,larger
R2982 T4421 T4422 det the,pattern
R2983 T4419 T4420 mark if,investigated
R2984 T4423 T4422 amod detailed,pattern
R2985 T4424 T4422 compound sampling,pattern
R2986 T4422 T4420 nsubjpass pattern,investigated
R2987 T4426 T4427 compound discrimination,index
R2988 T4427 T4422 conj index,pattern
R2989 T4425 T4422 cc and,pattern
R2990 T4429 T4430 punct (,2C
R2991 T4428 T4420 auxpass were,investigated
R2992 T4431 T4430 compound Figure,2C
R2993 T4432 T4430 cc and,2C
R2994 T4430 T4420 parataxis 2C,investigated
R2995 T4434 T4430 punct ", ",2C
R2996 T4435 T4436 compound group,effect
R2997 T4433 T4430 conj 2D,2C
R2998 T4437 T4430 dep 4,2C
R2999 T4438 T4437 punct : ,4
R3000 T4436 T4437 dep effect,4
R3002 T4441 T4439 punct (,F
R3003 T4439 T4440 nsubj F,29.5
R3004 T4443 T4672 neg not,improved
R3005 T4442 T4439 nummod 1,F
R3006 T4445 T4703 det the,performance
R3007 T4446 T4742 cc and,BΔECS
R3008 T4444 T4439 punct ",",F
R3009 T4448 T4439 punct ),F
R3010 T4449 T4440 punct =,29.5
R3011 T4447 T4439 nummod 16,F
R3012 T4451 T4437 nsubj p,4
R3013 T4452 T4437 punct <,4
R3014 T4453 T4437 nummod 10,4
R3015 T4450 T4437 punct ;,4
R3016 T4455 T4430 punct ),2C
R3017 T4456 T4417 punct ", ",larger
R3018 T4457 T4417 cc but,larger
R3019 T4454 T4437 punct −,4
R3020 T4459 T4417 conj for,larger
R3021 T4458 T4459 prep in,for
R3022 T4461 T4462 det the,discrimination
R3023 T4462 T4459 pobj discrimination,for
R3024 T4460 T4458 amod particular,in
R3025 T4464 T4465 amod binary,mixtures
R3026 T4465 T4463 pobj mixtures,of
R3027 T4463 T4462 prep of,discrimination
R3028 T4467 T4468 amod similar,composition
R3029 T4466 T4465 prep with,mixtures
R3030 T4469 T4470 punct (,4
R3031 T4470 T4468 parataxis 4,composition
R3032 T4468 T4466 pobj composition,with
R3033 T4472 T4473 dep effect,27.8
R3034 T4473 T4470 dep 27.8,4
R3035 T4471 T4472 compound group,effect
R3036 T4475 T4473 nsubj F,27.8
R3037 T4476 T4475 punct (,F
R3038 T4474 T4473 punct : ,27.8
R3039 T4478 T4475 punct ",",F
R3040 T4477 T4475 nummod 1,F
R3041 T4480 T4475 punct ),F
R3042 T4481 T4473 punct =,27.8
R3043 T4479 T4475 nummod 16,F
R3044 T4483 T4470 nsubj p,4
R3045 T4482 T4470 punct ;,4
R3046 T4485 T4470 nummod 10,4
R3047 T4486 T4470 punct −,4
R3048 T4484 T4470 punct <,4
R3049 T4488 T4489 det the,mixture
R3050 T4487 T4466 prep for,with
R3051 T4490 T4415 punct ;,0.01
R3052 T4491 T4492 compound FAA,EB
R3053 T4489 T4487 pobj mixture,for
R3054 T4493 T4415 ccomp 7.0,0.01
R3055 T4494 T4492 punct (,EB
R3056 T4492 T4493 nsubj EB,7.0
R3057 T4496 T4492 punct ",",EB
R3058 T4497 T4492 nummod 16,EB
R3059 T4495 T4492 nummod 1,EB
R3060 T4499 T4493 punct =,7.0
R3061 T4498 T4492 punct ),EB
R3062 T4501 T4502 nsubj p,0.02
R3063 T4502 T4493 conj 0.02,7.0
R3064 T4500 T4493 punct ;,7.0
R3065 T4504 T4502 punct ", ",0.02
R3066 T4505 T4502 cc and,0.02
R3067 T4503 T4502 punct =,0.02
R3068 T4507 T4508 nsubj Val,5.8
R3069 T4508 T4502 conj 5.8,0.02
R3070 T4506 T4507 compound FPel,Val
R3071 T4510 T4507 nummod 1,Val
R3072 T4511 T4507 punct ",",Val
R3073 T4509 T4507 punct (,Val
R3074 T4513 T4507 punct ),Val
R3075 T4512 T4507 nummod 16,Val
R3076 T4515 T4508 punct ;,5.8
R3077 T4516 T4517 nsubj p,0.03
R3078 T4514 T4508 punct =,5.8
R3079 T4518 T4517 punct =,0.03
R3080 T4519 T4493 prep for,7.0
R3081 T4517 T4508 conj 0.03,5.8
R3082 T4521 T4519 pobj tasks,for
R3083 T4522 T4521 punct “,tasks
R3084 T4523 T4521 amod simple,tasks
R3085 T4520 T4521 det the,tasks
R3086 T4525 T4521 compound discrimination,tasks
R3087 T4526 T4415 punct ;,0.01
R3088 T4524 T4521 punct ”,tasks
R3089 T4528 T4530 compound way,ANOVA
R3090 T4529 T4528 punct -,way
R3091 T4530 T4531 npadvmod ANOVA,2.9
R3092 T4527 T4528 nummod 3,way
R3093 T4532 T4531 punct : ,2.9
R3094 T4531 T4415 ccomp 2.9,0.01
R3095 T4534 T4533 punct (,F
R3096 T4535 T4533 nummod 6,F
R3097 T4533 T4531 nsubj F,2.9
R3098 T4537 T4533 nummod 96,F
R3099 T4538 T4533 punct ),F
R3100 T4536 T4533 punct ",",F
R3101 T4540 T4415 punct ;,0.01
R3102 T4541 T4415 nsubj p,0.01
R3103 T4539 T4531 punct =,2.9
R3104 T4543 T4415 punct ),0.01
R3105 T4544 T4415 punct .,0.01
R3106 T4542 T4415 punct =,0.01
R3107 T4546 T4547 mark As,was
R3108 T4547 T4556 advcl was,conclude
R3109 T4549 T4548 punct ", ",activity
R3110 T4548 T4547 nsubj activity,was
R3111 T4551 T4550 prep by,measured
R3112 T4550 T4548 acl measured,activity
R3113 T4553 T4551 pobj interval,by
R3114 T4552 T4553 det the,interval
R3115 T4555 T4547 punct ", ",was
R3116 T4557 T4547 neg not,was
R3117 T4554 T4553 amod intertrial,interval
R3118 T4559 T4547 acomp different,was
R3119 T4558 T4559 advmod significantly,different
R3120 T4561 T4560 pobj genotypes,between
R3121 T4562 T4563 punct (,0.1
R3122 T4560 T4547 prep between,was
R3123 T4564 T4565 nsubj F,3.1
R3124 T4565 T4563 ccomp 3.1,0.1
R3126 T4567 T4564 nummod 1,F
R3127 T4566 T4564 punct (,F
R3128 T4569 T4564 nummod 16,F
R3129 T4568 T4564 punct ",",F
R3130 T4571 T4565 punct =,3.1
R3131 T4572 T4563 punct ;,0.1
R3132 T4570 T4564 punct ),F
R3133 T4574 T4563 punct =,0.1
R3134 T4575 T4563 punct ),0.1
R3135 T4573 T4563 nsubj p,0.1
R3136 T4577 T4547 cc and,was
R3137 T4578 T4579 nsubj analysis,showed
R3138 T4576 T4547 punct ", ",was
R3139 T4580 T4578 prep of,analysis
R3140 T4581 T4582 det the,frequency
R3141 T4579 T4547 conj showed,was
R3142 T4583 T4582 compound lick,frequency
R3143 T4584 T4585 det a,tendency
R3144 T4582 T4580 pobj frequency,of
R3145 T4586 T4585 prep to,tendency
R3146 T4587 T4588 amod reduced,motivation
R3147 T4585 T4579 dobj tendency,showed
R3148 T4589 T4588 prep of,motivation
R3149 T4590 T4591 compound GluR,BΔFB
R3150 T4591 T4593 compound BΔFB,mice
R3151 T4588 T4586 pobj motivation,to
R3152 T4593 T4589 pobj mice,of
R3153 T4594 T4579 prep in,showed
R3154 T4592 T4591 punct -,BΔFB
R3155 T4596 T4594 pobj task,in
R3156 T4597 T4596 amod particular,task
R3157 T4595 T4596 det this,task
R3158 T4599 T4579 parataxis 0.01,showed
R3159 T4600 T4601 nsubj F,9.2
R3160 T4598 T4599 punct (,0.01
R3161 T4602 T4600 punct (,F
R3162 T4603 T4600 nummod 1,F
R3163 T4601 T4599 ccomp 9.2,0.01
R3164 T4605 T4600 nummod 16,F
R3165 T4606 T4600 punct ),F
R3166 T4604 T4600 punct ",",F
R3167 T4608 T4599 punct ;,0.01
R3168 T4607 T4601 punct =,9.2
R3169 T4610 T4599 punct <,0.01
R3170 T4611 T4599 punct ),0.01
R3171 T4609 T4599 nsubj p,0.01
R3172 T4613 T4556 nsubj we,conclude
R3173 T4612 T4556 punct ", ",conclude
R3174 T4615 T4556 ccomp resulted,conclude
R3175 T4616 T4615 nsubj depletion,resulted
R3176 T4614 T4615 mark that,resulted
R3177 T4618 T4619 compound GluR,B
R3178 T4619 T4617 pobj B,of
R3179 T4617 T4616 prep of,depletion
R3180 T4621 T4616 prep in,depletion
R3181 T4622 T4623 compound forebrain,areas
R3182 T4620 T4619 punct -,B
R3183 T4624 T4615 advmod indeed,resulted
R3184 T4625 T4615 prep in,resulted
R3185 T4623 T4621 pobj areas,in
R3186 T4627 T4625 pobj performances,in
R3187 T4628 T4629 amod olfactory,learning
R3188 T4626 T4627 amod increased,performances
R3189 T4630 T4629 cc and,learning
R3190 T4631 T4629 conj discrimination,learning
R3191 T4629 T4627 nmod learning,performances
R3192 T4633 T4634 advmod rather,than
R3193 T4634 T4627 cc than,performances
R3194 T4632 T4627 punct ", ",performances
R3195 T4636 T4627 conj alterations,performances
R3196 T4637 T4556 punct .,conclude
R3197 T4640 T4641 advcl assess,trained
R3198 T4635 T4636 amod motivational,alterations
R3199 T4643 T4640 dobj specificity,assess
R3200 T4639 T4640 aux To,assess
R3201 T4644 T4641 punct ", ",trained
R3202 T4642 T4643 compound olfaction,specificity
R3203 T4646 T4647 nummod ten,mice
R3204 T4647 T4641 dobj mice,trained
R3205 T4645 T4641 nsubj we,trained
R3206 T4649 T4647 compound BΔFB,mice
R3207 T4650 T4649 punct -,BΔFB
R3208 T4648 T4649 compound GluR,BΔFB
R3209 T4652 T4653 nummod ten,controls
R3210 T4651 T4647 cc and,mice
R3211 T4654 T4641 prep in,trained
R3212 T4653 T4647 conj controls,mice
R3213 T4656 T4654 pobj task,in
R3214 T4657 T4656 amod nonolfactory,task
R3215 T4655 T4656 det a,task
R3216 T4659 T4656 amod dependent,task
R3217 T4660 T4659 punct -,dependent
R3218 T4661 T4662 amod spatial,learning
R3219 T4658 T4659 npadvmod hippocampus,dependent
R3220 T4663 T4664 punct (,maze
R3221 T4664 T4656 parataxis maze,task
R3222 T4662 T4656 compound learning,task
R3223 T4666 T4664 compound Y,maze
R3224 T4667 T4664 punct -,maze
R3225 T4665 T4664 amod elevated,maze
R3226 T4669 T4641 punct .,trained
R3227 T4668 T4664 punct ),maze
R3228 T4671 T4672 nsubjpass Performance,improved
R3229 T4673 T4671 prep in,Performance
R3230 T4674 T4675 det this,task
R3231 T4675 T4673 pobj task,in
R3232 T4672 T4677 ccomp improved,impaired
R3233 T4678 T4672 prep compared,improved
R3234 T4676 T4672 auxpass was,improved
R3235 T4680 T4679 pobj controls,with
R3236 T4681 T4682 punct (,S2
R3237 T4679 T4678 prep with,compared
R3238 T4683 T4682 compound Figure,S2
R3239 T4682 T4672 parataxis S2,improved
R3240 T4685 T4677 punct ;,impaired
R3241 T4686 T4677 prep on,impaired
R3242 T4684 T4682 punct ),S2
R3243 T4688 T4686 pobj contrary,on
R3244 T4689 T4677 punct ", ",impaired
R3245 T4687 T4688 det the,contrary
R3246 T4691 T4677 nsubjpass acquisition,impaired
R3247 T4692 T4691 prep of,acquisition
R3248 T4690 T4691 det the,acquisition
R3249 T4694 T4692 pobj task,of
R3250 T4695 T4677 auxpass was,impaired
R3251 T4693 T4694 det this,task
R3252 T4697 T4677 punct ", ",impaired
R3253 T4698 T4677 advcl allowing,impaired
R3254 T4696 T4677 advmod slightly,impaired
R3255 T4700 T4698 dobj conclusion,allowing
R3256 T4699 T4700 det the,conclusion
R3257 T4702 T4700 acl is,conclusion
R3258 T4701 T4702 mark that,is
R3259 T4704 T4703 amod enhanced,performance
R3260 T4705 T4706 amod olfactory,discrimination
R3261 T4703 T4702 nsubj performance,is
R3262 T4707 T4702 acomp likely,is
R3263 T4706 T4703 compound discrimination,performance
R3264 T4709 T4707 xcomp be,likely
R3265 T4710 T4709 acomp specific,be
R3266 T4711 T4710 prep to,specific
R3267 T4712 T4713 det the,sense
R3268 T4708 T4709 aux to,be
R3269 T4714 T4713 prep of,sense
R3270 T4715 T4714 pobj smell,of
R3271 T4713 T4711 pobj sense,to
R3272 T4717 T4718 advmod possibly,related
R3273 T4716 T4710 cc and,specific
R3274 T4719 T4718 prep to,related
R3275 T4720 T4721 amod enhanced,capability
R3276 T4718 T4710 conj related,specific
R3277 T4722 T4721 compound discrimination,capability
R3278 T4723 T4721 punct ", ",capability
R3279 T4721 T4719 pobj capability,to
R3280 T4725 T4721 cc than,capability
R3281 T4726 T4727 det a,increase
R3282 T4724 T4725 advmod rather,than
R3283 T4728 T4727 amod general,increase
R3284 T4727 T4721 conj increase,capability
R3285 T4730 T4729 pobj alertness,in
R3286 T4731 T4677 punct .,impaired
R3287 T4729 T4727 prep in,increase
R3288 T4733 T4734 advmod Furthermore,makes
R3289 T4736 T4734 nsubj enhancement,makes
R3290 T4737 T4736 prep in,enhancement
R3291 T4735 T4734 punct ", ",makes
R3292 T4739 T4737 pobj discrimination,in
R3293 T4740 T4736 prep in,enhancement
R3294 T4738 T4739 compound odor,discrimination
R3295 T4742 T4745 nmod BΔECS,mice
R3296 T4743 T4742 nmod GluR,BΔECS
R3297 T4741 T4742 preconj both,BΔECS
R3299 T4746 T4742 punct :,BΔECS
R3300 T4744 T4742 punct -,BΔECS
R3301 T4748 T4749 compound GluR,BΔFB
R3302 T4749 T4742 conj BΔFB,BΔECS
R3303 T4750 T4749 punct -,BΔFB
R3304 T4747 T4742 appos FB,BΔECS
R3305 T4752 T4734 ccomp likely,makes
R3306 T4753 T4754 mark that,results
R3307 T4751 T4752 nsubj it,likely
R3308 T4755 T4754 nsubj improvement,results
R3309 T4756 T4755 prep in,improvement
R3310 T4754 T4752 advcl results,likely
R3311 T4758 T4756 pobj task,in
R3312 T4759 T4754 prep from,results
R3313 T4757 T4758 det this,task
R3314 T4761 T4759 pobj change,from
R3315 T4762 T4761 amod common,change
R3316 T4760 T4761 det the,change
R3317 T4764 T4761 compound property,change
R3318 T4763 T4761 compound AMPAR,change
R3319 T4766 T4765 agent by,mediated
R3320 T4765 T4761 acl mediated,change
R3321 T4768 T4766 pobj depletion,by
R3322 T4769 T4768 prep of,depletion
R3323 T4767 T4768 det the,depletion
R3324 T4771 T4769 pobj B,of
R3325 T4772 T4771 punct -,B
R3326 T4770 T4771 compound GluR,B
R3327 T4774 T4775 det the,lack
R3328 T4775 T4768 conj lack,depletion
R3329 T4773 T4768 cc and,depletion
R3330 T4777 T4778 det the,subunit
R3331 T4778 T4776 pobj subunit,of
R3332 T4776 T4775 prep of,lack
R3333 T4780 T4782 compound R,site
R3334 T4779 T4780 compound Q,R
R3335 T4782 T4783 npadvmod site,edited
R3336 T4783 T4778 amod edited,subunit
R3337 T4784 T4783 punct -,edited
R3338 T4781 T4780 punct /,R
R3339 T4786 T4778 compound B,subunit
R3340 T4787 T4786 punct -,B
R3341 T4785 T4786 compound GluR,B
R3342 T4789 T4790 nsubj both,resulting
R3343 T4788 T4754 punct ", ",results
R3344 T4791 T4790 prep in,resulting
R3345 T4792 T4793 npadvmod Ca2,permeable
R3346 T4790 T4754 advcl resulting,results
R3347 T4794 T4792 punct +,Ca2
R3348 T4793 T4796 amod permeable,AMPARs
R3349 T4796 T4791 pobj AMPARs,in
R3350 T4797 T4734 punct .,makes
R3351 T4795 T4792 punct -,Ca2
R3352 T4801 T4800 punct ", ",suggests
R3353 T4802 T4800 nsubj this,suggests
R3354 T4799 T4800 advmod Thus,suggests
R3355 T4804 T4800 ccomp leads,suggests
R3356 T4805 T4806 amod increased,influx
R3357 T4803 T4804 mark that,leads
R3358 T4807 T4806 nmod Ca2,influx
R3359 T4806 T4804 nsubj influx,leads
R3360 T4809 T4806 prep via,influx
R3361 T4810 T4809 pobj AMPARs,via
R3362 T4808 T4807 punct +,Ca2
R3363 T4812 T4813 amod enhanced,learning
R3364 T4811 T4804 prep to,leads
R3365 T4814 T4813 amod olfactory,learning
R3366 T4815 T4813 cc and,learning
R3367 T4813 T4811 pobj learning,to
R3368 T4817 T4800 punct .,suggests
R3370 T4816 T4813 conj discrimination,learning
R3376 T5171 T5172 amod Olfactory,Memory
R3377 T5172 T5173 nsubj Memory,Is
R3378 T5174 T5175 advmod Significantly,Decreased
R3379 T5175 T5173 acomp Decreased,Is
R3380 T5176 T5175 cc but,Decreased
R3381 T5177 T5178 advmod Highly,Variable
R3382 T5178 T5175 conj Variable,Decreased
R3383 T5179 T5173 prep in,Is
R3384 T5180 T5181 compound GluR,BΔFB
R3385 T5181 T5183 compound BΔFB,Mice
R3386 T5182 T5181 punct -,BΔFB
R3387 T5183 T5179 pobj Mice,in
R3388 T5185 T5186 aux To,capture
R3389 T5186 T5187 advcl capture,assessed
R3390 T5188 T5189 det the,extent
R3391 T5189 T5186 dobj extent,capture
R3392 T5190 T5189 amod full,extent
R3393 T5191 T5189 prep of,extent
R3394 T5192 T5193 det the,role
R3395 T5193 T5191 pobj role,of
R3396 T5194 T5193 prep of,role
R3397 T5195 T5196 npadvmod Ca2,permeable
R3398 T5196 T5199 amod permeable,AMPARs
R3399 T5197 T5195 punct +,Ca2
R3400 T5198 T5196 punct -,permeable
R3401 T5199 T5194 pobj AMPARs,of
R3402 T5200 T5193 prep in,role
R3403 T5201 T5202 amod olfactory,behavior
R3404 T5202 T5200 pobj behavior,in
R3405 T5203 T5187 punct ", ",assessed
R3406 T5204 T5187 nsubj we,assessed
R3407 T5205 T5187 advmod next,assessed
R3408 T5206 T5207 det the,effects
R3409 T5207 T5187 dobj effects,assessed
R3410 T5208 T5207 prep of,effects
R3411 T5209 T5210 amod altered,channels
R3412 T5210 T5208 pobj channels,of
R3413 T5211 T5210 compound AMPA,channels
R3414 T5212 T5207 prep on,effects
R3415 T5213 T5214 amod olfactory,memory
R3416 T5214 T5212 pobj memory,on
R3417 T5215 T5187 punct .,assessed
R3418 T5217 T5218 aux To,probe
R3419 T5218 T5219 advcl probe,interleaved
R3420 T5220 T5221 amod olfactory,memory
R3421 T5221 T5218 dobj memory,probe
R3422 T5222 T5218 prep in,probe
R3423 T5223 T5224 compound GluR,BΔFB
R3424 T5224 T5226 compound BΔFB,mice
R3425 T5225 T5224 punct -,BΔFB
R3426 T5226 T5222 pobj mice,in
R3427 T5227 T5219 punct ", ",interleaved
R3428 T5228 T5229 nummod six,days
R3429 T5229 T5230 npadvmod days,after
R3430 T5230 T5219 prep after,interleaved
R3431 T5231 T5232 det the,end
R3432 T5232 T5230 pobj end,after
R3433 T5233 T5232 prep of,end
R3434 T5234 T5235 det the,phase
R3435 T5235 T5233 pobj phase,of
R3436 T5236 T5235 amod first,phase
R3437 T5237 T5235 compound training,phase
R3438 T5238 T5235 prep for,phase
R3439 T5239 T5240 compound odor,discrimination
R3440 T5240 T5238 pobj discrimination,for
R3441 T5241 T5235 punct (,phase
R3442 T5242 T5235 appos amylacetate,phase
R3443 T5243 T5242 cc versus,amylacetate
R3444 T5244 T5242 conj ethylbutyrate,amylacetate
R3445 T5245 T5235 punct ),phase
R3446 T5246 T5219 punct ", ",interleaved
R3447 T5247 T5248 det the,trials
R3448 T5248 T5219 nsubjpass trials,interleaved
R3449 T5249 T5248 compound training,trials
R3450 T5250 T5248 prep for,trials
R3451 T5251 T5252 det the,pair
R3452 T5252 T5250 pobj pair,for
R3453 T5253 T5252 amod third,pair
R3454 T5254 T5252 compound odor,pair
R3455 T5255 T5252 punct (,pair
R3456 T5256 T5257 amod pelargonic,acid
R3457 T5257 T5252 appos acid,pair
R3458 T5258 T5256 cc versus,pelargonic
R3459 T5259 T5256 conj valeric,pelargonic
R3460 T5260 T5252 punct ),pair
R3461 T5261 T5219 auxpass were,interleaved
R3462 T5262 T5219 prep with,interleaved
R3463 T5263 T5264 amod unrewarded,trials
R3464 T5264 T5262 pobj trials,with
R3465 T5265 T5266 prep in,presented
R3466 T5266 T5264 relcl presented,trials
R3467 T5267 T5265 pobj which,in
R3468 T5268 T5266 nsubjpass amylacetate,presented
R3469 T5269 T5268 cc or,amylacetate
R3470 T5270 T5268 conj ethylbutyrate,amylacetate
R3471 T5271 T5266 auxpass were,presented
R3472 T5272 T5266 advmod again,presented
R3473 T5273 T5274 punct (,bar
R3474 T5274 T5219 parataxis bar,interleaved
R3475 T5275 T5274 amod black,bar
R3476 T5276 T5274 prep in,bar
R3477 T5277 T5278 compound Figure,2C
R3478 T5278 T5276 pobj 2C,in
R3479 T5279 T5274 punct ),bar
R3480 T5280 T5219 punct .,interleaved
R3481 T5282 T5283 mark Whereas,responded
R3482 T5283 T5287 advcl responded,showed
R3483 T5284 T5285 compound control,mice
R3484 T5285 T5283 nsubj mice,responded
R3485 T5286 T5283 advmod reliably,responded
R3486 T5288 T5289 advmod only,to
R3487 T5289 T5283 prep to,responded
R3488 T5290 T5291 det the,odor
R3489 T5291 T5289 pobj odor,to
R3490 T5292 T5293 advmod previously,rewarded
R3491 T5293 T5291 amod rewarded,odor
R3492 T5294 T5295 punct (,2E
R3493 T5295 T5291 parataxis 2E,odor
R3494 T5296 T5295 dep memory,2E
R3495 T5297 T5296 prep of,memory
R3496 T5298 T5299 quantmod 86,8
R3497 T5299 T5301 nummod 8,%
R3498 T5300 T5299 punct ±,8
R3499 T5301 T5297 pobj %,of
R3500 T5302 T5295 punct ", ",2E
R3501 T5303 T5304 nmod mean,SD
R3502 T5304 T5295 dep SD,2E
R3503 T5305 T5304 punct ±,SD
R3504 T5306 T5295 punct ", ",2E
R3505 T5307 T5308 nsubj n,9
R3506 T5308 T5295 ccomp 9,2E
R3507 T5309 T5308 punct =,9
R3508 T5310 T5295 punct ", ",2E
R3509 T5311 T5295 compound Figure,2E
R3510 T5312 T5295 punct ),2E
R3511 T5313 T5287 punct ", ",showed
R3512 T5314 T5315 compound GluR,BΔFB
R3513 T5315 T5317 compound BΔFB,mice
R3514 T5316 T5315 punct -,BΔFB
R3515 T5317 T5287 nsubj mice,showed
R3516 T5318 T5319 amod reduced,memory
R3517 T5319 T5287 dobj memory,showed
R3518 T5320 T5319 amod olfactory,memory
R3519 T5321 T5322 punct (,Whitney
R3520 T5322 T5287 parataxis Whitney,showed
R3521 T5323 T5324 quantmod 69,16
R3522 T5324 T5326 nummod 16,%
R3523 T5325 T5324 punct ±,16
R3524 T5326 T5322 dep %,Whitney
R3525 T5327 T5322 punct ", ",Whitney
R3526 T5328 T5329 nsubj n,9
R3527 T5329 T5322 ccomp 9,Whitney
R3528 T5330 T5329 punct =,9
R3529 T5331 T5322 punct ", ",Whitney
R3530 T5332 T5333 nsubj p,0.05
R3531 T5333 T5322 ccomp 0.05,Whitney
R3532 T5334 T5333 punct <,0.05
R3533 T5335 T5322 punct ", ",Whitney
R3534 T5336 T5322 compound Mann,Whitney
R3535 T5337 T5322 punct -,Whitney
R3536 T5338 T5322 punct ),Whitney
R3537 T5339 T5287 punct .,showed
R3538 T5341 T5342 prep Due,speculate
R3539 T5343 T5341 pcomp to,Due
R3540 T5344 T5345 det the,learning
R3541 T5345 T5341 pobj learning,Due
R3542 T5346 T5347 advmod more,rapid
R3543 T5347 T5345 amod rapid,learning
R3544 T5348 T5345 acl observed,learning
R3545 T5349 T5348 prep in,observed
R3546 T5350 T5351 compound GluR,BΔFB
R3547 T5351 T5349 pobj BΔFB,in
R3548 T5352 T5351 punct -,BΔFB
R3549 T5353 T5342 punct ", ",speculate
R3550 T5354 T5342 nsubj one,speculate
R3551 T5355 T5342 aux could,speculate
R3552 T5356 T5357 mark that,reflect
R3553 T5357 T5342 ccomp reflect,speculate
R3554 T5358 T5359 det a,decrease
R3555 T5359 T5357 nsubj decrease,reflect
R3556 T5360 T5359 prep in,decrease
R3557 T5361 T5362 amod olfactory,memory
R3558 T5362 T5360 pobj memory,in
R3559 T5363 T5357 aux might,reflect
R3560 T5364 T5357 advmod simply,reflect
R3561 T5365 T5366 amod increased,extinction
R3562 T5366 T5357 dobj extinction,reflect
R3563 T5367 T5342 punct .,speculate
R3564 T5369 T5370 advmod However,were
R3565 T5371 T5370 punct ", ",were
R3566 T5372 T5373 compound extinction,levels
R3567 T5373 T5370 nsubj levels,were
R3568 T5374 T5370 acomp low,were
R3569 T5375 T5370 prep in,were
R3570 T5376 T5375 amod general,in
R3571 T5377 T5370 punct ", ",were
R3572 T5378 T5379 det no,interaction
R3573 T5379 T5384 nsubjpass interaction,found
R3574 T5380 T5379 amod significant,interaction
R3575 T5381 T5382 nmod group,trial
R3576 T5382 T5379 compound trial,interaction
R3577 T5383 T5382 punct -,trial
R3578 T5384 T5370 conj found,were
R3579 T5385 T5384 aux could,found
R3580 T5386 T5384 auxpass be,found
R3581 T5387 T5384 prep for,found
R3582 T5388 T5389 det the,trials
R3583 T5389 T5387 pobj trials,for
R3584 T5390 T5389 compound memory,trials
R3585 T5391 T5392 punct (,ANOVA
R3586 T5392 T5384 parataxis ANOVA,found
R3587 T5393 T5394 nummod 2,way
R3588 T5394 T5392 compound way,ANOVA
R3589 T5395 T5394 punct -,way
R3590 T5396 T5392 punct ", ",ANOVA
R3591 T5397 T5398 nsubj F,1.5
R3592 T5398 T5392 ccomp 1.5,ANOVA
R3593 T5399 T5397 punct (,F
R3594 T5400 T5397 nummod 6,F
R3595 T5401 T5397 punct ",",F
R3596 T5402 T5397 nummod 90,F
R3597 T5403 T5397 punct ),F
R3598 T5404 T5398 punct =,1.5
R3599 T5405 T5392 punct ", ",ANOVA
R3600 T5406 T5407 nsubj p,0.1
R3601 T5407 T5392 ccomp 0.1,ANOVA
R3602 T5408 T5407 punct >,0.1
R3603 T5409 T5392 punct ),ANOVA
R3604 T5410 T5384 punct ", ",found
R3605 T5411 T5384 cc and,found
R3606 T5412 T5413 det a,restriction
R3607 T5413 T5414 nsubj restriction,displayed
R3608 T5414 T5384 conj displayed,found
R3609 T5415 T5413 prep of,restriction
R3610 T5416 T5417 det the,analysis
R3611 T5417 T5415 pobj analysis,of
R3612 T5418 T5413 prep to,restriction
R3613 T5419 T5420 amod early,trials
R3614 T5420 T5418 pobj trials,to
R3615 T5421 T5420 compound memory,trials
R3616 T5422 T5423 advmod essentially,pattern
R3617 T5423 T5414 dobj pattern,displayed
R3618 T5424 T5423 det the,pattern
R3619 T5425 T5423 amod same,pattern
R3620 T5426 T5427 punct (,S3A
R3621 T5427 T5414 parataxis S3A,displayed
R3622 T5428 T5427 compound Figure,S3A
R3623 T5429 T5427 punct ),S3A
R3624 T5430 T5370 punct .,were
R3625 T5432 T5433 advmod Thus,is
R3626 T5434 T5433 punct ", ",is
R3627 T5435 T5436 amod reduced,performance
R3628 T5436 T5433 nsubj performance,is
R3629 T5437 T5436 prep in,performance
R3630 T5438 T5439 det the,trials
R3631 T5439 T5437 pobj trials,in
R3632 T5440 T5439 compound probe,trials
R3633 T5441 T5433 neg not,is
R3634 T5442 T5433 prep due,is
R3635 T5443 T5442 pcomp to,due
R3636 T5444 T5445 amod increased,extinction
R3637 T5445 T5442 pobj extinction,due
R3638 T5446 T5433 cc but,is
R3639 T5447 T5433 conj reflects,is
R3640 T5448 T5449 amod genuine,impairment
R3641 T5449 T5447 dobj impairment,reflects
R3642 T5450 T5449 compound memory,impairment
R3643 T5451 T5433 punct .,is
R3644 T5453 T5454 advmod Moreover,conclude
R3645 T5455 T5454 punct ", ",conclude
R3646 T5456 T5457 mark because,affected
R3647 T5457 T5454 advcl affected,conclude
R3648 T5458 T5459 det the,acquisition
R3649 T5459 T5457 nsubjpass acquisition,affected
R3650 T5460 T5461 npadvmod hippocampus,dependent
R3651 T5461 T5459 amod dependent,acquisition
R3652 T5462 T5461 punct -,dependent
R3653 T5463 T5459 amod spatial,acquisition
R3654 T5464 T5459 nmod memory,acquisition
R3655 T5465 T5466 nmod after,task
R3656 T5466 T5459 compound task,acquisition
R3657 T5467 T5466 punct -,task
R3658 T5468 T5459 prep in,acquisition
R3659 T5469 T5470 det the,maze
R3660 T5470 T5468 pobj maze,in
R3661 T5471 T5470 compound Y,maze
R3662 T5472 T5470 punct -,maze
R3663 T5473 T5457 auxpass was,affected
R3664 T5474 T5457 neg not,affected
R3665 T5475 T5476 punct (,S2
R3666 T5476 T5457 parataxis S2,affected
R3667 T5477 T5476 compound Figure,S2
R3668 T5478 T5476 punct ),S2
R3669 T5479 T5454 punct ", ",conclude
R3670 T5480 T5454 nsubj we,conclude
R3671 T5481 T5482 mark that,is
R3672 T5482 T5454 ccomp is,conclude
R3673 T5483 T5484 det the,deficit
R3674 T5484 T5482 nsubj deficit,is
R3675 T5485 T5484 amod observed,deficit
R3676 T5486 T5487 amod olfactory,memory
R3677 T5487 T5484 compound memory,deficit
R3678 T5488 T5489 advmod rather,specific
R3679 T5489 T5482 acomp specific,is
R3680 T5490 T5489 prep for,specific
R3681 T5491 T5490 pobj olfaction,for
R3682 T5492 T5482 cc and,is
R3683 T5493 T5494 aux does,generalize
R3684 T5494 T5482 conj generalize,is
R3685 T5495 T5494 neg not,generalize
R3686 T5496 T5494 advmod readily,generalize
R3687 T5497 T5494 prep to,generalize
R3688 T5498 T5499 amod other,modalities
R3689 T5499 T5497 pobj modalities,to
R3690 T5500 T5454 punct .,conclude
R3691 T5502 T5503 mark While,showed
R3692 T5503 T5511 advcl showed,was
R3693 T5504 T5505 det the,behavior
R3694 T5505 T5503 nsubj behavior,showed
R3695 T5506 T5505 amod improved,behavior
R3696 T5507 T5508 nmod odor,discrimination
R3697 T5508 T5505 nmod discrimination,behavior
R3698 T5509 T5508 cc and,discrimination
R3699 T5510 T5508 conj learning,discrimination
R3700 T5512 T5513 advmod only,variability
R3701 T5513 T5503 dobj variability,showed
R3702 T5514 T5513 amod little,variability
R3703 T5515 T5511 punct ", ",was
R3704 T5516 T5517 det the,performance
R3705 T5517 T5511 nsubj performance,was
R3706 T5518 T5519 advmod significantly,impaired
R3707 T5519 T5517 amod impaired,performance
R3708 T5520 T5517 compound memory,performance
R3709 T5521 T5517 acl observed,performance
R3710 T5522 T5521 prep in,observed
R3711 T5523 T5524 compound GluR,BΔFB
R3712 T5524 T5526 compound BΔFB,mice
R3713 T5525 T5524 punct -,BΔFB
R3714 T5526 T5522 pobj mice,in
R3715 T5527 T5528 advmod highly,variable
R3716 T5528 T5511 acomp variable,was
R3717 T5529 T5511 prep among,was
R3718 T5530 T5531 amod individual,animals
R3719 T5531 T5529 pobj animals,among
R3720 T5532 T5511 prep compared,was
R3721 T5533 T5532 prep with,compared
R3722 T5534 T5535 compound control,littermates
R3723 T5535 T5533 pobj littermates,with
R3724 T5536 T5537 punct (,2E
R3725 T5537 T5511 parataxis 2E,was
R3726 T5538 T5537 compound Figure,2E
R3727 T5539 T5537 punct ),2E
R3728 T5540 T5511 punct .,was
R3729 T5542 T5543 det This,variability
R3730 T5543 T5544 nsubjpass variability,reflected
R3731 T5545 T5543 prep in,variability
R3732 T5546 T5547 amod olfactory,memory
R3733 T5547 T5545 pobj memory,in
R3734 T5548 T5544 auxpass was,reflected
R3735 T5549 T5544 prep in,reflected
R3736 T5550 T5551 det the,level
R3737 T5551 T5549 pobj level,in
R3738 T5552 T5551 cc and,level
R3739 T5553 T5551 conj extent,level
R3740 T5554 T5551 prep of,level
R3741 T5555 T5556 compound Cre,recombinase
R3742 T5556 T5558 compound recombinase,expression
R3743 T5557 T5556 punct -,recombinase
R3744 T5558 T5554 pobj expression,of
R3745 T5559 T5544 prep in,reflected
R3746 T5560 T5559 pobj forebrain,in
R3747 T5561 T5560 prep of,forebrain
R3748 T5562 T5563 amod transgenic,mice
R3749 T5563 T5561 pobj mice,of
R3750 T5564 T5563 compound TgCre4,mice
R3751 T5565 T5544 punct ", ",reflected
R3752 T5566 T5567 mark as,visualized
R3753 T5567 T5544 advcl visualized,reflected
R3754 T5568 T5567 prep by,visualized
R3755 T5569 T5570 compound Cre,activity
R3756 T5570 T5568 pobj activity,by
R3757 T5571 T5570 punct -,activity
R3758 T5572 T5567 prep in,visualized
R3759 T5573 T5574 det the,line
R3760 T5574 T5572 pobj line,in
R3761 T5575 T5576 compound Cre,indicator
R3762 T5576 T5574 compound indicator,line
R3763 T5577 T5576 punct -,indicator
R3764 T5578 T5574 compound mouse,line
R3765 T5579 T5574 appos R26R,line
R3766 T5580 T5544 punct .,reflected
R3767 T5582 T5583 nsubj We,observed
R3768 T5584 T5585 mark that,varied
R3770 T5586 T5585 nsubj onset,varied
R3771 T5587 T5586 cc and,onset
R3772 T5588 T5586 conj extent,onset
R3773 T5589 T5586 prep of,onset
R3774 T5590 T5591 compound Cre,recombinase
R3775 T5591 T5593 compound recombinase,expression
R3776 T5592 T5591 punct -,recombinase
R3777 T5593 T5589 pobj expression,of
R3778 T5594 T5593 prep in,expression
R3779 T5595 T5596 amod different,regions
R3780 T5596 T5594 pobj regions,in
R3781 T5597 T5596 compound forebrain,regions
R3782 T5598 T5585 prep among,varied
R3783 T5599 T5600 amod individual,mice
R3784 T5600 T5598 pobj mice,among
R3785 T5601 T5600 compound TgCre4,mice
R3786 T5602 T5603 punct (,3A
R3787 T5603 T5585 parataxis 3A,varied
R3788 T5604 T5603 compound Figure,3A
R3789 T5605 T5603 punct ),3A
R3790 T5606 T5583 punct ", ",observed
R3791 T5607 T5608 dep which,visualized
R3792 T5608 T5583 advcl visualized,observed
R3793 T5609 T5608 aux could,visualized
R3794 T5610 T5608 advmod also,visualized
R3795 T5611 T5608 auxpass be,visualized
R3796 T5612 T5608 advmod directly,visualized
R3797 T5613 T5608 prep by,visualized
R3798 T5614 T5613 pobj immunohistochemistry,by
R3799 T5615 T5608 prep with,visualized
R3800 T5616 T5617 det a,antibody
R3801 T5617 T5615 pobj antibody,with
R3802 T5618 T5617 compound Cre,antibody
R3803 T5619 T5617 punct -,antibody
R3804 T5620 T5621 punct (,data
R3805 T5621 T5583 meta data,observed
R3806 T5622 T5621 amod unpublished,data
R3807 T5623 T5621 punct ),data
R3808 T5624 T5583 punct .,observed
R3809 T5626 T5627 mark As,persisted
R3810 T5627 T5630 advcl persisted,attributed
R3811 T5628 T5629 det this,variability
R3812 T5629 T5627 nsubj variability,persisted
R3813 T5631 T5627 prep after,persisted
R3814 T5632 T5633 amod several,backcrosses
R3815 T5633 T5631 pobj backcrosses,after
R3816 T5634 T5627 punct ", ",persisted
R3817 T5635 T5627 cc and,persisted
R3818 T5636 T5637 compound Southern,blot
R3819 T5637 T5638 compound blot,analysis
R3820 T5638 T5639 nsubj analysis,revealed
R3821 T5639 T5627 conj revealed,persisted
R3822 T5640 T5641 det no,differences
R3823 T5641 T5639 dobj differences,revealed
R3824 T5642 T5641 prep of,differences
R3825 T5643 T5644 compound transgene,integration
R3826 T5644 T5642 pobj integration,of
R3827 T5645 T5644 cc or,integration
R3828 T5646 T5644 conj number,integration
R3829 T5647 T5641 prep among,differences
R3830 T5648 T5647 pobj animals,among
R3831 T5649 T5650 punct (,3B
R3832 T5650 T5639 parataxis 3B,revealed
R3833 T5651 T5650 compound Figure,3B
R3834 T5652 T5650 punct ),3B
R3835 T5653 T5630 punct ", ",attributed
R3836 T5654 T5630 nsubjpass it,attributed
R3837 T5655 T5630 aux could,attributed
R3838 T5656 T5630 neg not,attributed
R3839 T5657 T5630 auxpass be,attributed
R3840 T5658 T5630 prep to,attributed
R3841 T5659 T5660 amod genetic,differences
R3842 T5660 T5658 pobj differences,to
R3843 T5661 T5658 cc but,to
R3844 T5662 T5661 advmod rather,but
R3845 T5663 T5658 conj to,to
R3846 T5664 T5665 amod epigenetic,mechanisms
R3847 T5665 T5663 pobj mechanisms,to
R3848 T5666 T5630 punct .,attributed
R3849 T5668 T5669 advmod Hence,hypothesized
R3850 T5670 T5669 punct ", ",hypothesized
R3851 T5671 T5669 nsubj we,hypothesized
R3852 T5672 T5673 mark that,reflected
R3853 T5673 T5669 ccomp reflected,hypothesized
R3854 T5674 T5675 det the,variability
R3855 T5675 T5673 nsubj variability,reflected
R3856 T5676 T5675 prep in,variability
R3857 T5677 T5678 amod olfactory,memory
R3858 T5678 T5676 pobj memory,in
R3859 T5679 T5680 det the,mosaicism
R3860 T5680 T5673 dobj mosaicism,reflected
R3861 T5681 T5680 acl observed,mosaicism
R3862 T5682 T5681 prep in,observed
R3863 T5683 T5684 det the,line
R3864 T5684 T5682 pobj line,in
R3865 T5685 T5684 amod transgenic,line
R3866 T5686 T5684 compound TgCre4,line
R3867 T5687 T5669 punct .,hypothesized
R3868 T5689 T5690 det The,evaluation
R3869 T5690 T5691 nsubjpass evaluation,applied
R3870 T5692 T5690 prep of,evaluation
R3871 T5693 T5694 amod regional,differences
R3872 T5694 T5692 pobj differences,of
R3873 T5695 T5694 prep in,differences
R3874 T5696 T5697 compound expression,pattern
R3875 T5697 T5695 pobj pattern,in
R3876 T5698 T5697 prep of,pattern
R3877 T5699 T5698 pobj animals,of
R3878 T5700 T5699 prep with,animals
R3879 T5701 T5702 amod robust,memory
R3880 T5702 T5700 pobj memory,with
R3881 T5703 T5701 cc and,robust
R3882 T5704 T5701 conj poor,robust
R3883 T5705 T5702 amod olfactory,memory
R3884 T5706 T5691 aux could,applied
R3885 T5707 T5691 advmod then,applied
R3886 T5708 T5691 auxpass be,applied
R3887 T5709 T5710 aux to,identify
R3888 T5710 T5691 advcl identify,applied
R3889 T5711 T5712 compound brain,areas
R3890 T5712 T5710 dobj areas,identify
R3891 T5713 T5712 amod responsible,areas
R3892 T5714 T5713 prep for,responsible
R3893 T5715 T5716 det the,phenotypes
R3894 T5716 T5714 pobj phenotypes,for
R3895 T5717 T5716 amod observed,phenotypes
R3896 T5718 T5691 punct .,applied
R3899 T5967 T5968 amod Olfactory,Memory
R3900 T5968 T5969 nsubj Memory,Correlates
R3901 T5970 T5969 prep with,Correlates
R3902 T5971 T5972 amod Residual,Expression
R3903 T5972 T5970 pobj Expression,with
R3904 T5973 T5974 compound GluR,B
R3905 T5974 T5972 compound B,Expression
R3906 T5975 T5974 punct -,B
R3907 T5976 T5972 compound Protein,Expression
R3908 T5977 T5969 prep in,Correlates
R3909 T5978 T5979 compound GluR,BΔFB
R3910 T5979 T5981 compound BΔFB,Mice
R3911 T5980 T5979 punct -,BΔFB
R3912 T5981 T5977 pobj Mice,in
R3913 T5983 T5984 advmod Thus,analyzed
R3914 T5985 T5984 punct ", ",analyzed
R3915 T5986 T5987 aux to,examine
R3916 T5987 T5984 advcl examine,analyzed
R3917 T5988 T5989 mark whether,reflects
R3918 T5989 T5987 ccomp reflects,examine
R3919 T5990 T5991 det the,variability
R3920 T5991 T5989 nsubj variability,reflects
R3921 T5992 T5991 amod pronounced,variability
R3922 T5993 T5991 prep of,variability
R3923 T5994 T5995 amod olfactory,memory
R3924 T5995 T5993 pobj memory,of
R3925 T5996 T5991 prep in,variability
R3926 T5997 T5998 compound GluR,BΔFB
R3927 T5998 T6000 compound BΔFB,mice
R3928 T5999 T5998 punct -,BΔFB
R3929 T6000 T5996 pobj mice,in
R3930 T6001 T6002 punct (,2E
R3931 T6002 T5991 parataxis 2E,variability
R3932 T6003 T6002 compound Figure,2E
R3933 T6004 T6002 punct ),2E
R3934 T6005 T5989 dobj variability,reflects
R3935 T6006 T6005 prep of,variability
R3936 T6007 T6008 compound GluR,B
R3937 T6008 T6010 compound B,levels
R3938 T6009 T6008 punct -,B
R3939 T6010 T6006 pobj levels,of
R3940 T6011 T6005 prep in,variability
R3941 T6012 T6013 compound GluR,BΔFB
R3942 T6013 T6015 compound BΔFB,mice
R3943 T6014 T6013 punct -,BΔFB
R3944 T6015 T6011 pobj mice,in
R3945 T6016 T5984 punct ", ",analyzed
R3946 T6017 T5984 nsubj we,analyzed
R3947 T6018 T6019 det the,amount
R3948 T6019 T5984 dobj amount,analyzed
R3949 T6020 T6019 amod residual,amount
R3950 T6021 T6019 prep of,amount
R3951 T6022 T6023 compound GluR,B
R3952 T6023 T6025 compound B,protein
R3953 T6024 T6023 punct -,B
R3954 T6025 T6021 pobj protein,of
R3955 T6026 T6019 prep in,amount
R3956 T6027 T6026 pobj mice,in
R3957 T6028 T6027 prep with,mice
R3958 T6029 T6030 amod disparate,performances
R3959 T6030 T6028 pobj performances,with
R3960 T6031 T6030 compound memory,performances
R3961 T6032 T6033 punct (,4A
R3962 T6033 T6019 parataxis 4A,amount
R3963 T6034 T6033 compound Figure,4A
R3964 T6035 T6036 punct –,C
R3965 T6036 T6033 prep C,4A
R3966 T6037 T6033 punct ),4A
R3967 T6038 T5984 punct .,analyzed
R3968 T6040 T6041 advmod Notably,showed
R3969 T6042 T6041 punct ", ",showed
R3970 T6043 T6041 nsubj mice,showed
R3971 T6044 T6043 prep with,mice
R3972 T6045 T6046 amod pronounced,deficits
R3973 T6046 T6044 pobj deficits,with
R3974 T6047 T6046 compound memory,deficits
R3975 T6048 T6049 punct (,%
R3976 T6049 T6043 parataxis %,mice
R3977 T6050 T6049 nsubj memory,%
R3978 T6051 T6049 punct <,%
R3979 T6052 T6049 nummod 70,%
R3980 T6053 T6049 punct ),%
R3981 T6054 T6055 advmod essentially,protein
R3982 T6055 T6041 dobj protein,showed
R3983 T6056 T6055 det no,protein
R3984 T6057 T6055 amod detectable,protein
R3985 T6058 T6059 compound GluR,B
R3986 T6059 T6055 compound B,protein
R3987 T6060 T6059 punct -,B
R3988 T6061 T6041 prep in,showed
R3989 T6062 T6061 pobj hippocampus,in
R3990 T6063 T6062 punct ", ",hippocampus
R3991 T6064 T6062 conj amygdala,hippocampus
R3992 T6065 T6064 punct ", ",amygdala
R3993 T6066 T6067 amod olfactory,bulb
R3994 T6067 T6064 conj bulb,amygdala
R3995 T6068 T6067 punct ", ",bulb
R3996 T6069 T6067 cc and,bulb
R3997 T6070 T6071 amod piriform,cortex
R3998 T6071 T6067 conj cortex,bulb
R3999 T6072 T6073 punct (,4B
R4000 T6073 T6041 parataxis 4B,showed
R4001 T6074 T6075 nsubj n,2
R4002 T6075 T6073 ccomp 2,4B
R4003 T6076 T6075 punct =,2
R4004 T6077 T6073 punct ", ",4B
R4005 T6078 T6073 compound Figure,4B
R4006 T6079 T6073 punct ", ",4B
R4007 T6080 T6073 cc and,4B
R4008 T6081 T6082 amod unpublished,data
R4009 T6082 T6073 conj data,4B
R4010 T6083 T6073 punct ),4B
R4011 T6084 T6041 punct ", ",showed
R4012 T6085 T6041 cc but,showed
R4013 T6086 T6087 nsubj mice,displayed
R4014 T6087 T6041 conj displayed,showed
R4015 T6088 T6086 prep with,mice
R4016 T6089 T6090 advmod almost,complete
R4017 T6090 T6091 amod complete,memory
R4018 T6091 T6088 pobj memory,with
R4019 T6092 T6093 amod substantial,levels
R4020 T6093 T6087 dobj levels,displayed
R4021 T6094 T6093 amod residual,levels
R4022 T6095 T6096 compound GluR,B
R4023 T6096 T6093 compound B,levels
R4024 T6097 T6096 punct -,B
R4025 T6098 T6087 prep in,displayed
R4026 T6099 T6100 det all,areas
R4027 T6100 T6098 pobj areas,in
R4028 T6101 T6100 compound brain,areas
R4029 T6102 T6100 acl investigated,areas
R4030 T6103 T6104 punct (,4B
R4031 T6104 T6087 parataxis 4B,displayed
R4032 T6105 T6106 nsubj n,2
R4033 T6106 T6104 ccomp 2,4B
R4034 T6107 T6106 punct =,2
R4035 T6108 T6104 punct ", ",4B
R4036 T6109 T6104 compound Figure,4B
R4037 T6110 T6104 punct ", ",4B
R4038 T6111 T6104 cc and,4B
R4039 T6112 T6113 amod unpublished,data
R4040 T6113 T6104 conj data,4B
R4041 T6114 T6104 punct ),4B
R4042 T6115 T6041 punct .,showed
R4043 T6117 T6118 aux To,quantify
R4044 T6118 T6119 advcl quantify,repeated
R4045 T6120 T6121 det the,relation
R4046 T6121 T6118 dobj relation,quantify
R4047 T6122 T6121 prep between,relation
R4048 T6123 T6124 amod residual,protein
R4049 T6124 T6122 pobj protein,between
R4050 T6125 T6126 compound GluR,B
R4051 T6126 T6124 compound B,protein
R4052 T6127 T6126 punct -,B
R4053 T6128 T6124 cc and,protein
R4054 T6129 T6130 amod olfactory,memory
R4055 T6130 T6124 conj memory,protein
R4056 T6131 T6119 punct ", ",repeated
R4057 T6132 T6133 det the,experiment
R4058 T6133 T6119 nsubjpass experiment,repeated
R4059 T6134 T6133 compound memory,experiment
R4060 T6135 T6119 auxpass was,repeated
R4061 T6136 T6119 prep with,repeated
R4062 T6137 T6138 nummod nine,mice
R4063 T6138 T6136 pobj mice,with
R4064 T6139 T6138 amod additional,mice
R4065 T6140 T6141 compound GluR,BΔFB
R4066 T6141 T6138 compound BΔFB,mice
R4067 T6142 T6141 punct -,BΔFB
R4068 T6143 T6138 cc and,mice
R4069 T6144 T6145 nummod two,animals
R4070 T6145 T6138 conj animals,mice
R4071 T6146 T6147 compound GluR,B2lox
R4072 T6147 T6145 compound B2lox,animals
R4073 T6148 T6147 punct -,B2lox
R4074 T6149 T6145 compound control,animals
R4075 T6150 T6151 punct (,indicated
R4076 T6151 T6119 parataxis indicated,repeated
R4077 T6152 T6151 prep with,indicated
R4078 T6153 T6154 amod shaded,symbols
R4079 T6154 T6152 pobj symbols,with
R4080 T6155 T6151 prep in,indicated
R4081 T6156 T6157 compound Figure,4A
R4082 T6157 T6155 pobj 4A,in
R4083 T6158 T6151 punct ),indicated
R4084 T6159 T6119 punct ", ",repeated
R4085 T6160 T6119 advcl resulting,repeated
R4086 T6161 T6160 prep in,resulting
R4087 T6162 T6163 det the,mean
R4088 T6163 T6161 pobj mean,in
R4089 T6164 T6163 amod same,mean
R4090 T6165 T6163 punct ", ",mean
R4091 T6166 T6163 conj variability,mean
R4092 T6167 T6166 punct ", ",variability
R4093 T6168 T6166 cc and,variability
R4094 T6169 T6166 conj range,variability
R4095 T6170 T6163 prep of,mean
R4096 T6171 T6172 compound memory,performance
R4097 T6172 T6170 pobj performance,of
R4098 T6173 T6174 punct (,%
R4100 T6175 T6176 dep control,%
R4101 T6176 T6174 dep %,%
R4102 T6177 T6176 punct : ,%
R4103 T6178 T6179 quantmod 89,10
R4104 T6179 T6176 nummod 10,%
R4105 T6180 T6179 punct ±,10
R4106 T6181 T6174 punct ;,%
R4107 T6182 T6183 compound GluR,BΔFB
R4108 T6183 T6174 dep BΔFB,%
R4109 T6184 T6183 punct -,BΔFB
R4110 T6185 T6174 punct : ,%
R4111 T6186 T6187 quantmod 63,14
R4112 T6187 T6174 nummod 14,%
R4113 T6188 T6187 punct ±,14
R4114 T6189 T6174 punct ),%
R4115 T6190 T6119 punct .,repeated
R4116 T6192 T6193 advmod Subsequently,extracted
R4117 T6194 T6193 punct ", ",extracted
R4118 T6195 T6193 nsubjpass protein,extracted
R4119 T6196 T6193 auxpass was,extracted
R4120 T6197 T6193 prep from,extracted
R4121 T6198 T6199 amod olfactory,bulbs
R4122 T6199 T6197 pobj bulbs,from
R4123 T6200 T6199 punct ", ",bulbs
R4124 T6201 T6202 amod cortical,areas
R4125 T6202 T6199 conj areas,bulbs
R4126 T6203 T6202 punct ", ",areas
R4127 T6204 T6202 cc and,areas
R4128 T6205 T6202 conj hippocampi,areas
R4129 T6206 T6199 prep from,bulbs
R4130 T6207 T6208 det each,mouse
R4131 T6208 T6206 pobj mouse,from
R4132 T6209 T6193 punct ", ",extracted
R4133 T6210 T6193 cc and,extracted
R4134 T6211 T6212 compound GluR,B
R4135 T6212 T6214 compound B,protein
R4136 T6213 T6212 punct -,B
R4137 T6214 T6215 nsubjpass protein,quantified
R4138 T6215 T6193 conj quantified,extracted
R4139 T6216 T6215 auxpass was,quantified
R4140 T6217 T6218 punct (,4C
R4141 T6218 T6215 parataxis 4C,quantified
R4142 T6219 T6218 compound Figure,4C
R4143 T6220 T6218 punct ),4C
R4144 T6221 T6193 punct .,extracted
R4145 T6223 T6224 det The,correlations
R4146 T6224 T6226 nsubjpass correlations,depicted
R4147 T6225 T6224 amod summarized,correlations
R4148 T6227 T6226 auxpass are,depicted
R4149 T6228 T6226 prep in,depicted
R4150 T6229 T6230 compound Figure,4D
R4151 T6230 T6228 pobj 4D,in
R4152 T6231 T6232 punct (,used
R4153 T6232 T6226 parataxis used,depicted
R4154 T6233 T6234 nummod two,animals
R4155 T6234 T6232 nsubjpass animals,used
R4156 T6235 T6232 auxpass were,used
R4157 T6236 T6232 prep for,used
R4158 T6237 T6238 amod immunofluorescent,analysis
R4159 T6238 T6236 pobj analysis,for
R4160 T6239 T6240 dep that,yielded
R4161 T6240 T6238 relcl yielded,analysis
R4162 T6241 T6242 det the,results
R4163 T6242 T6240 dobj results,yielded
R4164 T6243 T6242 amod same,results
R4165 T6244 T6240 prep as,yielded
R4166 T6245 T6244 prep in,as
R4167 T6246 T6247 det the,experiment
R4168 T6247 T6245 pobj experiment,in
R4169 T6248 T6247 amod first,experiment
R4170 T6249 T6232 punct ),used
R4171 T6250 T6226 punct .,depicted
R4172 T6252 T6253 mark Whereas,correlated
R4173 T6253 T6261 advcl correlated,observed
R4174 T6254 T6255 det no,parameter
R4175 T6255 T6253 nsubj parameter,correlated
R4176 T6256 T6257 npadvmod learning,related
R4177 T6257 T6255 amod related,parameter
R4178 T6258 T6256 cc or,learning
R4179 T6259 T6256 conj discrimination,learning
R4180 T6260 T6257 punct -,related
R4181 T6262 T6253 prep with,correlated
R4182 T6263 T6264 amod residual,levels
R4183 T6264 T6262 pobj levels,with
R4184 T6265 T6264 compound protein,levels
R4185 T6266 T6267 punct (,4D
R4186 T6267 T6253 parataxis 4D,correlated
R4187 T6268 T6267 compound Figure,4D
R4188 T6269 T6267 punct ", ",4D
R4189 T6270 T6271 nsubj R2,0.3
R4190 T6271 T6267 ccomp 0.3,4D
R4191 T6272 T6271 punct <,0.3
R4192 T6273 T6267 punct ),4D
R4193 T6274 T6261 punct ", ",observed
R4194 T6275 T6276 det a,correlation
R4195 T6276 T6261 nsubjpass correlation,observed
R4196 T6277 T6276 amod strong,correlation
R4197 T6278 T6276 prep between,correlation
R4198 T6279 T6278 pobj memory,between
R4199 T6280 T6279 cc and,memory
R4200 T6281 T6282 compound GluR,B
R4201 T6282 T6284 compound B,protein
R4202 T6283 T6282 punct -,B
R4203 T6284 T6279 conj protein,memory
R4204 T6285 T6261 auxpass was,observed
R4205 T6286 T6261 prep in,observed
R4206 T6287 T6286 pobj hippocampus,in
R4207 T6288 T6289 punct (,4D
R4208 T6289 T6287 parataxis 4D,hippocampus
R4209 T6290 T6289 compound Figure,4D
R4210 T6291 T6289 punct ", ",4D
R4211 T6292 T6293 nsubj R2,0.72
R4212 T6293 T6289 ccomp 0.72,4D
R4213 T6294 T6293 punct =,0.72
R4214 T6295 T6289 punct ", ",4D
R4215 T6296 T6297 nsubj p,0.003
R4216 T6297 T6289 ccomp 0.003,4D
R4217 T6298 T6297 punct <,0.003
R4218 T6299 T6289 punct ", ",4D
R4219 T6300 T6301 nsubj n,10
R4220 T6301 T6289 ccomp 10,4D
R4221 T6302 T6301 punct =,10
R4222 T6303 T6289 punct ),4D
R4223 T6304 T6287 cc and,hippocampus
R4224 T6305 T6306 amod cortical,areas
R4225 T6306 T6287 conj areas,hippocampus
R4226 T6307 T6308 punct (,4D
R4227 T6308 T6306 parataxis 4D,areas
R4228 T6309 T6308 compound Figure,4D
R4229 T6310 T6308 punct ", ",4D
R4230 T6311 T6312 nsubj R2,0.62
R4231 T6312 T6308 ccomp 0.62,4D
R4232 T6313 T6312 punct =,0.62
R4233 T6314 T6308 punct ", ",4D
R4234 T6315 T6316 nsubj p,0.006
R4235 T6316 T6308 ccomp 0.006,4D
R4236 T6317 T6316 punct <,0.006
R4237 T6318 T6308 punct ", ",4D
R4238 T6319 T6320 nsubj n,10
R4239 T6320 T6308 ccomp 10,4D
R4240 T6321 T6320 punct =,10
R4241 T6322 T6308 punct ),4D
R4242 T6323 T6261 punct .,observed
R4243 T6325 T6326 advmod Only,correlation
R4244 T6326 T6330 nsubjpass correlation,found
R4245 T6327 T6326 det a,correlation
R4246 T6328 T6329 advmod weakly,significant
R4247 T6329 T6326 amod significant,correlation
R4248 T6331 T6330 auxpass was,found
R4249 T6332 T6330 prep in,found
R4250 T6333 T6334 det the,bulb
R4251 T6334 T6332 pobj bulb,in
R4252 T6335 T6334 amod olfactory,bulb
R4253 T6336 T6337 punct (,4D
R4254 T6337 T6330 parataxis 4D,found
R4255 T6338 T6337 compound Figure,4D
R4256 T6339 T6337 punct ", ",4D
R4257 T6340 T6341 nsubj R2,0.48
R4258 T6341 T6337 ccomp 0.48,4D
R4259 T6342 T6341 punct =,0.48
R4260 T6343 T6337 punct ", ",4D
R4261 T6344 T6345 nsubj p,0.03
R4262 T6345 T6337 ccomp 0.03,4D
R4263 T6346 T6345 punct =,0.03
R4264 T6347 T6337 punct ", ",4D
R4265 T6348 T6349 nsubj n,10
R4266 T6349 T6337 ccomp 10,4D
R4267 T6350 T6349 punct =,10
R4268 T6351 T6337 punct ),4D
R4269 T6352 T6330 punct .,found
R4270 T6354 T6355 compound GluR,A
R4271 T6355 T6357 compound A,levels
R4272 T6356 T6355 punct -,A
R4273 T6357 T6358 nsubj levels,were
R4274 T6359 T6358 acomp unchanged,were
R4275 T6360 T6358 prep from,were
R4276 T6361 T6362 amod wild,type
R4277 T6362 T6360 pobj type,from
R4278 T6363 T6362 punct -,type
R4279 T6364 T6358 punct ", ",were
R4280 T6365 T6358 advcl indicating,were
R4281 T6366 T6367 mark that,is
R4282 T6367 T6365 ccomp is,indicating
R4283 T6368 T6369 amod compensatory,regulation
R4284 T6369 T6367 nsubj regulation,is
R4285 T6370 T6369 amod up,regulation
R4286 T6371 T6369 punct -,regulation
R4287 T6372 T6369 prep of,regulation
R4288 T6373 T6374 amod other,subunits
R4289 T6374 T6372 pobj subunits,of
R4290 T6375 T6374 compound AMPAR,subunits
R4291 T6376 T6367 acomp unlikely,is
R4292 T6377 T6378 punct (,levels
R4293 T6378 T6358 parataxis levels,were
R4294 T6379 T6380 compound GluR,A
R4295 T6380 T6378 compound A,levels
R4296 T6381 T6380 punct -,A
R4297 T6382 T6378 amod relative,levels
R4298 T6383 T6382 prep to,relative
R4299 T6384 T6383 pobj control,to
R4300 T6385 T6378 punct : ,levels
R4301 T6386 T6387 nummod 1.02,0.05
R4302 T6387 T6389 dep 0.05,10
R4303 T6388 T6387 punct ±,0.05
R4304 T6389 T6378 dep 10,levels
R4305 T6390 T6389 punct ", ",10
R4306 T6391 T6392 nmod mean,SEM
R4307 T6392 T6389 dep SEM,10
R4308 T6393 T6392 punct ±,SEM
R4309 T6394 T6389 punct ", ",10
R4310 T6395 T6389 nsubj n,10
R4311 T6396 T6389 punct =,10
R4312 T6397 T6378 punct ),levels
R4313 T6398 T6358 punct .,were
R4314 T6400 T6401 prep In,showed
R4315 T6402 T6400 pobj summary,In
R4316 T6403 T6401 punct ", ",showed
R4317 T6404 T6401 nsubj mice,showed
R4318 T6405 T6404 prep with,mice
R4319 T6406 T6407 amod reduced,levels
R4320 T6407 T6405 pobj levels,with
R4321 T6408 T6409 compound GluR,B
R4322 T6409 T6407 compound B,levels
R4323 T6410 T6409 punct -,B
R4324 T6411 T6407 prep in,levels
R4325 T6412 T6413 compound forebrain,areas
R4326 T6413 T6411 pobj areas,in
R4327 T6414 T6415 amod decreased,memory
R4328 T6415 T6401 dobj memory,showed
R4329 T6416 T6415 amod olfactory,memory
R4330 T6417 T6415 punct ", ",memory
R4331 T6418 T6419 dep which,correlated
R4332 T6419 T6415 relcl correlated,memory
R4333 T6420 T6419 advmod tightly,correlated
R4334 T6421 T6419 prep with,correlated
R4335 T6422 T6423 det a,reduction
R4336 T6423 T6421 pobj reduction,with
R4337 T6424 T6423 prep in,reduction
R4338 T6425 T6426 compound GluR,B
R4339 T6426 T6428 compound B,levels
R4340 T6427 T6426 punct -,B
R4341 T6428 T6424 pobj levels,in
R4342 T6429 T6423 prep in,reduction
R4343 T6430 T6431 det the,hippocampus
R4344 T6431 T6429 pobj hippocampus,in
R4345 T6432 T6431 cc and,hippocampus
R4346 T6433 T6434 amod cortical,areas
R4347 T6434 T6431 conj areas,hippocampus
R4348 T6435 T6401 punct .,showed
R4349 T6437 T6438 amod Enhanced,learning
R4350 T6438 T6440 nsubj learning,was
R4351 T6439 T6438 compound odor,learning
R4352 T6441 T6438 cc and,learning
R4353 T6442 T6438 conj discrimination,learning
R4354 T6443 T6440 punct ", ",was
R4355 T6444 T6440 prep on,was
R4356 T6445 T6446 det the,hand
R4357 T6446 T6444 pobj hand,on
R4358 T6447 T6446 amod other,hand
R4359 T6448 T6440 punct ", ",was
R4360 T6449 T6440 acomp independent,was
R4361 T6450 T6449 prep of,independent
R4362 T6451 T6452 amod residual,levels
R4363 T6452 T6450 pobj levels,of
R4364 T6453 T6454 compound GluR,B
R4365 T6454 T6452 compound B,levels
R4366 T6455 T6454 punct -,B
R4367 T6456 T6440 prep in,was
R4368 T6457 T6458 det the,bulb
R4369 T6458 T6456 pobj bulb,in
R4370 T6459 T6458 amod olfactory,bulb
R4371 T6460 T6458 cc and,bulb
R4372 T6461 T6462 amod other,areas
R4373 T6462 T6458 conj areas,bulb
R4374 T6463 T6462 compound forebrain,areas
R4375 T6464 T6440 punct ", ",was
R4376 T6465 T6440 advcl indicating,was
R4377 T6466 T6467 mark that,are
R4378 T6467 T6465 ccomp are,indicating
R4379 T6468 T6469 amod moderate,reductions
R4380 T6469 T6467 nsubj reductions,are
R4381 T6470 T6471 compound GluR,B
R4382 T6471 T6469 compound B,reductions
R4383 T6472 T6471 punct -,B
R4384 T6473 T6467 acomp sufficient,are
R4385 T6474 T6475 aux to,saturate
R4386 T6475 T6473 xcomp saturate,sufficient
R4387 T6476 T6477 amod enhanced,learning
R4388 T6477 T6475 dobj learning,saturate
R4389 T6478 T6477 compound odor,learning
R4390 T6479 T6477 cc and,learning
R4391 T6480 T6477 conj discrimination,learning
R4392 T6481 T6440 punct .,was
R4393 T6483 T6484 advmod Thus,be
R4394 T6485 T6484 punct ", ",be
R4395 T6486 T6487 mark although,mediated
R4396 T6487 T6484 advcl mediated,be
R4397 T6488 T6487 nsubjpass both,mediated
R4398 T6489 T6487 auxpass are,mediated
R4399 T6490 T6487 agent by,mediated
R4400 T6491 T6490 pobj alterations,by
R4401 T6492 T6491 prep in,alterations
R4402 T6493 T6494 det the,subunit
R4403 T6494 T6492 pobj subunit,in
R4404 T6495 T6494 compound AMPAR,subunit
R4405 T6496 T6497 compound GluR,B
R4406 T6497 T6494 appos B,subunit
R4407 T6498 T6497 punct -,B
R4408 T6499 T6487 punct ", ",mediated
R4409 T6500 T6487 prep due,mediated
R4410 T6501 T6500 pcomp to,due
R4411 T6502 T6503 det the,curves
R4412 T6503 T6500 pobj curves,due
R4413 T6504 T6505 advmod qualitatively,different
R4414 T6505 T6503 amod different,curves
R4415 T6506 T6507 compound dose,response
R4416 T6507 T6503 compound response,curves
R4417 T6508 T6507 punct -,response
R4418 T6509 T6484 punct ", ",be
R4419 T6510 T6511 det the,phenotypes
R4420 T6511 T6484 nsubj phenotypes,be
R4421 T6512 T6511 prep regarding,phenotypes
R4422 T6513 T6514 amod olfactory,memory
R4423 T6514 T6512 pobj memory,regarding
R4424 T6515 T6514 punct ", ",memory
R4425 T6516 T6514 cc and,memory
R4426 T6517 T6518 amod olfactory,discrimination
R4427 T6518 T6514 conj discrimination,memory
R4428 T6519 T6518 compound learning,discrimination
R4429 T6520 T6518 punct /,discrimination
R4430 T6521 T6484 aux must,be
R4431 T6522 T6523 advmod mechanistically,distinct
R4432 T6523 T6484 acomp distinct,be
R4433 T6524 T6484 punct .,be
R4434 T6879 T6880 amod Partial,Rescue
R4435 T6881 T6880 prep of,Rescue
R4436 T6882 T6883 amod Olfactory,Deficit
R4437 T6883 T6881 pobj Deficit,of
R4438 T6884 T6883 compound Memory,Deficit
R4439 T6885 T6880 prep by,Rescue
R4440 T6886 T6887 amod Selective,Expression
R4441 T6887 T6885 pobj Expression,by
R4442 T6888 T6887 amod Transgenic,Expression
R4443 T6889 T6890 compound GluR,B
R4444 T6890 T6887 compound B,Expression
R4445 T6891 T6890 punct -,B
R4446 T6892 T6880 prep in,Rescue
R4447 T6893 T6892 pobj Hippocampus,in
R4448 T6894 T6893 cc and,Hippocampus
R4449 T6895 T6896 amod Piriform,Cortex
R4450 T6896 T6893 conj Cortex,Hippocampus
R4451 T6897 T6880 prep in,Rescue
R4452 T6898 T6899 compound GluR,BΔFB
R4453 T6899 T6901 compound BΔFB,Mice
R4454 T6900 T6899 punct -,BΔFB
R4455 T6901 T6897 pobj Mice,in
R4456 T6903 T6904 det The,effect
R4457 T6904 T6905 nsubj effect,indicated
R4458 T6906 T6904 prep of,effect
R4459 T6907 T6908 amod selective,depletion
R4460 T6908 T6906 pobj depletion,of
R4461 T6909 T6910 compound GluR,B
R4462 T6910 T6908 compound B,depletion
R4463 T6911 T6910 punct -,B
R4464 T6912 T6908 prep in,depletion
R4465 T6913 T6912 pobj mice,in
R4466 T6914 T6915 mark that,are
R4467 T6915 T6905 ccomp are,indicated
R4468 T6916 T6917 compound GluR,B
R4469 T6917 T6919 npadvmod B,containing
R4470 T6918 T6917 punct -,B
R4471 T6919 T6921 amod containing,AMPARs
R4472 T6920 T6919 punct -,containing
R4473 T6921 T6915 nsubj AMPARs,are
R4474 T6922 T6921 prep in,AMPARs
R4475 T6923 T6924 det the,hippocampus
R4476 T6924 T6922 pobj hippocampus,in
R4477 T6925 T6924 punct ", ",hippocampus
R4478 T6926 T6924 cc and,hippocampus
R4479 T6927 T6926 punct /,and
R4480 T6928 T6926 cc or,and
R4481 T6929 T6930 punct (,cortex
R4482 T6930 T6924 conj cortex,hippocampus
R4483 T6931 T6930 amod olfactory,cortex
R4484 T6932 T6930 punct ),cortex
R4485 T6933 T6915 acomp likely,are
R4486 T6934 T6935 aux to,be
R4487 T6935 T6933 xcomp be,likely
R4488 T6936 T6935 acomp important,be
R4489 T6937 T6936 prep for,important
R4490 T6938 T6939 amod olfactory,memory
R4491 T6939 T6937 pobj memory,for
R4492 T6940 T6905 punct .,indicated
R4493 T6942 T6943 det The,phenotype
R4494 T6943 T6946 nsubj phenotype,be
R4495 T6944 T6945 amod olfactory,memory
R4496 T6945 T6943 compound memory,phenotype
R4497 T6946 T6948 ccomp be,evoked
R4498 T6947 T6946 aux could,be
R4499 T6949 T6946 prep due,be
R4500 T6950 T6949 pcomp to,due
R4501 T6951 T6949 pobj depletion,due
R4502 T6952 T6951 prep of,depletion
R4503 T6953 T6954 compound GluR,B
R4504 T6954 T6952 pobj B,of
R4505 T6955 T6954 punct -,B
R4506 T6956 T6951 prep in,depletion
R4507 T6957 T6958 amod olfactory,cortex
R4508 T6958 T6956 pobj cortex,in
R4509 T6959 T6958 cc or,cortex
R4510 T6960 T6958 conj hippocampus,cortex
R4511 T6961 T6948 punct ;,evoked
R4512 T6962 T6963 amod enhanced,capabilities
R4513 T6963 T6948 nsubjpass capabilities,evoked
R4514 T6964 T6963 nmod learning,capabilities
R4515 T6965 T6964 cc and,learning
R4516 T6966 T6964 conj discrimination,learning
R4517 T6967 T6948 aux might,evoked
R4518 T6968 T6948 advmod rather,evoked
R4519 T6969 T6948 auxpass be,evoked
R4520 T6970 T6948 agent by,evoked
R4521 T6971 T6970 pobj AMPARs,by
R4522 T6972 T6971 acl lacking,AMPARs
R4523 T6973 T6974 compound GluR,B
R4524 T6974 T6972 dobj B,lacking
R4525 T6975 T6974 punct -,B
R4526 T6976 T6972 prep in,lacking
R4527 T6977 T6978 det the,bulb
R4528 T6978 T6976 pobj bulb,in
R4529 T6979 T6978 amod olfactory,bulb
R4530 T6980 T6948 punct .,evoked
R4531 T6982 T6983 aux To,obtain
R4532 T6983 T6984 advcl obtain,expressed
R4533 T6985 T6986 amod independent,evidence
R4534 T6986 T6983 dobj evidence,obtain
R4535 T6987 T6986 prep for,evidence
R4536 T6988 T6989 det this,dissection
R4537 T6989 T6987 pobj dissection,for
R4538 T6990 T6989 amod spatial,dissection
R4539 T6991 T6990 cc and,spatial
R4540 T6992 T6990 conj mechanistic,spatial
R4541 T6993 T6989 prep of,dissection
R4542 T6994 T6995 det the,roles
R4543 T6995 T6993 pobj roles,of
R4544 T6996 T6995 prep of,roles
R4545 T6997 T6998 npadvmod Ca2,permeable
R4546 T6998 T7001 amod permeable,AMPARs
R4547 T6999 T6997 punct +,Ca2
R4548 T7000 T6998 punct -,permeable
R4549 T7001 T6996 pobj AMPARs,of
R4550 T7002 T6984 punct ", ",expressed
R4551 T7003 T6984 nsubj we,expressed
R4552 T7004 T6984 prep by,expressed
R4553 T7005 T7006 amod transgenic,means
R4554 T7006 T7004 pobj means,by
R4555 T7007 T7008 npadvmod N,terminally
R4556 T7008 T6984 advmod terminally,expressed
R4557 T7009 T7008 punct -,terminally
R4558 T7010 T7011 amod green,protein
R4559 T7011 T7013 npadvmod protein,tagged
R4560 T7012 T7011 amod fluorescent,protein
R4561 T7013 T7018 amod tagged,B
R4562 T7014 T7011 punct (,protein
R4563 T7015 T7011 appos GFP,protein
R4564 T7016 T7013 punct ),tagged
R4565 T7017 T7013 punct -,tagged
R4566 T7018 T6984 dobj B,expressed
R4567 T7019 T7018 compound GluR,B
R4568 T7020 T7018 punct -,B
R4569 T7021 T7022 advmod specifically,in
R4570 T7022 T6984 prep in,expressed
R4571 T7023 T7022 pobj hippocampus,in
R4572 T7024 T7023 cc and,hippocampus
R4573 T7025 T7026 amod piriform,cortex
R4574 T7026 T7023 conj cortex,hippocampus
R4575 T7027 T7023 prep of,hippocampus
R4576 T7028 T7029 compound GluR,BΔFB
R4577 T7029 T7031 compound BΔFB,mice
R4578 T7030 T7029 punct -,BΔFB
R4579 T7031 T7027 pobj mice,of
R4580 T7032 T7033 punct (,5A
R4581 T7033 T6984 parataxis 5A,expressed
R4582 T7034 T7033 compound Figure,5A
R4583 T7035 T7033 cc and,5A
R4584 T7036 T7033 conj 5B,5A
R4585 T7037 T7033 punct ),5A
R4586 T7038 T6984 punct .,expressed
R4587 T7040 T7041 prep In,expected
R4588 T7042 T7040 pobj accordance,In
R4589 T7043 T7042 prep with,accordance
R4590 T7044 T7045 det the,dependence
R4591 T7045 T7043 pobj dependence,with
R4592 T7046 T7045 amod proposed,dependence
R4593 T7047 T7045 compound region,dependence
R4594 T7048 T7045 punct -,dependence
R4595 T7049 T7041 punct ", ",expected
R4596 T7050 T7041 nsubj we,expected
R4597 T7051 T7052 mark that,improve
R4598 T7052 T7041 ccomp improve,expected
R4599 T7053 T7054 amod additional,subunits
R4600 T7054 T7052 nsubj subunits,improve
R4601 T7055 T7056 compound GluR,B
R4602 T7056 T7054 compound B,subunits
R4603 T7057 T7056 punct -,B
R4604 T7058 T7054 prep in,subunits
R4605 T7059 T7058 pobj hippocampus,in
R4606 T7060 T7059 cc and,hippocampus
R4607 T7061 T7060 punct /,and
R4608 T7062 T7060 cc or,and
R4609 T7063 T7064 amod piriform,cortex
R4610 T7064 T7059 conj cortex,hippocampus
R4611 T7065 T7066 compound odor,memory
R4612 T7066 T7052 dobj memory,improve
R4613 T7067 T7052 cc but,improve
R4614 T7068 T7069 aux do,alter
R4615 T7069 T7052 conj alter,improve
R4616 T7070 T7069 neg not,alter
R4617 T7071 T7072 compound odor,discrimination
R4618 T7072 T7073 compound discrimination,performance
R4619 T7073 T7069 dobj performance,alter
R4620 T7074 T7041 punct .,expected
R4621 T7076 T7077 det The,line
R4622 T7077 T7079 nsubj line,had
R4623 T7078 T7077 compound mouse,line
R4624 T7080 T7077 acl employed,line
R4625 T7081 T7080 prep for,employed
R4626 T7082 T7083 det this,purpose
R4627 T7083 T7081 pobj purpose,for
R4628 T7084 T7077 punct ", ",line
R4629 T7085 T7077 acl termed,line
R4630 T7086 T7087 compound GluR,BRescue
R4631 T7087 T7085 oprd BRescue,termed
R4632 T7088 T7087 punct -,BRescue
R4633 T7089 T7079 punct ", ",had
R4634 T7090 T7091 det the,background
R4635 T7091 T7079 dobj background,had
R4636 T7092 T7091 amod genetic,background
R4637 T7093 T7091 prep of,background
R4638 T7094 T7095 compound GluR,BΔFB
R4639 T7095 T7097 compound BΔFB,mice
R4640 T7096 T7095 punct -,BΔFB
R4641 T7097 T7093 pobj mice,of
R4642 T7098 T7079 cc but,had
R4643 T7099 T7100 advmod additionally,carried
R4644 T7100 T7079 conj carried,had
R4645 T7101 T7102 det a,module
R4646 T7102 T7100 dobj module,carried
R4647 T7103 T7102 amod bidirectional,module
R4648 T7104 T7102 prep for,module
R4649 T7105 T7106 nmod β,galactosidase
R4650 T7106 T7108 nmod galactosidase,expression
R4651 T7107 T7106 punct -,galactosidase
R4652 T7108 T7104 pobj expression,for
R4653 T7109 T7106 cc and,galactosidase
R4654 T7110 T7111 compound GFPGluR,B
R4655 T7111 T7106 conj B,galactosidase
R4656 T7112 T7111 punct -,B
R4657 T7113 T7102 punct ", ",module
R4658 T7114 T7102 amod responsive,module
R4659 T7115 T7114 prep to,responsive
R4660 T7116 T7117 det the,transactivator
R4661 T7117 T7115 pobj transactivator,to
R4662 T7118 T7119 npadvmod tetracycline,controlled
R4663 T7119 T7117 amod controlled,transactivator
R4664 T7120 T7119 punct -,controlled
R4665 T7121 T7117 amod transcriptional,transactivator
R4666 T7122 T7123 punct [,62
R4667 T7123 T7100 parataxis 62,carried
R4668 T7124 T7123 punct ],62
R4669 T7125 T7079 punct .,had
R4670 T7127 T7128 det The,transactivator
R4671 T7128 T7129 nsubj transactivator,was
R4672 T7130 T7129 prep under,was
R4673 T7131 T7132 det the,control
R4674 T7132 T7130 pobj control,under
R4675 T7133 T7132 prep of,control
R4676 T7134 T7135 det a,fragment
R4677 T7135 T7133 pobj fragment,of
R4678 T7136 T7135 amod modified,fragment
R4679 T7137 T7138 compound αCaMKII,promoter
R4680 T7138 T7135 compound promoter,fragment
R4681 T7139 T7138 punct -,promoter
R4682 T7140 T7141 aux to,obtain
R4683 T7141 T7129 advcl obtain,was
R4684 T7142 T7143 amod high,selectivity
R4685 T7143 T7141 dobj selectivity,obtain
R4686 T7144 T7143 compound expression,selectivity
R4687 T7145 T7146 punct (,5A
R4688 T7146 T7129 parataxis 5A,was
R4689 T7147 T7146 compound Figure,5A
R4690 T7148 T7146 punct ;,5A
R4691 T7149 T7146 advcl see,5A
R4692 T7150 T7149 advmod also,see
R4693 T7151 T7149 dobj Materials,see
R4694 T7152 T7151 cc and,Materials
R4695 T7153 T7151 conj Methods,Materials
R4696 T7154 T7146 punct ),5A
R4697 T7155 T7129 punct .,was
R4698 T7157 T7158 det The,level
R4699 T7158 T7161 nsubj level,was
R4700 T7159 T7158 amod transgenic,level
R4701 T7160 T7158 compound expression,level
R4702 T7162 T7158 prep of,level
R4703 T7163 T7164 compound GFPGluR,B
R4704 T7164 T7162 pobj B,of
R4705 T7165 T7164 punct -,B
R4706 T7166 T7167 nummod 9.72,%
R4707 T7167 T7161 attr %,was
R4708 T7168 T7167 punct ±,%
R4709 T7169 T7167 appos 1.25,%
R4710 T7170 T7171 punct (,3
R4711 T7171 T7167 parataxis 3,%
R4712 T7172 T7171 nsubj n,3
R4713 T7173 T7171 punct =,3
R4714 T7174 T7171 punct ),3
R4715 T7175 T7161 prep in,was
R4716 T7176 T7177 det the,hippocampus
R4717 T7177 T7175 pobj hippocampus,in
R4718 T7178 T7161 punct ", ",was
R4719 T7179 T7161 prep compared,was
R4720 T7180 T7179 prep with,compared
R4721 T7181 T7182 amod endogenous,B
R4722 T7182 T7180 pobj B,with
R4723 T7183 T7182 compound GluR,B
R4724 T7184 T7182 punct -,B
R4725 T7185 T7186 punct (,5C
R4726 T7186 T7161 parataxis 5C,was
R4727 T7187 T7186 compound Figure,5C
R4728 T7188 T7186 cc and,5C
R4729 T7189 T7186 conj 5D,5C
R4730 T7190 T7186 punct ),5C
R4731 T7191 T7161 punct .,was
R4732 T7193 T7194 nsubj Analysis,revealed
R4733 T7195 T7193 prep of,Analysis
R4734 T7196 T7197 compound β,galactosidase
R4735 T7197 T7199 compound galactosidase,activity
R4736 T7198 T7197 punct -,galactosidase
R4737 T7199 T7195 pobj activity,of
R4738 T7200 T7199 cc and,activity
R4739 T7201 T7202 compound GFPGluR,B
R4740 T7202 T7204 compound B,expression
R4741 T7203 T7202 punct -,B
R4742 T7204 T7199 conj expression,activity
R4743 T7205 T7199 prep in,activity
R4744 T7206 T7207 compound brain,sections
R4745 T7207 T7205 pobj sections,in
R4746 T7208 T7207 prep of,sections
R4747 T7209 T7210 compound GluR,BRescue
R4748 T7210 T7212 compound BRescue,mice
R4749 T7211 T7210 punct -,BRescue
R4750 T7212 T7208 pobj mice,of
R4751 T7213 T7194 dobj expression,revealed
R4752 T7214 T7194 prep in,revealed
R4753 T7215 T7214 pobj hippocampus,in
R4754 T7216 T7215 cc and,hippocampus
R4755 T7217 T7218 amod piriform,cortex
R4756 T7218 T7215 conj cortex,hippocampus
R4757 T7219 T7194 punct ", ",revealed
R4758 T7220 T7221 mark whereas,showed
R4759 T7221 T7194 advcl showed,revealed
R4760 T7222 T7221 nsubj cortex,showed
R4761 T7223 T7222 punct ", ",cortex
R4762 T7224 T7222 conj amygdala,cortex
R4763 T7225 T7224 punct ", ",amygdala
R4764 T7226 T7224 cc and,amygdala
R4765 T7227 T7224 conj striatum,amygdala
R4766 T7228 T7229 advmod only,rarely
R4767 T7229 T7221 advmod rarely,showed
R4768 T7230 T7231 det any,cells
R4769 T7231 T7221 dobj cells,showed
R4770 T7232 T7231 amod positive,cells
R4771 T7233 T7234 punct (,5B
R4772 T7234 T7194 parataxis 5B,revealed
R4773 T7235 T7234 compound Figure,5B
R4774 T7236 T7234 punct ),5B
R4775 T7237 T7194 punct .,revealed
R4776 T7239 T7240 advmod Importantly,were
R4777 T7241 T7240 punct ", ",were
R4778 T7242 T7243 preconj both,pattern
R4779 T7243 T7240 nsubj pattern,were
R4780 T7244 T7243 det the,pattern
R4781 T7245 T7243 amod spatial,pattern
R4782 T7246 T7243 cc and,pattern
R4783 T7247 T7243 conj intensity,pattern
R4784 T7248 T7243 prep of,pattern
R4785 T7249 T7250 compound GFPGluR,B
R4786 T7250 T7252 compound B,expression
R4787 T7251 T7250 punct -,B
R4788 T7252 T7248 pobj expression,of
R4789 T7253 T7240 acomp constant,were
R4790 T7254 T7240 prep among,were
R4791 T7255 T7256 det all,mice
R4792 T7256 T7254 pobj mice,among
R4793 T7257 T7258 compound GluR,BRescue
R4794 T7258 T7256 compound BRescue,mice
R4795 T7259 T7258 punct -,BRescue
R4796 T7260 T7256 acl analyzed,mice
R4797 T7261 T7262 punct (,11
R4798 T7262 T7240 parataxis 11,were
R4799 T7263 T7262 nsubj n,11
R4800 T7264 T7262 punct =,11
R4801 T7265 T7262 punct ),11
R4802 T7266 T7240 punct .,were
R4803 T7268 T7269 amod Olfactory,memory
R4804 T7269 T7270 compound memory,experiments
R4805 T7270 T7271 nsubjpass experiments,performed
R4806 T7272 T7270 prep with,experiments
R4807 T7273 T7274 compound GluR,BRescue
R4808 T7274 T7272 pobj BRescue,with
R4809 T7275 T7274 punct -,BRescue
R4810 T7276 T7274 punct ", ",BRescue
R4811 T7277 T7274 cc and,BRescue
R4812 T7278 T7279 preconj both,BΔFB
R4813 T7279 T7282 nmod BΔFB,mice
R4814 T7280 T7279 nmod GluR,BΔFB
R4815 T7281 T7279 punct -,BΔFB
R4816 T7282 T7274 conj mice,BRescue
R4817 T7283 T7279 cc and,BΔFB
R4818 T7284 T7285 compound GluR,B2lox
R4819 T7285 T7279 conj B2lox,BΔFB
R4820 T7286 T7285 punct -,B2lox
R4821 T7287 T7282 prep as,mice
R4822 T7288 T7287 pobj controls,as
R4823 T7289 T7271 punct ", ",performed
R4824 T7290 T7271 auxpass were,performed
R4825 T7291 T7292 mark as,described
R4826 T7292 T7271 advcl described,performed
R4827 T7293 T7292 advmod above,described
R4828 T7294 T7295 punct (,indicated
R4829 T7295 T7271 parataxis indicated,performed
R4830 T7296 T7295 prep with,indicated
R4831 T7297 T7298 amod shaded,symbols
R4832 T7298 T7296 pobj symbols,with
R4833 T7299 T7295 prep in,indicated
R4834 T7300 T7301 compound Figure,6A
R4835 T7301 T7299 pobj 6A,in
R4836 T7302 T7295 punct ),indicated
R4837 T7303 T7271 punct .,performed
R4838 T7305 T7306 nsubj Memory,was
R4839 T7307 T7306 advmod again,was
R4840 T7308 T7309 advmod highly,reproducible
R4841 T7309 T7306 acomp reproducible,was
R4842 T7310 T7306 prep in,was
R4843 T7311 T7312 preconj both,BΔFB
R4844 T7312 T7315 nmod BΔFB,mice
R4845 T7313 T7312 nmod GluR,BΔFB
R4846 T7314 T7312 punct -,BΔFB
R4847 T7315 T7310 pobj mice,in
R4848 T7316 T7317 punct (,%
R4849 T7317 T7312 parataxis %,BΔFB
R4850 T7318 T7319 quantmod 66,12
R4851 T7319 T7317 nummod 12,%
R4852 T7320 T7319 punct ±,12
R4853 T7321 T7317 punct ;,%
R4854 T7322 T7323 nsubj n,4
R4855 T7323 T7317 ccomp 4,%
R4856 T7324 T7323 punct =,4
R4857 T7325 T7317 punct ),%
R4858 T7326 T7312 cc and,BΔFB
R4859 T7327 T7328 compound GluR,B2lox
R4860 T7328 T7312 conj B2lox,BΔFB
R4861 T7329 T7328 punct -,B2lox
R4862 T7330 T7331 punct (,%
R4863 T7331 T7328 parataxis %,B2lox
R4864 T7332 T7333 quantmod 94,2
R4865 T7333 T7331 nummod 2,%
R4866 T7334 T7333 punct ±,2
R4867 T7335 T7331 punct ;,%
R4868 T7336 T7337 nsubj n,3
R4869 T7337 T7331 ccomp 3,%
R4870 T7338 T7337 punct =,3
R4871 T7339 T7331 punct ),%
R4872 T7340 T7306 punct ", ",was
R4873 T7341 T7306 prep compared,was
R4874 T7342 T7341 prep with,compared
R4875 T7343 T7342 pobj experiments,with
R4876 T7344 T7343 acl performed,experiments
R4877 T7345 T7344 advmod earlier,performed
R4878 T7346 T7347 punct (,2E
R4879 T7347 T7306 parataxis 2E,was
R4880 T7348 T7347 compound Figures,2E
R4881 T7349 T7347 cc and,2E
R4882 T7350 T7347 conj 4A,2E
R4883 T7351 T7347 punct ),2E
R4884 T7352 T7306 punct .,was
R4885 T7354 T7355 advmod Importantly,was
R4886 T7356 T7355 punct ", ",was
R4887 T7357 T7358 amod olfactory,memory
R4888 T7358 T7355 nsubj memory,was
R4889 T7359 T7358 prep in,memory
R4890 T7360 T7361 compound GluR,BRescue
R4891 T7361 T7363 compound BRescue,mice
R4892 T7362 T7361 punct -,BRescue
R4893 T7363 T7359 pobj mice,in
R4894 T7364 T7355 acomp intermediate,was
R4895 T7365 T7366 punct (,%
R4896 T7366 T7364 parataxis %,intermediate
R4897 T7367 T7368 quantmod 75,15
R4898 T7368 T7366 nummod 15,%
R4899 T7369 T7368 punct ±,15
R4900 T7370 T7366 punct ", ",%
R4901 T7371 T7372 nsubj n,8
R4902 T7372 T7366 ccomp 8,%
R4903 T7373 T7372 punct =,8
R4904 T7374 T7366 punct ),%
R4905 T7375 T7364 punct ", ",intermediate
R4906 T7376 T7364 conj below,intermediate
R4907 T7377 T7378 compound GluR,B2lox
R4908 T7378 T7380 compound B2lox,levels
R4909 T7379 T7378 punct -,B2lox
R4910 T7380 T7376 pobj levels,below
R4911 T7381 T7380 compound control,levels
R4912 T7382 T7376 punct ", ",below
R4913 T7383 T7376 cc but,below
R4914 T7384 T7376 conj better,below
R4915 T7385 T7384 prep than,better
R4916 T7386 T7385 prep in,than
R4917 T7387 T7388 compound GluR,BΔFB
R4918 T7388 T7390 compound BΔFB,mice
R4919 T7389 T7388 punct -,BΔFB
R4920 T7390 T7386 pobj mice,in
R4921 T7391 T7355 punct .,was
R4922 T7393 T7394 csubj Assessing,confirmed
R4923 T7395 T7393 dobj memory,Assessing
R4924 T7396 T7393 prep under,Assessing
R4925 T7397 T7398 npadvmod extinction,free
R4926 T7398 T7400 amod free,condition
R4927 T7399 T7398 punct -,free
R4928 T7400 T7396 pobj condition,under
R4929 T7401 T7393 punct ", ",Assessing
R4930 T7402 T7403 advmod where,rewarded
R4931 T7403 T7393 advcl rewarded,Assessing
R4932 T7404 T7405 det each,trial
R4933 T7405 T7403 nsubjpass trial,rewarded
R4934 T7406 T7403 auxpass was,rewarded
R4935 T7407 T7394 punct ", ",confirmed
R4936 T7408 T7394 advmod again,confirmed
R4937 T7409 T7410 mark that,was
R4938 T7410 T7394 ccomp was,confirmed
R4939 T7411 T7412 det the,deficit
R4940 T7412 T7410 nsubj deficit,was
R4941 T7413 T7412 compound memory,deficit
R4942 T7414 T7415 det a,deficit
R4943 T7415 T7410 attr deficit,was
R4944 T7416 T7415 amod true,deficit
R4945 T7417 T7415 compound memory,deficit
R4946 T7418 T7415 cc and,deficit
R4947 T7419 T7418 neg not,and
R4948 T7420 T7415 conj due,deficit
R4949 T7421 T7420 pcomp to,due
R4950 T7422 T7423 amod increased,extinction
R4951 T7423 T7420 pobj extinction,due
R4952 T7424 T7425 punct (,S3B
R4953 T7425 T7394 parataxis S3B,confirmed
R4954 T7426 T7425 compound Figure,S3B
R4955 T7427 T7425 punct ),S3B
R4956 T7428 T7394 punct .,confirmed
R4957 T7430 T7431 nsubjpass Data,combined
R4958 T7432 T7430 prep from,Data
R4959 T7433 T7434 det the,experiments
R4960 T7434 T7432 pobj experiments,from
R4961 T7435 T7434 acl described,experiments
R4962 T7436 T7435 prep in,described
R4963 T7437 T7438 nmod Figures,2
R4964 T7438 T7436 pobj 2,in
R4965 T7439 T7438 cc and,2
R4966 T7440 T7438 conj 4,2
R4967 T7441 T7431 auxpass were,combined
R4968 T7442 T7443 aux to,allow
R4969 T7443 T7431 advcl allow,combined
R4970 T7444 T7445 amod statistical,comparison
R4971 T7445 T7443 dobj comparison,allow
R4972 T7446 T7447 punct (,6A
R4973 T7447 T7431 parataxis 6A,combined
R4974 T7448 T7447 compound Figure,6A
R4975 T7449 T7447 cc and,6A
R4976 T7450 T7447 conj 6B,6A
R4977 T7451 T7447 punct ),6A
R4978 T7452 T7431 punct .,combined
R4979 T7454 T7455 prep In,showed
R4980 T7456 T7454 pobj summary,In
R4981 T7457 T7455 punct ", ",showed
R4982 T7458 T7459 compound GluR,BRescue
R4983 T7459 T7461 compound BRescue,mice
R4984 T7460 T7459 punct -,BRescue
R4985 T7461 T7455 nsubj mice,showed
R4986 T7462 T7463 det both,performances
R4987 T7463 T7455 dobj performances,showed
R4988 T7464 T7465 amod enhanced,memory
R4989 T7465 T7463 compound memory,performances
R4990 T7466 T7455 prep compared,showed
R4991 T7467 T7466 prep with,compared
R4992 T7468 T7469 compound GluR,BΔFB
R4993 T7469 T7467 pobj BΔFB,with
R4994 T7470 T7469 punct -,BΔFB
R4995 T7471 T7472 punct (,6A
R4996 T7472 T7455 parataxis 6A,showed
R4997 T7473 T7474 amod overall,ANOVA
R4998 T7474 T7472 dep ANOVA,6A
R4999 T7475 T7472 punct : ,6A
R5000 T7476 T7477 nsubj F,13.6
R5001 T7477 T7472 ccomp 13.6,6A
R5002 T7478 T7476 punct (,F
R5003 T7479 T7476 nummod 2,F
R5004 T7480 T7476 punct ",",F
R5005 T7481 T7476 nummod 41,F
R5006 T7482 T7476 punct ),F
R5007 T7483 T7477 punct =,13.6
R5008 T7484 T7472 punct ", ",6A
R5009 T7485 T7486 nsubj p,4
R5010 T7486 T7472 ccomp 4,6A
R5011 T7487 T7486 punct <,4
R5012 T7488 T7486 quantmod 10,4
R5013 T7489 T7486 punct −,4
R5014 T7490 T7472 punct ;,6A
R5015 T7491 T7492 nsubj memoryRescue,%
R5016 T7492 T7472 ccomp %,6A
R5017 T7493 T7492 punct =,%
R5018 T7494 T7495 quantmod 75,15
R5019 T7495 T7492 nummod 15,%
R5020 T7496 T7495 punct ±,15
R5021 T7497 T7472 punct ", ",6A
R5022 T7498 T7499 nsubj n,8
R5023 T7499 T7472 ccomp 8,6A
R5024 T7500 T7499 punct =,8
R5025 T7501 T7472 punct ;,6A
R5026 T7502 T7503 nsubj memoryΔFB,%
R5027 T7503 T7472 ccomp %,6A
R5028 T7504 T7503 punct =,%
R5029 T7505 T7506 quantmod 66,14
R5030 T7506 T7503 nummod 14,%
R5031 T7507 T7506 punct ±,14
R5032 T7508 T7472 punct ", ",6A
R5033 T7509 T7510 nsubj n,22
R5034 T7510 T7472 ccomp 22,6A
R5035 T7511 T7510 punct =,22
R5036 T7512 T7472 punct ;,6A
R5037 T7513 T7514 nsubj p,0.05
R5038 T7514 T7472 ccomp 0.05,6A
R5039 T7515 T7514 punct <,0.05
R5040 T7516 T7472 punct ;,6A
R5041 T7517 T7472 compound Figure,6A
R5042 T7518 T7472 punct ),6A
R5043 T7519 T7455 punct ", ",showed
R5044 T7520 T7455 cc but,showed
R5045 T7521 T7522 auxpass were,impaired
R5046 T7522 T7455 conj impaired,showed
R5047 T7523 T7522 advmod still,impaired
R5048 T7524 T7522 advcl relative,impaired
R5049 T7525 T7524 prep to,relative
R5050 T7526 T7527 compound GluR,B2lox
R5051 T7527 T7529 compound B2lox,controls
R5052 T7528 T7527 punct -,B2lox
R5053 T7529 T7525 pobj controls,to
R5054 T7530 T7531 punct (,0.005
R5055 T7531 T7522 parataxis 0.005,impaired
R5056 T7532 T7533 nsubj memory2lox,%
R5057 T7533 T7531 ccomp %,0.005
R5058 T7534 T7533 punct =,%
R5059 T7535 T7536 quantmod 88,8
R5060 T7536 T7533 nummod 8,%
R5061 T7537 T7536 punct ±,8
R5062 T7538 T7531 punct ", ",0.005
R5063 T7539 T7540 nsubj n,14
R5064 T7540 T7531 ccomp 14,0.005
R5065 T7541 T7540 punct =,14
R5066 T7542 T7531 punct ;,0.005
R5067 T7543 T7531 nsubj p,0.005
R5068 T7544 T7531 punct <,0.005
R5069 T7545 T7531 punct ),0.005
R5070 T7546 T7455 punct ", ",showed
R5071 T7547 T7455 advcl consistent,showed
R5072 T7548 T7547 prep with,consistent
R5073 T7549 T7550 det a,rescue
R5074 T7550 T7548 pobj rescue,with
R5075 T7551 T7550 amod partial,rescue
R5076 T7552 T7550 prep of,rescue
R5077 T7553 T7554 det the,deficit
R5078 T7554 T7552 pobj deficit,of
R5079 T7555 T7554 compound memory,deficit
R5080 T7556 T7550 prep by,rescue
R5081 T7557 T7558 amod circumscribed,expression
R5082 T7558 T7556 pobj expression,by
R5083 T7559 T7558 amod transgenic,expression
R5084 T7560 T7561 compound GFPGluR,B
R5085 T7561 T7558 compound B,expression
R5086 T7562 T7561 punct -,B
R5087 T7563 T7550 prep in,rescue
R5088 T7564 T7563 pobj hippocampus,in
R5089 T7565 T7564 cc and,hippocampus
R5090 T7566 T7567 amod piriform,cortex
R5091 T7567 T7564 conj cortex,hippocampus
R5092 T7568 T7455 punct .,showed
R5093 T7570 T7571 advmod Notably,is
R5094 T7572 T7571 punct ", ",is
R5095 T7573 T7574 det the,memory
R5096 T7574 T7571 nsubj memory,is
R5097 T7575 T7574 amod partial,memory
R5098 T7576 T7571 prep in,is
R5099 T7577 T7578 amod numerical,agreement
R5100 T7578 T7576 pobj agreement,in
R5101 T7579 T7578 prep with,agreement
R5102 T7580 T7581 det the,predictions
R5103 T7581 T7579 pobj predictions,with
R5104 T7582 T7581 prep from,predictions
R5105 T7583 T7584 det the,correlation
R5106 T7584 T7582 pobj correlation,from
R5107 T7585 T7584 compound protein,correlation
R5108 T7586 T7581 cc and,predictions
R5109 T7587 T7588 det the,measurement
R5110 T7588 T7581 conj measurement,predictions
R5111 T7589 T7588 prep of,measurement
R5112 T7590 T7591 amod transgenic,expression
R5113 T7591 T7589 pobj expression,of
R5114 T7592 T7591 compound protein,expression
R5115 T7593 T7594 punct (,see
R5116 T7594 T7578 parataxis see,agreement
R5117 T7595 T7596 amod predicted,memory
R5118 T7596 T7594 dobj memory,see
R5119 T7597 T7596 punct ", ",memory
R5120 T7598 T7599 amod blue,line
R5121 T7599 T7596 appos line,memory
R5122 T7600 T7599 punct ", ",line
R5123 T7601 T7599 prep in,line
R5124 T7602 T7603 compound Figure,6B
R5125 T7603 T7601 pobj 6B,in
R5126 T7604 T7594 punct ),see
R5127 T7605 T7571 punct .,is
R5128 T7607 T7608 prep In,depended
R5129 T7609 T7610 det the,experiments
R5130 T7610 T7607 pobj experiments,In
R5131 T7611 T7612 amod olfactory,memory
R5132 T7612 T7610 compound memory,experiments
R5133 T7613 T7610 prep with,experiments
R5134 T7614 T7615 compound GluR,BΔFB
R5135 T7615 T7617 compound BΔFB,animals
R5136 T7616 T7615 punct -,BΔFB
R5137 T7617 T7613 pobj animals,with
R5138 T7618 T7608 punct ", ",depended
R5139 T7619 T7620 amod olfactory,memory
R5140 T7620 T7608 nsubj memory,depended
R5141 T7621 T7608 advmod linearly,depended
R5142 T7622 T7608 prep on,depended
R5143 T7623 T7624 compound GluR,B
R5144 T7624 T7626 compound B,expression
R5145 T7625 T7624 punct -,B
R5146 T7626 T7622 pobj expression,on
R5147 T7627 T7608 prep in,depended
R5148 T7628 T7627 pobj cortex,in
R5149 T7629 T7628 cc and,cortex
R5150 T7630 T7628 conj hippocampus,cortex
R5151 T7631 T7608 prep with,depended
R5152 T7632 T7633 det a,slope
R5153 T7633 T7631 pobj slope,with
R5154 T7634 T7633 prep of,slope
R5155 T7635 T7636 quantmod 9.1,2.5
R5156 T7636 T7638 nummod 2.5,%
R5157 T7637 T7636 punct ±,2.5
R5158 T7638 T7634 pobj %,of
R5159 T7639 T7640 punct (,cortex
R5160 T7640 T7634 parataxis cortex,of
R5161 T7641 T7640 punct ),cortex
R5162 T7642 T7633 cc and,slope
R5163 T7643 T7644 quantmod 8.9,2.0
R5164 T7644 T7646 nummod 2.0,%
R5165 T7645 T7644 punct ±,2.0
R5166 T7646 T7647 nmod %,increase
R5167 T7647 T7633 conj increase,slope
R5168 T7648 T7649 punct (,hippocampus
R5169 T7649 T7647 parataxis hippocampus,increase
R5170 T7650 T7649 punct ),hippocampus
R5171 T7651 T7647 prep in,increase
R5172 T7652 T7651 pobj memory,in
R5173 T7653 T7647 prep per,increase
R5174 T7654 T7655 nummod 10,%
R5175 T7655 T7656 compound %,increase
R5176 T7656 T7653 pobj increase,per
R5177 T7657 T7656 prep in,increase
R5178 T7658 T7657 pobj protein,in
R5179 T7659 T7660 punct (,4D
R5180 T7660 T7631 parataxis 4D,with
R5181 T7661 T7660 compound Figure,4D
R5182 T7662 T7660 punct ),4D
R5183 T7663 T7608 punct .,depended
R5184 T7665 T7666 det A,increase
R5185 T7666 T7669 nsubjpass increase,predicted
R5186 T7667 T7668 nummod 9.7,%
R5187 T7668 T7666 compound %,increase
R5188 T7670 T7666 prep in,increase
R5189 T7671 T7672 compound GluR,B
R5190 T7672 T7670 pobj B,in
R5191 T7673 T7672 punct -,B
R5192 T7674 T7666 prep in,increase
R5193 T7675 T7676 det these,regions
R5194 T7676 T7674 pobj regions,in
R5195 T7677 T7676 compound brain,regions
R5196 T7678 T7666 punct ", ",increase
R5197 T7679 T7680 mark as,achieved
R5198 T7680 T7666 advcl achieved,increase
R5199 T7681 T7680 agent by,achieved
R5200 T7682 T7683 compound GluR,BRescue
R5201 T7683 T7685 compound BRescue,animals
R5202 T7684 T7683 punct -,BRescue
R5203 T7685 T7681 pobj animals,by
R5204 T7686 T7687 punct (,Figure
R5205 T7687 T7680 parataxis Figure,achieved
R5206 T7688 T7687 nummod 5,Figure
R5207 T7689 T7687 punct ),Figure
R5208 T7690 T7669 punct ", ",predicted
R5209 T7691 T7669 auxpass is,predicted
R5210 T7692 T7669 advmod thus,predicted
R5211 T7693 T7694 aux to,increase
R5212 T7694 T7669 xcomp increase,predicted
R5213 T7695 T7696 amod olfactory,memory
R5214 T7696 T7694 dobj memory,increase
R5215 T7697 T7694 prep by,increase
R5216 T7698 T7699 advmod approximately,9
R5217 T7699 T7700 nummod 9,%
R5218 T7700 T7697 pobj %,by
R5219 T7701 T7694 prep throughout,increase
R5220 T7702 T7703 det the,population
R5221 T7703 T7701 pobj population,throughout
R5222 T7704 T7703 amod heterogeneous,population
R5223 T7705 T7706 punct (,line
R5224 T7706 T7669 parataxis line,predicted
R5225 T7707 T7706 amod blue,line
R5226 T7708 T7706 prep in,line
R5227 T7709 T7710 compound Figure,6B
R5228 T7710 T7708 pobj 6B,in
R5229 T7711 T7706 punct ),line
R5230 T7712 T7669 punct .,predicted
R5231 T7714 T7715 nsubj This,confirms
R5232 T7716 T7717 det the,role
R5233 T7717 T7715 dobj role,confirms
R5234 T7718 T7717 prep of,role
R5235 T7719 T7720 det these,areas
R5236 T7720 T7718 pobj areas,of
R5237 T7721 T7720 compound brain,areas
R5238 T7722 T7723 mark as,inferred
R5239 T7723 T7717 advcl inferred,role
R5240 T7724 T7723 prep from,inferred
R5241 T7725 T7726 det the,expression
R5242 T7726 T7724 pobj expression,from
R5243 T7727 T7726 amod mosaic,expression
R5244 T7728 T7726 cc and,expression
R5245 T7729 T7730 compound protein,analysis
R5246 T7730 T7726 conj analysis,expression
R5247 T7731 T7730 compound correlation,analysis
R5248 T7732 T7726 acl described,expression
R5249 T7733 T7732 advmod above,described
R5250 T7734 T7735 punct (,Figure
R5251 T7735 T7717 parataxis Figure,role
R5252 T7736 T7735 nummod 4,Figure
R5253 T7737 T7735 punct ),Figure
R5254 T7738 T7715 punct .,confirms
R5255 T7740 T7741 advmod However,was
R5256 T7742 T7741 punct ", ",was
R5257 T7743 T7744 compound odor,discrimination
R5258 T7744 T7741 nsubj discrimination,was
R5259 T7745 T7744 punct (,discrimination
R5260 T7746 T7744 acl measured,discrimination
R5261 T7747 T7746 prep by,measured
R5262 T7748 T7749 det the,index
R5263 T7749 T7747 pobj index,by
R5264 T7750 T7749 compound discrimination,index
R5265 T7751 T7746 prep as,measured
R5266 T7752 T7751 prep in,as
R5267 T7753 T7754 nmod Figures,4D
R5268 T7754 T7752 pobj 4D,in
R5269 T7755 T7754 nummod 1,4D
R5270 T7756 T7754 punct ", ",4D
R5271 T7757 T7754 nummod 2,4D
R5272 T7758 T7754 punct ", ",4D
R5273 T7759 T7754 cc and,4D
R5274 T7760 T7741 punct ),was
R5275 T7761 T7762 advmod as,enhanced
R5276 T7762 T7741 acomp enhanced,was
R5277 T7763 T7762 prep as,enhanced
R5278 T7764 T7763 prep in,as
R5279 T7765 T7766 compound GluR,BΔFB
R5280 T7766 T7768 compound BΔFB,mice
R5281 T7767 T7766 punct -,BΔFB
R5282 T7768 T7764 pobj mice,in
R5283 T7769 T7770 punct (,6C
R5284 T7770 T7741 parataxis 6C,was
R5285 T7771 T7772 nummod 0.79,0.05
R5286 T7772 T7770 dep 0.05,6C
R5287 T7773 T7772 punct ±,0.05
R5288 T7774 T7770 punct ", ",6C
R5289 T7775 T7776 nmod mean,SEM
R5290 T7776 T7770 dep SEM,6C
R5291 T7777 T7776 punct ±,SEM
R5292 T7778 T7776 prep compared,SEM
R5293 T7779 T7778 prep with,compared
R5294 T7780 T7781 nummod 0.76,0.02
R5295 T7781 T7779 pobj 0.02,with
R5296 T7782 T7781 punct ±,0.02
R5297 T7783 T7770 punct ", ",6C
R5298 T7784 T7785 nsubj p,0.7
R5299 T7785 T7770 ccomp 0.7,6C
R5300 T7786 T7785 punct >,0.7
R5301 T7787 T7770 punct ", ",6C
R5302 T7788 T7770 compound Figure,6C
R5303 T7789 T7770 punct ),6C
R5304 T7790 T7741 punct ", ",was
R5305 T7791 T7741 cc and,was
R5306 T7792 T7741 conj improved,was
R5307 T7793 T7792 advcl relative,improved
R5308 T7794 T7793 prep to,relative
R5309 T7795 T7796 compound GluR,B2lox
R5310 T7796 T7798 compound B2lox,controls
R5311 T7797 T7796 punct -,B2lox
R5312 T7798 T7794 pobj controls,to
R5313 T7799 T7800 punct (,6C
R5314 T7800 T7792 parataxis 6C,improved
R5315 T7801 T7802 nummod 0.48,0.06
R5316 T7802 T7800 dep 0.06,6C
R5317 T7803 T7802 punct ±,0.06
R5318 T7804 T7800 punct ;,6C
R5319 T7805 T7800 compound Figure,6C
R5320 T7806 T7800 punct ;,6C
R5321 T7807 T7808 amod overall,ANOVA
R5322 T7808 T7809 dep ANOVA,10
R5323 T7809 T7800 dep 10,6C
R5324 T7810 T7809 punct : ,10
R5325 T7811 T7812 nsubj F,17.2
R5326 T7812 T7809 ccomp 17.2,10
R5327 T7813 T7811 punct (,F
R5328 T7814 T7811 nummod 2,F
R5329 T7815 T7811 punct ",",F
R5330 T7816 T7811 nummod 41,F
R5331 T7817 T7811 punct ),F
R5332 T7818 T7812 punct =,17.2
R5333 T7819 T7809 punct ", ",10
R5334 T7820 T7809 nsubj p,10
R5335 T7821 T7809 punct <,10
R5336 T7822 T7823 punct −,5
R5337 T7823 T7809 prep 5,10
R5338 T7824 T7800 punct ;,6C
R5339 T7825 T7826 advmod post,hoc
R5340 T7826 T7827 amod hoc,Keuls
R5341 T7827 T7829 dep Keuls,3
R5342 T7828 T7827 compound Newman,Keuls
R5343 T7829 T7800 dep 3,6C
R5344 T7830 T7829 punct : ,3
R5345 T7831 T7829 nsubj p,3
R5346 T7832 T7829 punct <,3
R5347 T7833 T7829 quantmod 10,3
R5348 T7834 T7829 punct −,3
R5349 T7835 T7800 punct ),6C
R5350 T7836 T7792 punct ", ",improved
R5351 T7837 T7838 mark as,expected
R5352 T7838 T7792 advcl expected,improved
R5353 T7839 T7840 mark if,is
R5354 T7840 T7792 advcl is,improved
R5355 T7841 T7842 det the,phenotype
R5356 T7842 T7840 nsubj phenotype,is
R5357 T7843 T7844 amod enhanced,discrimination
R5358 T7844 T7842 compound discrimination,phenotype
R5359 T7845 T7840 prep due,is
R5360 T7846 T7845 pcomp to,due
R5361 T7847 T7848 npadvmod Ca2,permeable
R5362 T7848 T7851 amod permeable,AMPARs
R5363 T7849 T7847 punct +,Ca2
R5364 T7850 T7848 punct -,permeable
R5365 T7851 T7845 pobj AMPARs,due
R5366 T7852 T7851 prep in,AMPARs
R5367 T7853 T7854 det the,bulb
R5368 T7854 T7852 pobj bulb,in
R5369 T7855 T7854 amod olfactory,bulb
R5370 T7856 T7845 cc and,due
R5371 T7857 T7845 conj unaffected,due
R5372 T7858 T7857 prep by,unaffected
R5373 T7859 T7860 compound GluR,B
R5374 T7860 T7862 compound B,expression
R5375 T7861 T7860 punct -,B
R5376 T7862 T7858 pobj expression,by
R5377 T7863 T7862 prep in,expression
R5378 T7864 T7865 amod piriform,cortex
R5379 T7865 T7863 pobj cortex,in
R5380 T7866 T7865 cc or,cortex
R5381 T7867 T7865 conj hippocampus,cortex
R5382 T7868 T7741 punct .,was
R5383 T7870 T7871 advmod Hence,rescues
R5384 T7872 T7871 punct ", ",rescues
R5385 T7873 T7874 amod transgenic,expression
R5386 T7874 T7871 nsubj expression,rescues
R5387 T7875 T7876 compound GluR,B
R5388 T7876 T7874 compound B,expression
R5389 T7877 T7876 punct -,B
R5390 T7878 T7874 punct ", ",expression
R5391 T7879 T7880 advmod specifically,in
R5392 T7880 T7874 prep in,expression
R5393 T7881 T7882 det the,cortex
R5394 T7882 T7880 pobj cortex,in
R5395 T7883 T7882 amod piriform,cortex
R5396 T7884 T7882 cc and,cortex
R5397 T7885 T7882 conj hippocampus,cortex
R5398 T7886 T7874 prep in,expression
R5399 T7887 T7888 det the,background
R5400 T7888 T7886 pobj background,in
R5401 T7890 T7888 compound B,background
R5402 T7891 T7890 punct -,B
R5403 T7892 T7888 compound knockout,background
R5404 T7893 T7871 punct ", ",rescues
R5405 T7894 T7895 det the,deficit
R5406 T7895 T7871 dobj deficit,rescues
R5407 T7896 T7897 compound odor,memory
R5408 T7897 T7895 compound memory,deficit
R5409 T7898 T7871 cc but,rescues
R5410 T7899 T7871 conj leaves,rescues
R5411 T7900 T7901 amod enhanced,discrimination
R5412 T7901 T7899 dobj discrimination,leaves
R5413 T7902 T7901 amod olfactory,discrimination
R5414 T7903 T7901 cc and,discrimination
R5415 T7904 T7901 conj learning,discrimination
R5416 T7905 T7899 oprd unaltered,leaves
R5417 T7889 T7890 compound GluR,B
R5419 T7906 T7871 punct .,rescues
R5421 T8327 T8328 advmod Here,present
R5422 T8329 T8328 nsubj we,present
R5423 T8330 T8331 amod mechanistic,dissections
R5424 T8331 T8328 dobj dissections,present
R5425 T8332 T8330 cc and,mechanistic
R5426 T8333 T8330 conj spatial,mechanistic
R5427 T8334 T8331 prep of,dissections
R5428 T8335 T8336 amod olfactory,discrimination
R5429 T8336 T8334 pobj discrimination,of
R5430 T8337 T8336 punct ", ",discrimination
R5431 T8338 T8336 conj learning,discrimination
R5432 T8339 T8338 punct ", ",learning
R5433 T8340 T8338 cc and,learning
R5434 T8341 T8338 conj memory,learning
R5435 T8342 T8328 punct .,present
R5436 T8344 T8345 nsubj We,employed
R5437 T8346 T8347 npadvmod gene,targeted
R5438 T8347 T8349 amod targeted,mice
R5439 T8348 T8347 punct -,targeted
R5440 T8349 T8345 dobj mice,employed
R5441 T8350 T8347 cc and,targeted
R5442 T8351 T8347 conj transgenic,targeted
R5443 T8352 T8349 prep with,mice
R5444 T8353 T8354 npadvmod region,specific
R5445 T8354 T8356 amod specific,expression
R5446 T8355 T8354 punct -,specific
R5447 T8356 T8352 pobj expression,with
R5448 T8357 T8358 aux to,demonstrate
R5449 T8358 T8345 advcl demonstrate,employed
R5450 T8359 T8360 mark that,enhances
R5451 T8360 T8358 ccomp enhances,demonstrate
R5452 T8361 T8362 det a,change
R5453 T8362 T8360 nsubj change,enhances
R5454 T8363 T8362 prep in,change
R5455 T8364 T8365 compound GluR,B
R5456 T8365 T8367 npadvmod B,mediated
R5457 T8366 T8365 punct -,B
R5458 T8367 T8369 amod mediated,properties
R5459 T8368 T8367 punct -,mediated
R5460 T8369 T8363 pobj properties,in
R5461 T8370 T8369 prep of,properties
R5462 T8371 T8372 compound AMPA,channels
R5463 T8372 T8370 pobj channels,of
R5464 T8373 T8372 prep in,channels
R5465 T8374 T8375 npadvmod αCaMKII,expressing
R5466 T8375 T8377 amod expressing,neurons
R5467 T8376 T8375 punct -,expressing
R5468 T8377 T8373 pobj neurons,in
R5469 T8378 T8377 prep of,neurons
R5470 T8379 T8380 compound mouse,forebrain
R5471 T8380 T8378 pobj forebrain,of
R5472 T8381 T8377 punct ", ",neurons
R5473 T8382 T8377 prep including,neurons
R5474 T8383 T8384 amod olfactory,bulb
R5475 T8384 T8385 nmod bulb,cells
R5476 T8385 T8382 pobj cells,including
R5477 T8386 T8385 amod mitral,cells
R5478 T8387 T8386 cc and,mitral
R5479 T8388 T8386 conj granule,mitral
R5480 T8389 T8360 punct ", ",enhances
R5481 T8390 T8391 amod olfactory,discrimination
R5482 T8391 T8360 dobj discrimination,enhances
R5483 T8392 T8391 cc and,discrimination
R5484 T8393 T8391 conj learning,discrimination
R5485 T8394 T8360 cc but,enhances
R5486 T8395 T8360 conj impairs,enhances
R5487 T8396 T8397 amod olfactory,memory
R5488 T8397 T8395 dobj memory,impairs
R5489 T8398 T8345 punct .,employed
R5490 T8400 T8401 det These,behaviors
R5491 T8401 T8404 nsubjpass behaviors,assessed
R5492 T8402 T8401 amod pertinent,behaviors
R5493 T8403 T8401 amod olfactory,behaviors
R5494 T8405 T8404 auxpass were,assessed
R5495 T8406 T8404 prep in,assessed
R5496 T8407 T8408 det a,task
R5497 T8408 T8406 pobj task,in
R5498 T8409 T8408 nmod go,task
R5499 T8410 T8409 punct /,go
R5500 T8411 T8412 det no,go
R5501 T8412 T8409 appos go,go
R5502 T8413 T8412 punct -,go
R5503 T8414 T8415 compound operant,conditioning
R5504 T8415 T8408 compound conditioning,task
R5505 T8416 T8408 punct ", ",task
R5506 T8417 T8418 dep which,provides
R5507 T8418 T8408 relcl provides,task
R5508 T8419 T8420 det a,tool
R5509 T8420 T8418 dobj tool,provides
R5510 T8421 T8420 amod quantitative,tool
R5511 T8422 T8421 punct ", ",quantitative
R5512 T8423 T8421 conj robust,quantitative
R5513 T8424 T8423 punct ", ",robust
R5514 T8425 T8423 cc and,robust
R5515 T8426 T8423 conj reproducible,robust
R5516 T8427 T8420 amod behavioral,tool
R5517 T8428 T8429 punct [,3
R5518 T8429 T8404 parataxis 3,assessed
R5519 T8430 T8429 punct ],3
R5520 T8431 T8404 punct .,assessed
R5521 T8433 T8434 nsubj We,observed
R5522 T8435 T8434 prep among,observed
R5523 T8436 T8437 amod individual,mice
R5524 T8437 T8435 pobj mice,among
R5525 T8438 T8439 det a,variability
R5526 T8439 T8434 dobj variability,observed
R5527 T8440 T8439 amod striking,variability
R5528 T8441 T8439 prep in,variability
R5529 T8442 T8443 amod olfactory,memory
R5530 T8443 T8444 compound memory,performance
R5531 T8444 T8441 pobj performance,in
R5532 T8445 T8441 cc but,in
R5533 T8446 T8445 neg not,but
R5534 T8447 T8441 conj in,in
R5535 T8448 T8449 compound odor,discrimination
R5536 T8449 T8447 pobj discrimination,in
R5537 T8450 T8434 punct .,observed
R5538 T8452 T8453 det This,variability
R5539 T8453 T8454 nsubjpass variability,traced
R5540 T8455 T8454 aux could,traced
R5541 T8456 T8454 auxpass be,traced
R5542 T8457 T8454 prep to,traced
R5543 T8458 T8459 amod epigenetic,variability
R5544 T8459 T8457 pobj variability,to
R5545 T8460 T8459 prep in,variability
R5546 T8461 T8462 det the,expression
R5547 T8462 T8460 pobj expression,in
R5548 T8463 T8462 amod transgenic,expression
R5549 T8464 T8462 prep of,expression
R5550 T8465 T8466 compound Cre,recombinase
R5551 T8466 T8464 pobj recombinase,of
R5552 T8467 T8466 punct -,recombinase
R5553 T8468 T8466 punct ", ",recombinase
R5554 T8469 T8470 dep which,mediated
R5555 T8470 T8466 relcl mediated,recombinase
R5556 T8471 T8470 dobj recombination,mediated
R5557 T8472 T8470 prep within,mediated
R5558 T8473 T8474 npadvmod loxP,flanked
R5559 T8474 T8476 amod flanked,segments
R5560 T8475 T8474 punct -,flanked
R5561 T8476 T8472 pobj segments,within
R5562 T8477 T8476 prep of,segments
R5563 T8478 T8479 npadvmod gene,targeted
R5564 T8479 T8481 amod targeted,alleles
R5565 T8480 T8479 punct -,targeted
R5566 T8481 T8477 pobj alleles,of
R5567 T8482 T8470 prep for,mediated
R5568 T8483 T8484 det the,subunit
R5569 T8484 T8482 pobj subunit,for
R5570 T8485 T8484 amod dominant,subunit
R5571 T8486 T8484 compound AMPAR,subunit
R5572 T8487 T8488 compound GluR,B
R5573 T8488 T8484 appos B,subunit
R5574 T8489 T8488 punct -,B
R5575 T8490 T8470 punct ", ",mediated
R5576 T8491 T8470 cc and,mediated
R5577 T8492 T8493 advmod hence,operated
R5578 T8493 T8470 conj operated,mediated
R5579 T8494 T8495 det the,switch
R5580 T8495 T8493 dobj switch,operated
R5581 T8496 T8495 prep in,switch
R5582 T8497 T8498 compound AMPAR,properties
R5583 T8498 T8496 pobj properties,in
R5584 T8499 T8495 prep toward,switch
R5585 T8500 T8501 compound GluR,B
R5586 T8501 T8503 compound B,ablation
R5587 T8502 T8501 punct -,B
R5588 T8503 T8499 pobj ablation,toward
R5589 T8504 T8503 cc and,ablation
R5590 T8505 T8506 amod increased,permeability
R5591 T8506 T8503 conj permeability,ablation
R5592 T8507 T8506 nmod Ca2,permeability
R5593 T8508 T8507 punct +,Ca2
R5594 T8509 T8454 punct .,traced
R5595 T8511 T8512 prep In,appeared
R5596 T8513 T8511 pobj contrast,In
R5597 T8514 T8513 prep to,contrast
R5598 T8515 T8516 amod variable,memory
R5599 T8516 T8514 pobj memory,to
R5600 T8517 T8512 punct ", ",appeared
R5601 T8518 T8519 amod olfactory,discrimination
R5602 T8519 T8520 nmod discrimination,performances
R5603 T8520 T8512 nsubj performances,appeared
R5604 T8521 T8519 cc and,discrimination
R5605 T8522 T8519 conj learning,discrimination
R5606 T8523 T8512 advmod already,appeared
R5607 T8524 T8512 oprd saturated,appeared
R5608 T8525 T8524 prep by,saturated
R5609 T8526 T8527 advmod even,extents
R5610 T8527 T8525 pobj extents,by
R5611 T8528 T8527 amod moderate,extents
R5612 T8529 T8527 prep of,extents
R5613 T8530 T8531 compound Cre,expression
R5614 T8531 T8529 pobj expression,of
R5615 T8532 T8527 punct ", ",extents
R5616 T8533 T8527 cc and,extents
R5617 T8534 T8535 advmod hence,changes
R5618 T8535 T8527 conj changes,extents
R5619 T8536 T8535 amod moderate,changes
R5620 T8537 T8535 prep in,changes
R5621 T8538 T8539 compound AMPAR,properties
R5622 T8539 T8537 pobj properties,in
R5623 T8540 T8512 punct .,appeared
R5624 T8542 T8543 det The,re-introduction
R5625 T8543 T8548 nsubj re-introduction,reversed
R5626 T8544 T8543 amod subsequent,re-introduction
R5627 T8545 T8546 npadvmod transgene,driven
R5628 T8546 T8543 amod driven,re-introduction
R5629 T8547 T8546 punct -,driven
R5630 T8549 T8543 prep of,re-introduction
R5631 T8550 T8551 compound GluR,B
R5632 T8551 T8549 pobj B,of
R5633 T8552 T8551 punct -,B
R5634 T8553 T8543 punct ", ",re-introduction
R5635 T8554 T8555 advmod specifically,in
R5636 T8555 T8543 prep in,re-introduction
R5637 T8556 T8557 amod piriform,cortex
R5638 T8557 T8555 pobj cortex,in
R5639 T8558 T8557 cc and,cortex
R5640 T8559 T8557 conj hippocampus,cortex
R5641 T8560 T8548 punct ", ",reversed
R5642 T8561 T8562 det the,loss
R5643 T8562 T8548 dobj loss,reversed
R5644 T8563 T8564 npadvmod Cre,induced
R5645 T8564 T8562 amod induced,loss
R5646 T8565 T8564 punct -,induced
R5647 T8566 T8562 prep of,loss
R5648 T8567 T8568 compound GluR,B
R5649 T8568 T8566 pobj B,of
R5650 T8569 T8568 punct -,B
R5651 T8570 T8548 cc and,reversed
R5652 T8571 T8572 advmod partially,rescued
R5653 T8572 T8548 conj rescued,reversed
R5654 T8573 T8574 det the,deficit
R5655 T8574 T8572 dobj deficit,rescued
R5656 T8575 T8576 compound odor,memory
R5657 T8576 T8574 compound memory,deficit
R5658 T8577 T8548 punct ", ",reversed
R5659 T8578 T8548 cc but,reversed
R5660 T8579 T8548 conj left,reversed
R5661 T8580 T8579 oprd unaltered,left
R5662 T8581 T8582 det the,discrimination
R5663 T8582 T8579 dobj discrimination,left
R5664 T8583 T8582 amod enhanced,discrimination
R5665 T8584 T8582 amod olfactory,discrimination
R5666 T8585 T8548 punct .,reversed
R5667 T8587 T8588 prep In,conclude
R5668 T8589 T8590 det a,nutshell
R5669 T8590 T8587 pobj nutshell,In
R5670 T8591 T8588 punct ", ",conclude
R5671 T8592 T8588 nsubj we,conclude
R5672 T8593 T8594 mark that,enhanced
R5673 T8594 T8588 ccomp enhanced,conclude
R5674 T8595 T8596 amod olfactory,discrimination
R5675 T8596 T8594 nsubjpass discrimination,enhanced
R5676 T8597 T8594 auxpass is,enhanced
R5677 T8598 T8594 agent by,enhanced
R5678 T8599 T8600 det an,increase
R5679 T8600 T8598 pobj increase,by
R5680 T8601 T8600 prep in,increase
R5681 T8602 T8603 npadvmod AMPAR,mediated
R5682 T8603 T8605 amod mediated,permeability
R5683 T8604 T8603 punct -,mediated
R5684 T8605 T8601 pobj permeability,in
R5685 T8606 T8605 nmod Ca2,permeability
R5686 T8607 T8606 punct +,Ca2
R5687 T8608 T8594 prep within,enhanced
R5688 T8609 T8610 det the,bulb
R5689 T8610 T8608 pobj bulb,within
R5690 T8611 T8610 amod olfactory,bulb
R5691 T8612 T8594 punct ", ",enhanced
R5692 T8613 T8614 mark whereas,becomes
R5693 T8614 T8594 advcl becomes,enhanced
R5694 T8615 T8616 amod olfactory,memory
R5695 T8616 T8614 nsubj memory,becomes
R5696 T8617 T8614 acomp impaired,becomes
R5697 T8618 T8614 prep upon,becomes
R5698 T8619 T8620 advmod genetically,induced
R5699 T8620 T8621 amod induced,ablation
R5700 T8621 T8618 pobj ablation,upon
R5701 T8622 T8623 compound GluR,B
R5702 T8623 T8621 compound B,ablation
R5703 T8624 T8623 punct -,B
R5704 T8625 T8614 prep in,becomes
R5705 T8626 T8627 amod higher,centers
R5706 T8627 T8625 pobj centers,in
R5707 T8628 T8627 compound brain,centers
R5708 T8629 T8625 punct ", ",in
R5709 T8630 T8631 advmod specifically,in
R5710 T8631 T8625 prep in,in
R5711 T8632 T8633 amod piriform,cortex
R5712 T8633 T8631 pobj cortex,in
R5713 T8634 T8588 punct .,conclude
R5724 T8822 T8823 amod Olfactory,Discrimination
R5725 T8823 T8824 nsubjpass Discrimination,Increased
R5726 T8825 T8824 auxpass Is,Increased
R5727 T8826 T8824 prep in,Increased
R5728 T8827 T8826 pobj Mice,in
R5729 T8828 T8827 prep with,Mice
R5730 T8829 T8830 npadvmod Forebrain,Specific
R5731 T8830 T8832 amod Specific,Ablation
R5732 T8831 T8830 punct -,Specific
R5733 T8832 T8828 pobj Ablation,with
R5734 T8833 T8834 compound GluR,B
R5735 T8834 T8832 compound B,Ablation
R5736 T8835 T8834 punct -,B
R5737 T8836 T8832 cc or,Ablation
R5738 T8837 T8838 nmod GluR,Q
R5739 T8838 T8842 nmod Q,Expression
R5740 T8839 T8838 punct -,Q
R5741 T8840 T8838 nmod B,Q
R5742 T8841 T8838 punct (,Q
R5743 T8842 T8832 conj Expression,Ablation
R5744 T8843 T8838 punct ),Q
R5745 T8845 T8846 preconj Both,expression
R5746 T8846 T8856 nsubj expression,led
R5747 T8847 T8848 npadvmod forebrain,specific
R5748 T8848 T8846 amod specific,expression
R5749 T8849 T8848 punct -,specific
R5750 T8850 T8851 nmod GluR,Q
R5751 T8851 T8846 nmod Q,expression
R5752 T8852 T8851 punct -,Q
R5753 T8853 T8851 nmod B,Q
R5754 T8854 T8851 punct (,Q
R5755 T8855 T8851 punct ),Q
R5756 T8857 T8846 cc and,expression
R5757 T8858 T8859 compound GluR,B
R5758 T8859 T8861 compound B,depletion
R5759 T8860 T8859 punct -,B
R5760 T8861 T8846 conj depletion,expression
R5761 T8862 T8856 prep to,led
R5762 T8863 T8864 amod increased,capabilities
R5763 T8864 T8862 pobj capabilities,to
R5764 T8865 T8866 amod olfactory,learning
R5765 T8866 T8864 nmod learning,capabilities
R5766 T8867 T8866 cc and,learning
R5767 T8868 T8866 conj discrimination,learning
R5768 T8869 T8856 punct .,led
R5769 T8871 T8872 nsubj This,was
R5770 T8873 T8874 advmod rather,pronounced
R5771 T8874 T8872 acomp pronounced,was
R5772 T8875 T8872 prep for,was
R5773 T8876 T8877 nmod GluR,Q
R5774 T8877 T8881 npadvmod Q,expressing
R5775 T8878 T8877 punct -,Q
R5776 T8879 T8877 nmod B,Q
R5777 T8880 T8877 punct (,Q
R5778 T8881 T8884 amod expressing,mice
R5779 T8882 T8877 punct ),Q
R5780 T8883 T8881 punct -,expressing
R5781 T8884 T8875 pobj mice,for
R5782 T8885 T8872 punct ", ",was
R5783 T8886 T8872 advcl consistent,was
R5784 T8887 T8886 prep with,consistent
R5785 T8888 T8889 det the,consequences
R5786 T8889 T8887 pobj consequences,with
R5787 T8890 T8891 amod overall,stronger
R5788 T8891 T8889 amod stronger,consequences
R5789 T8892 T8889 amod phenotypic,consequences
R5790 T8893 T8889 prep in,consequences
R5791 T8894 T8893 pobj comparison,in
R5792 T8895 T8894 prep to,comparison
R5793 T8896 T8897 compound GluR,B
R5794 T8897 T8899 compound B,depletion
R5795 T8898 T8897 punct -,B
R5796 T8899 T8895 pobj depletion,to
R5797 T8900 T8886 punct ", ",consistent
R5798 T8901 T8902 preconj both,selective
R5799 T8902 T8886 advcl selective,consistent
R5800 T8903 T8902 advmod when,selective
R5801 T8904 T8902 npadvmod forebrain,selective
R5802 T8905 T8902 punct -,selective
R5803 T8906 T8907 punct (,58
R5804 T8907 T8902 parataxis 58,selective
R5805 T8908 T8907 punct [,58
R5806 T8909 T8907 punct ],58
R5807 T8910 T8907 punct ", ",58
R5808 T8911 T8907 cc and,58
R5809 T8912 T8913 det this,study
R5810 T8913 T8907 conj study,58
R5811 T8914 T8907 punct ),58
R5812 T8915 T8902 cc or,selective
R5813 T8916 T8902 conj global,selective
R5814 T8917 T8918 punct [,60
R5815 T8918 T8916 parataxis 60,global
R5816 T8919 T8918 nummod 53,60
R5817 T8920 T8918 punct ",",60
R5818 T8921 T8918 punct ],60
R5819 T8922 T8872 punct .,was
R5820 T8924 T8925 det A,analysis
R5821 T8925 T8927 nsubj analysis,were
R5822 T8926 T8925 amod detailed,analysis
R5823 T8928 T8925 prep of,analysis
R5824 T8929 T8930 det the,pattern
R5825 T8930 T8928 pobj pattern,of
R5826 T8931 T8930 compound sampling,pattern
R5827 T8932 T8933 punct [,3
R5828 T8933 T8925 parataxis 3,analysis
R5829 T8934 T8933 punct ],3
R5830 T8935 T8925 punct ", ",analysis
R5831 T8936 T8925 cc and,analysis
R5832 T8937 T8938 prep in,analysis
R5833 T8938 T8925 conj analysis,analysis
R5834 T8939 T8937 amod particular,in
R5835 T8940 T8938 det the,analysis
R5836 T8941 T8938 prep of,analysis
R5837 T8942 T8943 compound discrimination,tasks
R5838 T8943 T8941 pobj tasks,of
R5839 T8944 T8945 dep that,involved
R5840 T8945 T8943 relcl involved,tasks
R5841 T8946 T8945 punct “,involved
R5842 T8947 T8948 amod simple,pairs
R5843 T8948 T8945 dobj pairs,involved
R5844 T8949 T8948 punct ”,pairs
R5845 T8950 T8948 amod dissimilar,pairs
R5846 T8951 T8948 amod monomolecular,pairs
R5847 T8952 T8948 compound odor,pairs
R5848 T8953 T8948 cc and,pairs
R5849 T8954 T8955 punct “,mixtures
R5850 T8955 T8948 conj mixtures,pairs
R5851 T8956 T8955 amod difficult,mixtures
R5852 T8957 T8955 punct ”,mixtures
R5853 T8958 T8955 amod binary,mixtures
R5854 T8959 T8927 punct ", ",were
R5855 T8960 T8927 acomp necessary,were
R5856 T8961 T8962 aux to,capture
R5857 T8962 T8927 advcl capture,were
R5858 T8963 T8962 advmod fully,capture
R5859 T8964 T8965 det the,characteristics
R5860 T8965 T8962 dobj characteristics,capture
R5861 T8966 T8965 prep of,characteristics
R5862 T8967 T8968 det the,phenotype
R5863 T8968 T8966 pobj phenotype,of
R5864 T8969 T8970 amod olfactory,discrimination
R5865 T8970 T8968 compound discrimination,phenotype
R5866 T8971 T8965 prep for,characteristics
R5867 T8972 T8973 npadvmod forebrain,specific
R5868 T8973 T8975 amod specific,mice
R5869 T8974 T8973 punct -,specific
R5870 T8975 T8971 pobj mice,for
R5871 T8976 T8977 compound GluR,B
R5872 T8977 T8979 npadvmod B,depleted
R5873 T8978 T8977 punct -,B
R5874 T8979 T8975 amod depleted,mice
R5875 T8980 T8979 punct -,depleted
R5876 T8981 T8927 punct .,were
R5877 T8983 T8984 prep For,were
R5878 T8985 T8986 advmod closely,related
R5879 T8986 T8987 amod related,mixtures
R5880 T8987 T8983 pobj mixtures,For
R5881 T8988 T8987 amod binary,mixtures
R5882 T8989 T8984 punct ", ",were
R5883 T8990 T8991 compound discrimination,improvements
R5884 T8991 T8984 nsubj improvements,were
R5885 T8992 T8984 acomp largest,were
R5886 T8993 T8984 punct ", ",were
R5887 T8994 T8984 advcl consistent,were
R5888 T8995 T8994 prep with,consistent
R5889 T8996 T8997 det a,alteration
R5890 T8997 T8995 pobj alteration,with
R5891 T8998 T8997 amod specific,alteration
R5892 T8999 T8997 prep in,alteration
R5893 T9000 T9001 compound odor,discrimination
R5894 T9001 T8999 pobj discrimination,in
R5895 T9002 T8997 punct ", ",alteration
R5896 T9003 T9004 advmod rather,than
R5897 T9004 T8997 cc than,alteration
R5898 T9005 T9006 det a,enhancement
R5899 T9006 T8997 conj enhancement,alteration
R5900 T9007 T9006 amod general,enhancement
R5901 T9008 T9006 prep of,enhancement
R5902 T9009 T9010 compound learning,capabilities
R5903 T9010 T9008 pobj capabilities,of
R5904 T9011 T8984 punct .,were
R5905 T9013 T9014 nsubjpass This,supported
R5906 T9015 T9014 auxpass is,supported
R5907 T9016 T9014 advmod further,supported
R5908 T9017 T9014 agent by,supported
R5909 T9018 T9019 det the,notion
R5910 T9019 T9017 pobj notion,by
R5911 T9020 T9021 mark that,observed
R5912 T9021 T9019 acl observed,notion
R5913 T9022 T9023 det no,improvement
R5914 T9023 T9021 nsubjpass improvement,observed
R5915 T9024 T9023 amod general,improvement
R5916 T9025 T9021 auxpass was,observed
R5917 T9026 T9021 prep in,observed
R5918 T9027 T9028 amod other,tasks
R5919 T9028 T9026 pobj tasks,in
R5920 T9029 T9028 amod nonolfactory,tasks
R5921 T9030 T9028 amod behavioral,tasks
R5922 T9031 T9028 punct ", ",tasks
R5923 T9032 T9033 advmod e.g.,tasks
R5924 T9033 T9028 appos tasks,tasks
R5925 T9034 T9033 punct ", ",tasks
R5926 T9035 T9036 npadvmod hippocampus,dependent
R5927 T9036 T9033 amod dependent,tasks
R5928 T9037 T9036 punct -,dependent
R5929 T9038 T9039 amod spatial,learning
R5930 T9039 T9033 compound learning,tasks
R5931 T9040 T9041 amod such,as
R5932 T9041 T9033 prep as,tasks
R5933 T9042 T9043 nmod matching,tasks
R5934 T9043 T9041 pobj tasks,as
R5935 T9044 T9042 punct -,matching
R5936 T9045 T9042 prep to,matching
R5937 T9046 T9045 punct -,to
R5938 T9047 T9045 pobj place,to
R5939 T9048 T9049 amod spatial,reference
R5940 T9049 T9043 compound reference,tasks
R5941 T9050 T9043 compound memory,tasks
R5942 T9051 T9052 punct (,S2
R5943 T9052 T9014 parataxis S2,supported
R5944 T9053 T9052 compound Figure,S2
R5945 T9054 T9052 punct ),S2
R5946 T9055 T9014 punct .,supported
R5947 T9057 T9058 mark As,observed
R5948 T9058 T9065 advcl observed,was
R5949 T9059 T9060 det no,expression
R5950 T9060 T9058 nsubjpass expression,observed
R5951 T9061 T9060 compound Cre,expression
R5952 T9062 T9060 cc and,expression
R5953 T9063 T9060 conj activity,expression
R5954 T9064 T9058 auxpass was,observed
R5955 T9066 T9058 prep in,observed
R5956 T9067 T9068 det the,neurons
R5957 T9068 T9066 pobj neurons,in
R5958 T9069 T9068 amod main,neurons
R5959 T9070 T9068 amod olfactory,neurons
R5960 T9071 T9068 amod sensory,neurons
R5961 T9072 T9058 prep at,observed
R5962 T9073 T9074 det any,stage
R5963 T9074 T9072 pobj stage,at
R5964 T9075 T9074 amod developmental,stage
R5965 T9076 T9077 punct (,S4
R5966 T9077 T9058 parataxis S4,observed
R5967 T9078 T9077 compound Figure,S4
R5968 T9079 T9077 cc and,S4
R5969 T9080 T9081 amod unpublished,data
R5970 T9081 T9077 conj data,S4
R5971 T9082 T9077 punct ),S4
R5972 T9083 T9065 punct ", ",was
R5973 T9084 T9085 amod olfactory,function
R5974 T9085 T9065 nsubj function,was
R5975 T9086 T9085 amod epithelial,function
R5976 T9087 T9065 acomp unaltered,was
R5977 T9088 T9087 prep by,unaltered
R5978 T9089 T9090 det the,modification
R5979 T9090 T9088 pobj modification,by
R5980 T9091 T9090 amod genetic,modification
R5981 T9092 T9065 punct .,was
R5982 T9094 T9095 det The,organ
R5983 T9095 T9097 nsubj organ,showed
R5984 T9096 T9095 amod vomeronasal,organ
R5985 T9098 T9099 advmod very,weak
R5986 T9099 T9100 amod weak,expression
R5987 T9100 T9097 dobj expression,showed
R5988 T9101 T9100 compound Cre,expression
R5989 T9102 T9103 punct (,data
R5990 T9103 T9097 meta data,showed
R5991 T9104 T9103 amod unpublished,data
R5992 T9105 T9103 punct ),data
R5993 T9106 T9097 punct ", ",showed
R5994 T9107 T9097 cc but,showed
R5995 T9108 T9109 det a,role
R5996 T9109 T9110 nsubj role,is
R5997 T9110 T9097 conj is,showed
R5998 T9111 T9109 prep of,role
R5999 T9112 T9113 det this,structure
R6000 T9113 T9111 pobj structure,of
R6001 T9114 T9109 prep concerning,role
R6002 T9115 T9114 pobj performance,concerning
R6003 T9116 T9115 prep in,performance
R6004 T9117 T9118 det the,task
R6005 T9118 T9116 pobj task,in
R6006 T9119 T9120 amod olfactory,discrimination
R6007 T9120 T9118 compound discrimination,task
R6008 T9121 T9110 acomp unlikely,is
R6009 T9122 T9123 punct (,see
R6010 T9123 T9110 parataxis see,is
R6011 T9124 T9123 prep for,see
R6012 T9125 T9124 pobj review,for
R6013 T9126 T9123 punct ", ",see
R6014 T9127 T9123 punct [,see
R6015 T9128 T9123 dobj 63,see
R6016 T9129 T9123 punct ],see
R6017 T9130 T9123 punct ),see
R6018 T9131 T9110 punct .,is
R6019 T9133 T9134 det The,phenotype
R6020 T9134 T9136 nsubj phenotype,is
R6021 T9135 T9134 amod behavioral,phenotype
R6022 T9137 T9136 advmod thus,is
R6023 T9138 T9136 acomp likely,is
R6024 T9139 T9140 aux to,associated
R6025 T9140 T9138 xcomp associated,likely
R6026 T9141 T9140 auxpass be,associated
R6027 T9142 T9140 prep with,associated
R6028 T9143 T9144 det the,processing
R6029 T9144 T9142 pobj processing,with
R6030 T9145 T9144 prep of,processing
R6031 T9146 T9147 amod olfactory,information
R6032 T9147 T9145 pobj information,of
R6033 T9148 T9149 advmod rather,than
R6034 T9149 T9144 cc than,processing
R6035 T9150 T9151 det the,detection
R6036 T9151 T9144 conj detection,processing
R6037 T9152 T9151 prep of,detection
R6038 T9153 T9152 pobj odors,of
R6039 T9154 T9136 punct .,is
R6040 T9156 T9157 advmod Furthermore,supported
R6041 T9158 T9157 punct ", ",supported
R6042 T9159 T9160 amod increased,performance
R6043 T9160 T9157 nsubj performance,supported
R6044 T9161 T9162 advmod even,after
R6045 T9162 T9160 prep after,performance
R6046 T9163 T9164 amod long,stretches
R6047 T9164 T9162 pobj stretches,after
R6048 T9165 T9164 prep of,stretches
R6049 T9166 T9165 pobj training,of
R6050 T9167 T9160 cc and,performance
R6051 T9168 T9160 punct ", ",performance
R6052 T9169 T9170 prep in,differences
R6053 T9170 T9160 conj differences,performance
R6054 T9171 T9169 amod particular,in
R6055 T9172 T9170 punct ", ",differences
R6056 T9173 T9170 amod increased,differences
R6057 T9174 T9175 compound sampling,pattern
R6058 T9175 T9170 compound pattern,differences
R6059 T9176 T9177 punct (,data
R6060 T9177 T9170 parataxis data,differences
R6061 T9178 T9177 dep TB,data
R6062 T9179 T9178 cc and,TB
R6063 T9180 T9178 conj ATS,TB
R6064 T9181 T9177 punct ", ",data
R6065 T9182 T9177 amod unpublished,data
R6066 T9183 T9177 punct ),data
R6067 T9184 T9185 det the,notion
R6068 T9185 T9157 dobj notion,supported
R6069 T9186 T9187 mark that,resulted
R6070 T9187 T9185 acl resulted,notion
R6071 T9188 T9189 compound GluR,B
R6072 T9189 T9191 compound B,depletion
R6073 T9190 T9189 punct -,B
R6074 T9191 T9187 nsubj depletion,resulted
R6075 T9192 T9187 prep in,resulted
R6076 T9193 T9194 amod enhanced,capability
R6077 T9194 T9192 pobj capability,in
R6078 T9195 T9196 compound odor,discrimination
R6079 T9196 T9194 compound discrimination,capability
R6080 T9197 T9157 punct .,supported
R6081 T9199 T9200 det The,phenotype
R6082 T9200 T9202 nsubj phenotype,be
R6083 T9201 T9200 compound learning,phenotype
R6084 T9203 T9202 aux might,be
R6085 T9204 T9202 advmod thus,be
R6086 T9205 T9206 det a,result
R6087 T9206 T9202 attr result,be
R6088 T9207 T9206 prep of,result
R6089 T9208 T9209 det this,capability
R6090 T9209 T9207 pobj capability,of
R6091 T9210 T9209 amod enhanced,capability
R6092 T9211 T9209 compound discrimination,capability
R6093 T9212 T9202 cc or,be
R6094 T9213 T9202 conj reflect,be
R6095 T9214 T9215 amod additional,changes
R6096 T9215 T9213 dobj changes,reflect
R6097 T9216 T9215 prep in,changes
R6098 T9217 T9216 pobj circuits,in
R6099 T9218 T9217 acl underlying,circuits
R6100 T9219 T9220 compound task,acquisition
R6101 T9220 T9218 dobj acquisition,underlying
R6102 T9221 T9202 punct .,be
R6103 T9487 T9488 amod Putative,Basis
R6104 T9489 T9488 amod Cellular,Basis
R6105 T9490 T9488 prep of,Basis
R6106 T9491 T9492 amod Enhanced,Discrimination
R6107 T9492 T9490 pobj Discrimination,of
R6108 T9493 T9492 compound Odor,Discrimination
R6109 T9494 T9492 cc and,Discrimination
R6110 T9495 T9492 conj Learning,Discrimination
R6111 T9497 T9498 compound AMPAR,properties
R6112 T9498 T9499 nsubjpass properties,altered
R6113 T9500 T9499 auxpass were,altered
R6114 T9501 T9502 advmod specifically,in
R6115 T9502 T9499 prep in,altered
R6116 T9503 T9502 pobj neurons,in
R6117 T9504 T9503 prep of,neurons
R6118 T9505 T9506 compound forebrain,areas
R6119 T9506 T9504 pobj areas,of
R6120 T9507 T9506 punct ", ",areas
R6121 T9508 T9509 advmod most,notably
R6122 T9509 T9510 advmod notably,bulb
R6123 T9510 T9506 appos bulb,areas
R6124 T9511 T9510 amod olfactory,bulb
R6125 T9512 T9510 punct ", ",bulb
R6126 T9513 T9514 amod olfactory,cortex
R6127 T9514 T9510 conj cortex,bulb
R6128 T9515 T9514 punct ", ",cortex
R6129 T9516 T9514 cc and,cortex
R6130 T9517 T9518 amod other,areas
R6131 T9518 T9514 conj areas,cortex
R6132 T9519 T9518 amod cortical,areas
R6133 T9520 T9506 cc and,areas
R6134 T9521 T9506 conj hippocampus,areas
R6135 T9522 T9499 punct ", ",altered
R6136 T9523 T9499 advcl leading,altered
R6137 T9524 T9523 prep to,leading
R6138 T9525 T9526 amod enhanced,discrimination
R6139 T9526 T9524 pobj discrimination,to
R6140 T9527 T9526 compound odor,discrimination
R6141 T9528 T9526 cc and,discrimination
R6142 T9529 T9526 conj learning,discrimination
R6143 T9530 T9499 punct .,altered
R6144 T9532 T9533 advmod Interestingly,alter
R6145 T9534 T9533 punct ", ",alter
R6146 T9535 T9536 amod transgenic,expression
R6147 T9536 T9533 nsubj expression,alter
R6148 T9537 T9536 prep of,expression
R6149 T9538 T9539 compound GFPGluR,B
R6150 T9539 T9537 pobj B,of
R6151 T9540 T9539 punct -,B
R6152 T9541 T9536 prep in,expression
R6153 T9542 T9543 compound GluR,BΔFB
R6154 T9543 T9545 compound BΔFB,mice
R6155 T9544 T9543 punct -,BΔFB
R6156 T9545 T9541 pobj mice,in
R6157 T9546 T9547 punct (,rescue
R6158 T9547 T9545 parataxis rescue,mice
R6159 T9548 T9547 amod genetic,rescue
R6160 T9549 T9547 punct “,rescue
R6161 T9550 T9547 punct ”,rescue
R6162 T9551 T9547 punct ),rescue
R6163 T9552 T9536 punct ", ",expression
R6164 T9553 T9554 advmod specifically,in
R6165 T9554 T9536 prep in,expression
R6166 T9555 T9556 amod piriform,cortex
R6167 T9556 T9554 pobj cortex,in
R6168 T9557 T9556 cc and,cortex
R6169 T9558 T9556 conj hippocampus,cortex
R6170 T9559 T9556 prep with,cortex
R6171 T9560 T9561 det no,expression
R6172 T9561 T9559 pobj expression,with
R6173 T9562 T9561 amod detectable,expression
R6174 T9563 T9561 prep in,expression
R6175 T9564 T9565 det the,bulb
R6176 T9565 T9563 pobj bulb,in
R6177 T9566 T9565 amod olfactory,bulb
R6178 T9567 T9533 punct ", ",alter
R6179 T9568 T9533 aux did,alter
R6180 T9569 T9533 neg not,alter
R6181 T9570 T9571 amod enhanced,capabilities
R6182 T9571 T9533 dobj capabilities,alter
R6183 T9572 T9571 nmod discrimination,capabilities
R6184 T9573 T9572 cc and,discrimination
R6185 T9574 T9572 conj learning,discrimination
R6186 T9575 T9533 punct .,alter
R6187 T9577 T9578 nsubj This,is
R6188 T9579 T9578 acomp consistent,is
R6189 T9580 T9579 prep with,consistent
R6190 T9581 T9582 det a,role
R6191 T9582 T9580 pobj role,with
R6192 T9583 T9582 amod primary,role
R6193 T9584 T9582 prep of,role
R6194 T9585 T9586 det the,bulb
R6195 T9586 T9584 pobj bulb,of
R6196 T9587 T9586 amod olfactory,bulb
R6197 T9588 T9582 prep in,role
R6198 T9589 T9590 amod olfactory,discrimination
R6199 T9590 T9588 pobj discrimination,in
R6200 T9591 T9590 cc and,discrimination
R6201 T9592 T9590 conj learning,discrimination
R6202 T9593 T9578 punct .,is
R6203 T9595 T9596 advmod Alternatively,been
R6204 T9597 T9596 punct ", ",been
R6205 T9598 T9599 amod transgenic,levels
R6206 T9599 T9596 nsubj levels,been
R6207 T9600 T9599 compound protein,levels
R6208 T9601 T9596 aux might,been
R6209 T9602 T9596 aux have,been
R6210 T9603 T9604 advmod too,low
R6211 T9604 T9596 acomp low,been
R6212 T9605 T9606 aux to,alter
R6213 T9606 T9604 xcomp alter,low
R6214 T9607 T9608 nmod discrimination,capabilities
R6215 T9608 T9606 dobj capabilities,alter
R6216 T9609 T9607 cc and,discrimination
R6217 T9610 T9607 conj learning,discrimination
R6218 T9611 T9596 punct ", ",been
R6219 T9612 T9613 mark although,affected
R6220 T9613 T9596 advcl affected,been
R6221 T9614 T9613 nsubjpass memory,affected
R6222 T9615 T9613 auxpass was,affected
R6223 T9616 T9613 advmod clearly,affected
R6224 T9617 T9596 punct .,been
R6225 T9619 T9620 det This,notion
R6226 T9620 T9621 nsubjpass notion,tested
R6227 T9622 T9621 aux will,tested
R6228 T9623 T9621 auxpass be,tested
R6229 T9624 T9621 advmod further,tested
R6230 T9625 T9621 prep in,tested
R6231 T9626 T9625 pobj mice,in
R6232 T9627 T9626 prep with,mice
R6233 T9628 T9629 amod piriform,cortex
R6234 T9629 T9630 npadvmod cortex,specific
R6235 T9630 T9632 amod specific,ablation
R6236 T9631 T9630 punct -,specific
R6237 T9632 T9627 pobj ablation,with
R6238 T9633 T9634 compound GluR,B
R6239 T9634 T9632 compound B,ablation
R6240 T9635 T9634 punct -,B
R6241 T9636 T9621 punct .,tested
R6242 T9638 T9639 det A,contribution
R6243 T9639 T9641 nsubj contribution,seems
R6244 T9640 T9639 amod direct,contribution
R6245 T9642 T9639 prep to,contribution
R6246 T9643 T9644 det the,phenotype
R6247 T9644 T9642 pobj phenotype,to
R6248 T9645 T9639 prep by,contribution
R6249 T9646 T9647 nmod Ca2,influx
R6250 T9647 T9645 pobj influx,by
R6251 T9648 T9646 punct +,Ca2
R6252 T9649 T9647 prep through,influx
R6253 T9650 T9651 advmod genetically,modified
R6254 T9651 T9652 amod modified,channels
R6255 T9652 T9649 pobj channels,through
R6256 T9653 T9652 compound AMPA,channels
R6257 T9654 T9655 aux to,be
R6258 T9655 T9641 xcomp be,seems
R6259 T9656 T9655 acomp likely,be
R6260 T9657 T9641 punct ", ",seems
R6261 T9658 T9659 mark since,showed
R6262 T9659 T9641 advcl showed,seems
R6263 T9660 T9659 nsubj mice,showed
R6264 T9661 T9660 acl expressing,mice
R6265 T9662 T9663 nmod Q,R
R6266 T9663 T9665 nmod R,B
R6267 T9664 T9663 punct /,R
R6268 T9665 T9661 dobj B,expressing
R6269 T9666 T9667 npadvmod site,unedited
R6270 T9667 T9665 amod unedited,B
R6271 T9668 T9667 punct -,unedited
R6272 T9669 T9665 compound GluR,B
R6273 T9670 T9665 punct -,B
R6274 T9671 T9672 advmod even,better
R6275 T9672 T9673 amod better,performance
R6276 T9673 T9659 dobj performance,showed
R6277 T9674 T9675 nmod odor,learning
R6278 T9675 T9673 nmod learning,performance
R6279 T9676 T9675 cc and,learning
R6280 T9677 T9675 conj discrimination,learning
R6281 T9678 T9659 prep compared,showed
R6282 T9679 T9678 prep with,compared
R6283 T9680 T9679 pobj mice,with
R6284 T9681 T9680 prep with,mice
R6285 T9682 T9683 amod depleted,B
R6286 T9683 T9681 pobj B,with
R6287 T9684 T9683 compound GluR,B
R6288 T9685 T9683 punct -,B
R6289 T9686 T9641 punct .,seems
R6290 T9688 T9689 prep In,increased
R6291 T9690 T9691 det both,models
R6292 T9691 T9688 pobj models,In
R6293 T9692 T9691 compound mouse,models
R6294 T9693 T9694 nmod Ca2,influx
R6295 T9694 T9689 nsubjpass influx,increased
R6296 T9695 T9693 punct +,Ca2
R6297 T9696 T9694 prep through,influx
R6298 T9697 T9698 compound AMPA,channels
R6299 T9698 T9696 pobj channels,through
R6300 T9699 T9689 auxpass is,increased
R6301 T9700 T9689 punct ", ",increased
R6302 T9701 T9702 mark whereas,differs
R6303 T9702 T9689 advcl differs,increased
R6304 T9703 T9704 det the,effect
R6305 T9704 T9702 nsubj effect,differs
R6306 T9705 T9704 prep on,effect
R6307 T9706 T9707 det the,conductance
R6308 T9707 T9705 pobj conductance,on
R6309 T9708 T9707 amod macroscopic,conductance
R6310 T9709 T9707 compound AMPA,conductance
R6311 T9710 T9689 punct .,increased
R6312 T9712 T9713 compound AMPAR,currents
R6313 T9713 T9714 nsubjpass currents,reduced
R6314 T9715 T9714 auxpass are,reduced
R6315 T9716 T9714 prep in,reduced
R6316 T9717 T9716 pobj mice,in
R6317 T9718 T9719 neg not,expressing
R6318 T9719 T9717 acl expressing,mice
R6319 T9720 T9721 compound GluR,B
R6320 T9721 T9719 dobj B,expressing
R6321 T9722 T9721 punct -,B
R6322 T9723 T9724 punct [,51
R6323 T9724 T9714 parataxis 51,reduced
R6324 T9725 T9724 punct ],51
R6325 T9726 T9714 punct ", ",reduced
R6326 T9727 T9728 advmod possibly,due
R6327 T9728 T9714 prep due,reduced
R6328 T9729 T9728 pcomp to,due
R6329 T9730 T9731 amod fewer,channels
R6330 T9731 T9728 pobj channels,due
R6331 T9732 T9731 amod synaptic,channels
R6332 T9733 T9731 compound AMPA,channels
R6333 T9734 T9731 cc and,channels
R6334 T9735 T9736 amod impaired,trafficking
R6335 T9736 T9731 conj trafficking,channels
R6336 T9737 T9736 compound AMPAR,trafficking
R6337 T9738 T9736 cc and,trafficking
R6338 T9739 T9736 conj recycling,trafficking
R6339 T9740 T9714 punct .,reduced
R6340 T9742 T9743 prep In,increased
R6341 T9744 T9742 pobj mice,In
R6342 T9745 T9744 acl expressing,mice
R6343 T9746 T9747 det the,form
R6344 T9747 T9745 dobj form,expressing
R6345 T9748 T9747 amod unedited,form
R6346 T9749 T9747 prep of,form
R6347 T9750 T9751 nmod GluR,Q
R6348 T9751 T9749 pobj Q,of
R6349 T9752 T9751 punct -,Q
R6350 T9753 T9751 nmod B,Q
R6351 T9754 T9751 punct (,Q
R6352 T9755 T9751 punct ),Q
R6353 T9756 T9743 punct ", ",increased
R6354 T9757 T9758 amod macroscopic,conductance
R6355 T9758 T9743 nsubjpass conductance,increased
R6356 T9759 T9758 prep in,conductance
R6357 T9760 T9761 amod whole,cell
R6358 T9761 T9763 compound cell,patches
R6359 T9762 T9761 punct -,cell
R6360 T9763 T9759 pobj patches,in
R6361 T9764 T9763 prep of,patches
R6362 T9765 T9766 compound CA1,pyramidals
R6363 T9766 T9764 pobj pyramidals,of
R6364 T9767 T9743 auxpass is,increased
R6365 T9768 T9769 punct [,60
R6366 T9769 T9743 parataxis 60,increased
R6367 T9770 T9769 punct ],60
R6368 T9771 T9743 punct ", ",increased
R6369 T9772 T9743 cc but,increased
R6370 T9773 T9774 amod excitatory,transmission
R6371 T9774 T9775 nsubj transmission,is
R6372 T9775 T9743 conj is,increased
R6373 T9776 T9774 prep in,transmission
R6374 T9777 T9778 nmod CA3,synapses
R6375 T9778 T9776 pobj synapses,in
R6376 T9779 T9777 punct -,CA3
R6377 T9780 T9777 prep to,CA3
R6378 T9781 T9780 punct -,to
R6379 T9782 T9780 pobj CA1,to
R6380 T9783 T9778 compound cell,synapses
R6381 T9784 T9785 advmod somewhat,reduced
R6382 T9785 T9775 acomp reduced,is
R6383 T9786 T9775 punct ", ",is
R6384 T9787 T9775 prep in,is
R6385 T9788 T9787 pobj spite,in
R6386 T9789 T9788 prep of,spite
R6387 T9790 T9791 det a,threshold
R6388 T9791 T9789 pobj threshold,of
R6389 T9792 T9791 amod lower,threshold
R6390 T9793 T9791 prep for,threshold
R6391 T9794 T9793 pcomp generating,for
R6392 T9795 T9796 det a,spike
R6393 T9796 T9794 dobj spike,generating
R6394 T9797 T9796 compound population,spike
R6395 T9798 T9799 punct [,58
R6396 T9799 T9775 parataxis 58,is
R6397 T9800 T9799 punct ],58
R6398 T9801 T9743 punct ", ",increased
R6399 T9802 T9743 advcl indicating,increased
R6400 T9803 T9804 amod increased,excitability
R6401 T9804 T9802 dobj excitability,indicating
R6402 T9805 T9804 amod synaptic,excitability
R6403 T9806 T9802 prep by,indicating
R6404 T9807 T9808 amod sustained,expression
R6405 T9808 T9806 pobj expression,by
R6406 T9809 T9810 nmod GluR,Q
R6407 T9810 T9808 nmod Q,expression
R6408 T9811 T9810 punct -,Q
R6409 T9812 T9810 nmod B,Q
R6410 T9813 T9810 punct (,Q
R6411 T9814 T9810 punct ),Q
R6412 T9815 T9802 punct ", ",indicating
R6413 T9816 T9802 prep in,indicating
R6414 T9817 T9816 pobj line,in
R6415 T9818 T9817 prep with,line
R6416 T9819 T9820 det the,phenotype
R6417 T9820 T9818 pobj phenotype,with
R6418 T9821 T9822 npadvmod seizure,prone
R6419 T9822 T9820 amod prone,phenotype
R6420 T9823 T9822 punct -,prone
R6421 T9824 T9743 punct .,increased
R6422 T9826 T9827 advmod Yet,yield
R6423 T9828 T9827 punct ", ",yield
R6424 T9829 T9830 det both,models
R6425 T9830 T9827 nsubj models,yield
R6426 T9831 T9830 compound mouse,models
R6427 T9832 T9833 amod enhanced,capability
R6428 T9833 T9827 dobj capability,yield
R6429 T9834 T9833 nmod discrimination,capability
R6430 T9835 T9834 cc and,discrimination
R6431 T9836 T9834 conj learning,discrimination
R6432 T9837 T9827 punct .,yield
R6433 T9839 T9840 det The,phenotype
R6434 T9840 T9842 nsubjpass phenotype,attributed
R6435 T9841 T9840 amod milder,phenotype
R6436 T9843 T9840 prep upon,phenotype
R6437 T9844 T9845 compound GluR,B
R6438 T9845 T9847 compound B,depletion
R6439 T9846 T9845 punct -,B
R6440 T9847 T9843 pobj depletion,upon
R6441 T9848 T9842 aux could,attributed
R6442 T9849 T9842 auxpass be,attributed
R6443 T9850 T9842 prep to,attributed
R6444 T9851 T9852 amod reduced,densities
R6445 T9852 T9850 pobj densities,to
R6446 T9853 T9852 compound AMPAR,densities
R6447 T9854 T9852 prep at,densities
R6448 T9855 T9854 pobj synapses,at
R6449 T9856 T9857 punct [,41
R6450 T9857 T9852 parataxis 41,densities
R6451 T9858 T9857 nummod 40,41
R6452 T9859 T9857 punct ",",41
R6453 T9860 T9857 punct ],41
R6454 T9861 T9850 cc and,to
R6455 T9862 T9863 advmod therefore,to
R6456 T9863 T9850 conj to,to
R6457 T9864 T9863 advmod probably,to
R6458 T9865 T9866 det a,extent
R6459 T9866 T9863 pobj extent,to
R6460 T9867 T9866 amod lesser,extent
R6461 T9868 T9866 prep of,extent
R6462 T9869 T9870 nmod Ca2,influx
R6463 T9870 T9868 pobj influx,of
R6464 T9871 T9869 punct +,Ca2
R6465 T9872 T9842 punct .,attributed
R6466 T9874 T9875 nsubjpass This,supported
R6467 T9876 T9875 auxpass is,supported
R6468 T9877 T9875 advmod further,supported
R6469 T9878 T9875 agent by,supported
R6470 T9879 T9880 npadvmod kainate,induced
R6471 T9880 T9882 amod induced,uptake
R6472 T9881 T9880 punct -,induced
R6473 T9882 T9878 pobj uptake,by
R6474 T9883 T9882 nmod Co2,uptake
R6475 T9884 T9883 punct +,Co2
R6476 T9885 T9875 prep in,supported
R6477 T9886 T9887 amod acute,slices
R6478 T9887 T9885 pobj slices,in
R6479 T9888 T9887 compound brain,slices
R6480 T9889 T9875 punct ", ",supported
R6481 T9890 T9875 advcl revealing,supported
R6482 T9891 T9892 advmod considerably,higher
R6483 T9892 T9893 amod higher,uptake
R6484 T9893 T9890 dobj uptake,revealing
R6485 T9894 T9893 nmod Co2,uptake
R6486 T9895 T9894 punct +,Co2
R6487 T9896 T9893 prep via,uptake
R6488 T9897 T9898 npadvmod Ca2,permeable
R6489 T9898 T9901 amod permeable,AMPARs
R6490 T9899 T9897 punct +,Ca2
R6491 T9900 T9898 punct -,permeable
R6492 T9901 T9896 pobj AMPARs,via
R6493 T9902 T9890 prep in,revealing
R6494 T9903 T9904 amod hippocampal,neurons
R6495 T9904 T9902 pobj neurons,in
R6496 T9905 T9904 amod pyramidal,neurons
R6497 T9906 T9904 prep of,neurons
R6498 T9907 T9906 pobj mice,of
R6499 T9908 T9907 acl expressing,mice
R6500 T9909 T9910 compound GluR,B
R6501 T9910 T9908 dobj B,expressing
R6502 T9911 T9910 punct -,B
R6503 T9912 T9913 punct (,Q
R6504 T9913 T9908 parataxis Q,expressing
R6505 T9914 T9913 punct ),Q
R6506 T9915 T9890 punct ", ",revealing
R6507 T9916 T9890 prep than,revealing
R6508 T9917 T9916 pobj those,than
R6509 T9918 T9917 acl lacking,those
R6510 T9919 T9920 compound GluR,B
R6511 T9920 T9918 dobj B,lacking
R6512 T9921 T9920 punct -,B
R6513 T9922 T9923 punct (,data
R6514 T9923 T9875 parataxis data,supported
R6515 T9924 T9923 dep DRS,data
R6516 T9925 T9924 punct ", ",DRS
R6517 T9926 T9924 conj RS,DRS
R6518 T9927 T9926 punct ", ",RS
R6519 T9928 T9926 cc and,RS
R6520 T9929 T9926 conj PHS,RS
R6521 T9930 T9923 punct ", ",data
R6522 T9931 T9923 amod unpublished,data
R6523 T9932 T9923 punct ),data
R6524 T9933 T9875 punct .,supported
R6525 T9935 T9936 advmod Normally,localized
R6526 T9937 T9936 punct ", ",localized
R6527 T9938 T9939 compound GluR,B
R6528 T9939 T9941 npadvmod B,containing
R6529 T9940 T9939 punct -,B
R6530 T9941 T9943 amod containing,AMPARs
R6531 T9942 T9941 punct -,containing
R6532 T9943 T9936 nsubjpass AMPARs,localized
R6533 T9944 T9936 auxpass are,localized
R6534 T9945 T9936 advmod prominently,localized
R6535 T9946 T9936 prep at,localized
R6536 T9947 T9948 det the,synapse
R6537 T9948 T9946 pobj synapse,at
R6538 T9949 T9948 amod dendrodendritic,synapse
R6539 T9950 T9936 prep between,localized
R6540 T9951 T9952 amod mitral,cells
R6541 T9952 T9950 pobj cells,between
R6542 T9953 T9951 cc and,mitral
R6543 T9954 T9951 conj granule,mitral
R6544 T9955 T9936 prep in,localized
R6545 T9956 T9957 det the,bulb
R6546 T9957 T9955 pobj bulb,in
R6547 T9958 T9957 amod olfactory,bulb
R6548 T9959 T9960 punct [,65
R6549 T9960 T9936 parataxis 65,localized
R6550 T9961 T9960 nummod 64,65
R6551 T9962 T9960 punct ",",65
R6552 T9963 T9960 punct ],65
R6553 T9964 T9936 punct .,localized
R6554 T9966 T9967 mark As,thought
R6555 T9967 T9975 advcl thought,is
R6556 T9968 T9969 nmod Ca2,influx
R6557 T9969 T9967 nsubjpass influx,thought
R6558 T9970 T9968 punct +,Ca2
R6559 T9971 T9969 prep through,influx
R6560 T9972 T9973 compound glutamate,receptors
R6561 T9973 T9971 pobj receptors,through
R6562 T9974 T9967 auxpass is,thought
R6563 T9976 T9977 aux to,contribute
R6564 T9977 T9967 xcomp contribute,thought
R6565 T9978 T9977 prep to,contribute
R6566 T9979 T9980 amod lateral,inhibition
R6567 T9980 T9978 pobj inhibition,to
R6568 T9981 T9979 cc and,lateral
R6569 T9982 T9979 conj recurrent,lateral
R6570 T9983 T9984 punct (,38
R6571 T9984 T9977 parataxis 38,contribute
R6572 T9985 T9984 punct [,38
R6573 T9986 T9984 punct ],38
R6574 T9987 T9984 advcl see,38
R6575 T9988 T9987 advmod also,see
R6576 T9989 T9987 punct [,see
R6577 T9990 T9987 dobj 39,see
R6578 T9991 T9984 punct ],38
R6579 T9992 T9984 punct ),38
R6580 T9993 T9975 punct ", ",is
R6581 T9994 T9995 det the,absence
R6582 T9995 T9975 nsubj absence,is
R6583 T9996 T9995 prep of,absence
R6584 T9997 T9998 compound GluR,B
R6585 T9998 T9996 pobj B,of
R6586 T9999 T9998 punct -,B
R6587 T10000 T9995 punct ", ",absence
R6588 T10001 T9995 cc or,absence
R6589 T10002 T10003 det the,presence
R6590 T10003 T9995 conj presence,absence
R6591 T10004 T10003 prep of,presence
R6592 T10005 T10006 compound GluR,B
R6593 T10006 T10004 pobj B,of
R6594 T10007 T10006 punct -,B
R6595 T10008 T10009 punct (,Q
R6596 T10009 T10003 parataxis Q,presence
R6597 T10010 T10009 punct ),Q
R6598 T10011 T9995 prep in,absence
R6599 T10012 T10013 det the,bulb
R6600 T10013 T10011 pobj bulb,in
R6601 T10014 T10013 amod olfactory,bulb
R6602 T10015 T9975 punct ", ",is
R6603 T10016 T9975 acomp likely,is
R6604 T10017 T10018 aux to,result
R6605 T10018 T10016 xcomp result,likely
R6606 T10019 T10018 prep in,result
R6607 T10020 T10021 amod increased,inhibition
R6608 T10021 T10019 pobj inhibition,in
R6609 T10022 T10021 prep between,inhibition
R6610 T10023 T10024 det the,neurons
R6611 T10024 T10022 pobj neurons,between
R6612 T10025 T10024 amod principal,neurons
R6613 T10026 T10024 prep in,neurons
R6614 T10027 T10028 det this,structure
R6615 T10028 T10026 pobj structure,in
R6616 T10029 T9975 punct .,is
R6617 T10031 T10032 advmod Notably,were
R6618 T10033 T10032 punct ", ",were
R6619 T10034 T10035 det the,capabilities
R6620 T10035 T10032 nsubj capabilities,were
R6621 T10036 T10035 amod improved,capabilities
R6622 T10037 T10038 amod olfactory,discrimination
R6623 T10038 T10035 compound discrimination,capabilities
R6624 T10039 T10032 acomp apparent,were
R6625 T10040 T10041 advmod even,upon
R6626 T10041 T10032 prep upon,were
R6627 T10042 T10043 advmod relatively,small
R6628 T10043 T10044 amod small,reductions
R6629 T10044 T10041 pobj reductions,upon
R6630 T10045 T10044 prep in,reductions
R6631 T10046 T10047 compound GluR,B
R6632 T10047 T10049 compound B,levels
R6633 T10048 T10047 punct -,B
R6634 T10049 T10045 pobj levels,in
R6635 T10050 T10032 punct .,were
R6636 T10052 T10053 nsubj It,be
R6637 T10054 T10053 aux will,be
R6638 T10055 T10053 acomp interesting,be
R6639 T10056 T10057 aux to,see
R6640 T10057 T10053 xcomp see,be
R6641 T10058 T10059 mark if,exhibit
R6642 T10059 T10057 ccomp exhibit,see
R6643 T10060 T10061 nmod GluR,B
R6644 T10061 T10063 nmod B,mice
R6645 T10062 T10061 punct -,B
R6646 T10063 T10059 nsubj mice,exhibit
R6647 T10064 T10061 punct +,B
R6648 T10065 T10061 punct /,B
R6649 T10066 T10061 appos neo,B
R6650 T10067 T10059 advmod also,exhibit
R6651 T10068 T10069 amod enhanced,discrimination
R6652 T10069 T10059 dobj discrimination,exhibit
R6653 T10070 T10069 compound odor,discrimination
R6654 T10071 T10059 punct ", ",exhibit
R6655 T10072 T10073 dep which,is
R6656 T10073 T10059 advcl is,exhibit
R6657 T10074 T10073 advmod indeed,is
R6658 T10075 T10073 acomp likely,is
R6659 T10076 T10073 prep given,is
R6660 T10077 T10078 mark that,arise
R6661 T10078 T10076 pcomp arise,given
R6662 T10079 T10080 amod low,levels
R6663 T10080 T10078 nsubj levels,arise
R6664 T10081 T10080 prep of,levels
R6665 T10082 T10083 nmod GluR,Q
R6666 T10083 T10081 pobj Q,of
R6667 T10084 T10083 punct -,Q
R6668 T10085 T10083 nmod B,Q
R6669 T10086 T10083 punct (,Q
R6670 T10087 T10083 punct ),Q
R6671 T10088 T10080 punct ", ",levels
R6672 T10089 T10080 cc and,levels
R6673 T10090 T10091 advmod hence,increase
R6674 T10091 T10080 conj increase,levels
R6675 T10092 T10091 det a,increase
R6676 T10093 T10091 amod small,increase
R6677 T10094 T10091 prep in,increase
R6678 T10095 T10096 npadvmod Ca2,permeable
R6679 T10096 T10099 amod permeable,AMPARs
R6680 T10097 T10095 punct +,Ca2
R6681 T10098 T10096 punct -,permeable
R6682 T10099 T10094 pobj AMPARs,in
R6683 T10100 T10078 punct ", ",arise
R6684 T10101 T10078 prep from,arise
R6685 T10102 T10103 det the,allele
R6686 T10103 T10101 pobj allele,from
R6687 T10104 T10103 amod attenuated,allele
R6688 T10105 T10106 compound GluR,Bneo
R6689 T10106 T10103 compound Bneo,allele
R6690 T10107 T10106 punct -,Bneo
R6691 T10108 T10109 punct [,60
R6692 T10109 T10078 parataxis 60,arise
R6693 T10110 T10109 punct ],60
R6694 T10111 T10078 punct ", ",arise
R6695 T10112 T10078 cc and,arise
R6696 T10113 T10078 punct ", ",arise
R6697 T10114 T10115 advmod moreover,decreased
R6698 T10115 T10078 conj decreased,arise
R6699 T10116 T10115 punct ", ",decreased
R6700 T10117 T10115 mark that,decreased
R6701 T10118 T10119 compound GluR,B
R6702 T10119 T10121 compound B,levels
R6703 T10120 T10119 punct -,B
R6704 T10121 T10115 nsubjpass levels,decreased
R6705 T10122 T10115 auxpass are,decreased
R6706 T10123 T10115 prep in,decreased
R6707 T10124 T10125 det these,mice
R6708 T10125 T10123 pobj mice,in
R6709 T10126 T10115 prep due,decreased
R6710 T10127 T10126 pcomp to,due
R6711 T10128 T10129 det the,copy
R6712 T10129 T10126 pobj copy,due
R6713 T10130 T10129 amod single,copy
R6714 T10131 T10129 prep of,copy
R6715 T10132 T10133 det the,allele
R6716 T10133 T10131 pobj allele,of
R6717 T10134 T10135 nmod GluR,B
R6718 T10135 T10133 nmod B,allele
R6719 T10136 T10135 punct -,B
R6720 T10137 T10135 punct +,B
R6721 T10138 T10053 punct .,be
R6722 T10140 T10141 prep In,plays
R6723 T10142 T10143 advmod virtually,models
R6724 T10143 T10140 pobj models,In
R6725 T10144 T10143 det all,models
R6726 T10145 T10143 prep of,models
R6727 T10146 T10147 det the,bulb
R6728 T10147 T10145 pobj bulb,of
R6729 T10148 T10147 amod olfactory,bulb
R6730 T10149 T10141 punct ", ",plays
R6731 T10150 T10151 amod lateral,inhibition
R6732 T10151 T10141 nsubj inhibition,plays
R6733 T10152 T10150 punct (,lateral
R6734 T10153 T10150 cc and,lateral
R6735 T10154 T10155 punct ", ",in
R6736 T10155 T10156 parataxis in,recurrent
R6737 T10156 T10150 conj recurrent,lateral
R6738 T10157 T10158 amod fewer,models
R6739 T10158 T10155 pobj models,in
R6740 T10159 T10155 punct ", ",in
R6741 T10160 T10156 advmod also,recurrent
R6742 T10161 T10151 punct ),inhibition
R6743 T10162 T10163 det a,role
R6744 T10163 T10141 dobj role,plays
R6745 T10164 T10163 amod dominant,role
R6746 T10165 T10141 punct ", ",plays
R6747 T10166 T10167 preconj either,in
R6748 T10167 T10141 prep in,plays
R6749 T10168 T10167 pcomp establishing,in
R6750 T10169 T10170 amod spatiotemporal,dynamics
R6751 T10170 T10168 dobj dynamics,establishing
R6752 T10171 T10172 punct [,66
R6753 T10172 T10168 parataxis 66,establishing
R6754 T10173 T10172 dep 32,66
R6755 T10174 T10172 punct ",",66
R6756 T10175 T10176 punct –,69
R6757 T10176 T10172 prep 69,66
R6758 T10177 T10172 punct ],66
R6759 T10178 T10167 punct ", ",in
R6760 T10179 T10167 cc or,in
R6761 T10180 T10167 conj in,in
R6762 T10181 T10182 advmod directly,enhancing
R6763 T10182 T10180 pcomp enhancing,in
R6764 T10183 T10182 dobj contrast,enhancing
R6765 T10184 T10182 cc and,enhancing
R6766 T10185 T10186 advmod therefore,simplifying
R6767 T10186 T10182 conj simplifying,enhancing
R6768 T10187 T10186 dobj discrimination,simplifying
R6769 T10188 T10187 cc and,discrimination
R6770 T10189 T10187 conj learning,discrimination
R6771 T10190 T10187 prep of,discrimination
R6772 T10191 T10192 amod similar,odorants
R6773 T10192 T10190 pobj odorants,of
R6774 T10193 T10194 punct [,36
R6775 T10194 T10186 parataxis 36,simplifying
R6776 T10195 T10194 nummod 24,36
R6777 T10196 T10194 punct ",",36
R6778 T10197 T10194 nummod 28,36
R6779 T10198 T10194 punct ",",36
R6780 T10199 T10194 nummod 29,36
R6781 T10200 T10194 punct ",",36
R6782 T10201 T10194 punct ],36
R6783 T10202 T10141 punct .,plays
R6784 T10204 T10205 amod Increased,inhibition
R6785 T10205 T10206 nsubj inhibition,improve
R6786 T10207 T10206 aux will,improve
R6787 T10208 T10206 advmod thus,improve
R6788 T10209 T10206 prep in,improve
R6789 T10210 T10209 amod general,in
R6790 T10211 T10206 dobj discriminability,improve
R6791 T10212 T10206 punct ", ",improve
R6792 T10213 T10206 advcl consistent,improve
R6793 T10214 T10213 prep with,consistent
R6794 T10215 T10216 det the,improvements
R6795 T10216 T10214 pobj improvements,with
R6796 T10217 T10216 amod behavioral,improvements
R6797 T10218 T10216 acl observed,improvements
R6798 T10219 T10218 prep with,observed
R6799 T10220 T10221 nmod GluR,Q
R6800 T10221 T10225 nmod Q,expression
R6801 T10222 T10221 punct -,Q
R6802 T10223 T10221 nmod B,Q
R6803 T10224 T10221 punct (,Q
R6804 T10225 T10219 pobj expression,with
R6805 T10226 T10221 punct ),Q
R6806 T10227 T10225 punct ", ",expression
R6807 T10228 T10229 det the,knockout
R6808 T10229 T10225 conj knockout,expression
R6809 T10230 T10231 compound GluR,B
R6810 T10231 T10229 compound B,knockout
R6811 T10232 T10231 punct -,B
R6812 T10233 T10229 punct ", ",knockout
R6813 T10234 T10229 cc and,knockout
R6814 T10235 T10236 det the,mice
R6815 T10236 T10229 conj mice,knockout
R6816 T10237 T10236 punct “,mice
R6817 T10238 T10236 nmod rescue,mice
R6818 T10239 T10236 punct ”,mice
R6819 T10240 T10206 punct .,improve
R6820 T10242 T10243 det A,test
R6821 T10243 T10245 nsubj test,require
R6822 T10244 T10243 amod direct,test
R6823 T10246 T10243 prep of,test
R6824 T10247 T10248 det this,link
R6825 T10248 T10246 pobj link,of
R6826 T10249 T10245 aux would,require
R6827 T10250 T10251 det the,measurement
R6828 T10251 T10245 dobj measurement,require
R6829 T10252 T10251 amod quantitative,measurement
R6830 T10253 T10251 prep of,measurement
R6831 T10254 T10253 pobj inhibition,of
R6832 T10255 T10254 prep in,inhibition
R6833 T10256 T10257 det the,preparation
R6834 T10257 T10255 pobj preparation,in
R6835 T10258 T10257 amod intact,preparation
R6836 T10259 T10251 punct ", ",measurement
R6837 T10260 T10261 det a,task
R6838 T10261 T10251 appos task,measurement
R6839 T10262 T10263 dep that,be
R6840 T10263 T10261 relcl be,task
R6841 T10264 T10263 aux might,be
R6842 T10265 T10263 acomp feasible,be
R6843 T10266 T10265 prep with,feasible
R6844 T10267 T10268 advmod further,improved
R6845 T10268 T10269 amod improved,techniques
R6846 T10269 T10266 pobj techniques,with
R6847 T10270 T10271 advmod in,vivo
R6848 T10271 T10269 amod vivo,techniques
R6849 T10272 T10269 amod electrophysiological,techniques
R6850 T10273 T10269 punct ", ",techniques
R6851 T10274 T10275 amod such,as
R6852 T10275 T10269 prep as,techniques
R6853 T10276 T10277 amod targeted,recordings
R6854 T10277 T10275 pobj recordings,as
R6855 T10278 T10279 punct [,71
R6856 T10279 T10269 parataxis 71,techniques
R6857 T10280 T10279 nummod 70,71
R6858 T10281 T10279 punct ",",71
R6859 T10282 T10279 punct ],71
R6860 T10283 T10269 cc or,techniques
R6861 T10284 T10285 amod simultaneous,measurements
R6862 T10285 T10269 conj measurements,techniques
R6863 T10286 T10287 advmod pre,postsynaptic
R6864 T10287 T10285 amod postsynaptic,measurements
R6865 T10288 T10287 punct -,postsynaptic
R6866 T10289 T10287 cc and,postsynaptic
R6867 T10290 T10285 amod intracellular,measurements
R6868 T10291 T10245 punct .,require
R6883 T10675 T10676 amod Olfactory,Memory
R6884 T10676 T10677 nsubjpass Memory,Reduced
R6885 T10678 T10677 auxpass Is,Reduced
R6886 T10679 T10677 prep in,Reduced
R6887 T10680 T10681 compound GluR,B
R6888 T10681 T10683 compound B,Mice
R6889 T10682 T10681 punct -,B
R6890 T10683 T10679 pobj Mice,in
R6891 T10684 T10683 compound Knockout,Mice
R6892 T10685 T10677 cc and,Reduced
R6893 T10686 T10677 conj Improved,Reduced
R6894 T10687 T10686 agent by,Improved
R6895 T10688 T10689 compound GluR,B
R6896 T10689 T10691 compound B,Expression
R6897 T10690 T10689 punct -,B
R6898 T10691 T10687 pobj Expression,by
R6899 T10692 T10686 prep in,Improved
R6900 T10693 T10694 amod Piriform,Cortex
R6901 T10694 T10692 pobj Cortex,in
R6902 T10695 T10694 cc and,Cortex
R6903 T10696 T10694 conj Hippocampus,Cortex
R6904 T10698 T10699 aux To,assess
R6905 T10699 T10700 advcl assess,probed
R6906 T10701 T10702 amod olfactory,memory
R6907 T10702 T10699 dobj memory,assess
R6908 T10703 T10702 prep of,memory
R6909 T10704 T10705 compound GluR,BΔFB
R6910 T10705 T10707 compound BΔFB,mice
R6911 T10706 T10705 punct -,BΔFB
R6912 T10707 T10703 pobj mice,of
R6913 T10708 T10700 punct ", ",probed
R6914 T10709 T10700 prep after,probed
R6915 T10710 T10711 nummod six,days
R6916 T10711 T10709 pobj days,after
R6917 T10712 T10713 det the,mice
R6918 T10713 T10700 nsubjpass mice,probed
R6919 T10714 T10700 auxpass were,probed
R6920 T10715 T10700 prep with,probed
R6921 T10716 T10717 amod unrewarded,presentations
R6922 T10717 T10715 pobj presentations,with
R6923 T10718 T10717 compound odor,presentations
R6924 T10719 T10720 dep that,interleaved
R6925 T10720 T10717 relcl interleaved,presentations
R6926 T10721 T10722 det a,task
R6927 T10722 T10720 dobj task,interleaved
R6928 T10723 T10722 amod simple,task
R6929 T10724 T10722 compound discrimination,task
R6930 T10725 T10700 punct .,probed
R6931 T10727 T10728 amod Prolonged,tasks
R6932 T10728 T10730 nsubjpass tasks,performed
R6933 T10729 T10728 amod behavioral,tasks
R6934 T10731 T10732 amod such,as
R6935 T10732 T10728 prep as,tasks
R6936 T10733 T10734 det the,assessment
R6937 T10734 T10732 pobj assessment,as
R6938 T10735 T10734 prep of,assessment
R6939 T10736 T10737 amod long,term
R6940 T10737 T10739 nmod term,memory
R6941 T10738 T10737 punct -,term
R6942 T10739 T10735 pobj memory,of
R6943 T10740 T10739 amod olfactory,memory
R6944 T10741 T10730 auxpass were,performed
R6945 T10742 T10730 neg not,performed
R6946 T10743 T10730 prep with,performed
R6947 T10744 T10745 det the,mice
R6948 T10745 T10743 pobj mice,with
R6949 T10746 T10747 npadvmod seizure,prone
R6950 T10747 T10745 amod prone,mice
R6951 T10748 T10747 punct -,prone
R6952 T10749 T10750 nmod GluR,BΔECS
R6953 T10750 T10745 nmod BΔECS,mice
R6954 T10751 T10750 punct -,BΔECS
R6955 T10752 T10750 punct :,BΔECS
R6956 T10753 T10750 appos FB,BΔECS
R6957 T10754 T10730 punct .,performed
R6958 T10756 T10757 nsubjpass Memory,impaired
R6959 T10758 T10756 prep in,Memory
R6960 T10759 T10760 compound GluR,BΔFB
R6961 T10760 T10762 compound BΔFB,mice
R6962 T10761 T10760 punct -,BΔFB
R6963 T10762 T10758 pobj mice,in
R6964 T10763 T10757 punct ", ",impaired
R6965 T10764 T10757 advmod however,impaired
R6966 T10765 T10757 punct ", ",impaired
R6967 T10766 T10757 auxpass was,impaired
R6968 T10767 T10757 advmod dramatically,impaired
R6969 T10768 T10757 punct .,impaired
R6970 T10770 T10771 nsubjpass This,attributed
R6971 T10772 T10771 aux can,attributed
R6972 T10773 T10771 neg not,attributed
R6973 T10774 T10771 auxpass be,attributed
R6974 T10775 T10771 prep to,attributed
R6975 T10776 T10777 det a,deficit
R6976 T10777 T10775 pobj deficit,to
R6977 T10778 T10777 amod general,deficit
R6978 T10779 T10777 punct ", ",deficit
R6979 T10780 T10777 amod unspecific,deficit
R6980 T10781 T10782 mark because,performed
R6981 T10782 T10771 advcl performed,attributed
R6982 T10783 T10782 punct ", ",performed
R6983 T10784 T10782 advcl simultaneous,performed
R6984 T10785 T10784 prep to,simultaneous
R6985 T10786 T10787 det the,trials
R6986 T10787 T10785 pobj trials,to
R6987 T10788 T10787 compound memory,trials
R6988 T10789 T10782 punct ", ",performed
R6989 T10790 T10791 det the,task
R6990 T10791 T10782 nsubjpass task,performed
R6991 T10792 T10791 amod normal,task
R6992 T10793 T10791 punct ", ",task
R6993 T10794 T10791 amod rewarded,task
R6994 T10795 T10791 compound discrimination,task
R6995 T10796 T10782 auxpass was,performed
R6996 T10797 T10798 advmod even,better
R6997 T10798 T10782 advmod better,performed
R6998 T10799 T10798 prep than,better
R6999 T10800 T10799 prep by,than
R7000 T10801 T10800 pobj controls,by
R7001 T10802 T10771 punct .,attributed
R7002 T10804 T10805 amod Reduced,memory
R7003 T10805 T10807 nsubjpass memory,attributed
R7004 T10806 T10805 amod olfactory,memory
R7005 T10808 T10807 aux can,attributed
R7006 T10809 T10807 advmod also,attributed
R7007 T10810 T10807 neg not,attributed
R7008 T10811 T10807 auxpass be,attributed
R7009 T10812 T10807 advmod simply,attributed
R7010 T10813 T10807 prep to,attributed
R7011 T10814 T10815 amod increased,extinction
R7012 T10815 T10813 pobj extinction,to
R7013 T10816 T10807 punct ", ",attributed
R7014 T10817 T10818 mark as,observed
R7015 T10818 T10807 advcl observed,attributed
R7016 T10819 T10820 det no,interactions
R7017 T10820 T10818 nsubjpass interactions,observed
R7018 T10821 T10820 amod significant,interactions
R7019 T10822 T10823 compound trial,group
R7020 T10823 T10820 compound group,interactions
R7021 T10824 T10823 punct -,group
R7022 T10825 T10818 auxpass were,observed
R7023 T10826 T10818 cc and,observed
R7024 T10827 T10828 advmod also,observed
R7025 T10828 T10818 conj observed,observed
R7026 T10829 T10828 punct ", ",observed
R7027 T10830 T10831 advmod when,restricted
R7028 T10831 T10828 advcl restricted,observed
R7029 T10832 T10831 prep to,restricted
R7030 T10833 T10834 det the,trials
R7031 T10834 T10832 pobj trials,to
R7032 T10835 T10834 amod first,trials
R7033 T10836 T10834 amod unrewarded,trials
R7034 T10837 T10834 compound memory,trials
R7035 T10838 T10828 punct ", ",observed
R7036 T10839 T10840 det a,impairment
R7037 T10840 T10828 nsubjpass impairment,observed
R7038 T10841 T10840 amod significant,impairment
R7039 T10842 T10828 auxpass was,observed
R7040 T10843 T10844 punct (,S3A
R7041 T10844 T10807 parataxis S3A,attributed
R7042 T10845 T10844 compound Figure,S3A
R7043 T10846 T10844 punct ),S3A
R7044 T10847 T10807 punct .,attributed
R7045 T10849 T10850 advmod Additionally,revealed
R7046 T10851 T10850 punct ", ",revealed
R7047 T10852 T10850 csubj investigating,revealed
R7048 T10853 T10852 dobj relearning,investigating
R7049 T10854 T10853 prep of,relearning
R7050 T10855 T10856 det the,task
R7051 T10856 T10854 pobj task,of
R7052 T10857 T10856 amod first,task
R7053 T10858 T10856 compound discrimination,task
R7054 T10859 T10860 det a,correlation
R7055 T10860 T10850 dobj correlation,revealed
R7056 T10861 T10860 amod significant,correlation
R7057 T10862 T10860 prep with,correlation
R7058 T10863 T10864 det the,performance
R7059 T10864 T10862 pobj performance,with
R7060 T10865 T10864 compound memory,performance
R7061 T10866 T10850 punct ", ",revealed
R7062 T10867 T10850 advcl showing,revealed
R7063 T10868 T10869 det a,deficit
R7064 T10869 T10867 dobj deficit,showing
R7065 T10870 T10869 punct “,deficit
R7066 T10871 T10869 nmod memory,deficit
R7067 T10872 T10869 punct ”,deficit
R7068 T10873 T10867 prep under,showing
R7069 T10874 T10875 npadvmod extinction,free
R7070 T10875 T10877 amod free,conditions
R7071 T10876 T10875 punct -,free
R7072 T10877 T10873 pobj conditions,under
R7073 T10878 T10879 punct (,S3B
R7074 T10879 T10867 parataxis S3B,showing
R7075 T10880 T10879 compound Figure,S3B
R7076 T10881 T10879 punct ),S3B
R7077 T10882 T10850 punct .,revealed
R7078 T10884 T10885 advmod Finally,impaired
R7079 T10886 T10885 punct ", ",impaired
R7080 T10887 T10885 prep in,impaired
R7081 T10888 T10889 amod other,tasks
R7082 T10889 T10887 pobj tasks,in
R7083 T10890 T10891 npadvmod memory,related
R7084 T10891 T10889 amod related,tasks
R7085 T10892 T10891 punct -,related
R7086 T10893 T10889 punct ", ",tasks
R7087 T10894 T10895 amod such,as
R7088 T10895 T10889 prep as,tasks
R7089 T10896 T10897 det a,task
R7090 T10897 T10895 pobj task,as
R7091 T10898 T10899 npadvmod hippocampus,dependent
R7092 T10899 T10897 amod dependent,task
R7093 T10900 T10899 punct -,dependent
R7094 T10901 T10902 amod spatial,reference
R7095 T10902 T10897 compound reference,task
R7096 T10903 T10897 compound memory,task
R7097 T10904 T10905 punct (,S2
R7098 T10905 T10889 parataxis S2,tasks
R7099 T10906 T10905 compound Figure,S2
R7100 T10907 T10905 punct ),S2
R7101 T10908 T10885 punct ", ",impaired
R7102 T10909 T10885 nsubjpass mice,impaired
R7103 T10910 T10909 prep with,mice
R7104 T10911 T10912 compound GluR,B
R7105 T10912 T10914 compound B,depletion
R7106 T10913 T10912 punct -,B
R7107 T10914 T10910 pobj depletion,with
R7108 T10915 T10885 auxpass were,impaired
R7109 T10916 T10885 neg not,impaired
R7110 T10917 T10885 prep after,impaired
R7111 T10918 T10919 compound task,acquisition
R7112 T10919 T10917 pobj acquisition,after
R7113 T10920 T10885 punct .,impaired
R7114 T10922 T10923 nsubj We,conclude
R7115 T10924 T10923 advmod therefore,conclude
R7116 T10925 T10926 mark that,results
R7117 T10926 T10923 ccomp results,conclude
R7118 T10927 T10928 npadvmod forebrain,specific
R7119 T10928 T10930 amod specific,ablation
R7120 T10929 T10928 punct -,specific
R7121 T10930 T10926 nsubj ablation,results
R7122 T10931 T10930 prep of,ablation
R7123 T10932 T10933 compound GluR,B
R7124 T10933 T10931 pobj B,of
R7125 T10934 T10933 punct -,B
R7126 T10935 T10926 prep in,results
R7127 T10936 T10937 det a,loss
R7128 T10937 T10935 pobj loss,in
R7129 T10938 T10937 amod specific,loss
R7130 T10939 T10937 prep of,loss
R7131 T10940 T10941 amod long,term
R7132 T10941 T10943 nmod term,memory
R7133 T10942 T10941 punct -,term
R7134 T10943 T10939 pobj memory,of
R7135 T10944 T10943 amod olfactory,memory
R7136 T10945 T10935 cc but,in
R7137 T10946 T10935 punct ", ",in
R7138 T10947 T10948 prep at,in
R7139 T10948 T10935 conj in,in
R7140 T10949 T10950 det the,time
R7141 T10950 T10947 pobj time,at
R7142 T10951 T10950 amod same,time
R7143 T10952 T10948 punct ", ",in
R7144 T10953 T10954 amod enhanced,capabilities
R7145 T10954 T10948 pobj capabilities,in
R7146 T10955 T10956 nmod odor,discrimination
R7147 T10956 T10954 nmod discrimination,capabilities
R7148 T10957 T10956 cc and,discrimination
R7149 T10958 T10956 conj learning,discrimination
R7150 T10959 T10923 punct .,conclude
R7151 T10961 T10962 aux To,dissect
R7152 T10962 T10963 advcl dissect,made
R7153 T10964 T10965 det the,phenotypes
R7154 T10965 T10962 dobj phenotypes,dissect
R7155 T10966 T10965 nmod discrimination,phenotypes
R7156 T10967 T10966 punct ", ",discrimination
R7157 T10968 T10966 conj learning,discrimination
R7158 T10969 T10968 punct ", ",learning
R7159 T10970 T10968 cc and,learning
R7160 T10971 T10968 conj memory,learning
R7161 T10972 T10962 punct ", ",dissect
R7162 T10973 T10962 cc and,dissect
R7163 T10974 T10975 advmod ultimately,identify
R7164 T10975 T10962 conj identify,dissect
R7165 T10976 T10977 amod potential,correlates
R7166 T10977 T10975 dobj correlates,identify
R7167 T10978 T10977 amod cellular,correlates
R7168 T10979 T10963 punct ", ",made
R7169 T10980 T10963 nsubj we,made
R7170 T10981 T10963 dobj use,made
R7171 T10982 T10963 prep of,made
R7172 T10983 T10984 det the,expression
R7173 T10984 T10982 pobj expression,of
R7174 T10985 T10984 amod variegated,expression
R7175 T10986 T10984 compound Cre,expression
R7176 T10987 T10984 prep of,expression
R7177 T10988 T10989 compound TgCre4,mice
R7178 T10989 T10987 pobj mice,of
R7179 T10990 T10963 punct .,made
R7180 T10992 T10993 advmod Therefore,determined
R7181 T10994 T10993 punct ", ",determined
R7182 T10995 T10996 amod residual,levels
R7183 T10996 T10993 nsubjpass levels,determined
R7184 T10997 T10998 compound GluR,B
R7185 T10998 T10996 compound B,levels
R7186 T10999 T10998 punct -,B
R7187 T11000 T10993 auxpass were,determined
R7188 T11001 T10993 prep from,determined
R7189 T11002 T11003 det each,mouse
R7190 T11003 T11001 pobj mouse,from
R7191 T11004 T11005 dep that,tested
R7192 T11005 T11003 relcl tested,mouse
R7193 T11006 T11005 aux had,tested
R7194 T11007 T11005 auxpass been,tested
R7195 T11008 T11005 prep in,tested
R7196 T11009 T11010 det the,experiments
R7197 T11010 T11008 pobj experiments,in
R7198 T11011 T11010 amod behavioral,experiments
R7199 T11012 T10993 punct ", ",determined
R7200 T11013 T10993 cc and,determined
R7201 T11014 T11015 nsubjpass levels,correlated
R7202 T11015 T10993 conj correlated,determined
R7203 T11016 T11015 auxpass were,correlated
R7204 T11017 T11015 prep with,correlated
R7205 T11018 T11019 nmod odor,discrimination
R7206 T11019 T11017 pobj discrimination,with
R7207 T11020 T11019 nmod learning,discrimination
R7208 T11021 T11019 punct ", ",discrimination
R7209 T11022 T11019 punct ", ",discrimination
R7210 T11023 T11019 cc and,discrimination
R7211 T11024 T11025 amod olfactory,memory
R7212 T11025 T11019 conj memory,discrimination
R7213 T11026 T10993 punct .,determined
R7214 T11028 T11029 det The,correlation
R7215 T11029 T11032 nsubj correlation,suggested
R7216 T11030 T11029 amod significant,correlation
R7217 T11031 T11029 amod direct,correlation
R7218 T11033 T11029 prep between,correlation
R7219 T11034 T11035 amod residual,levels
R7220 T11035 T11033 pobj levels,between
R7221 T11036 T11037 compound GluR,B
R7222 T11037 T11035 compound B,levels
R7223 T11038 T11037 punct -,B
R7224 T11039 T11035 prep in,levels
R7225 T11040 T11039 pobj hippocampus,in
R7226 T11041 T11040 cc and,hippocampus
R7227 T11042 T11043 amod cortical,areas
R7228 T11043 T11040 conj areas,hippocampus
R7229 T11044 T11029 prep with,correlation
R7230 T11045 T11046 amod olfactory,memory
R7231 T11046 T11044 pobj memory,with
R7232 T11047 T11048 amod hippocampal,neurons
R7233 T11048 T11032 dobj neurons,suggested
R7234 T11049 T11047 cc and,hippocampal
R7235 T11050 T11049 punct /,and
R7236 T11051 T11049 cc or,and
R7237 T11052 T11047 conj cortical,hippocampal
R7238 T11053 T11032 prep as,suggested
R7239 T11054 T11055 amod putative,mediators
R7240 T11055 T11053 pobj mediators,as
R7241 T11056 T11055 prep for,mediators
R7242 T11057 T11058 compound odor,memorization
R7243 T11058 T11056 pobj memorization,for
R7244 T11059 T11058 cc and,memorization
R7245 T11060 T11059 punct /,and
R7246 T11061 T11059 cc or,and
R7247 T11062 T11058 conj storage,memorization
R7248 T11063 T11032 punct .,suggested
R7249 T11065 T11066 det No,measure
R7250 T11066 T11067 nsubj measure,correlated
R7251 T11067 T11078 ccomp correlated,was
R7252 T11068 T11066 prep of,measure
R7253 T11069 T11068 pobj discrimination,of
R7254 T11070 T11069 cc and,discrimination
R7255 T11071 T11069 conj learning,discrimination
R7256 T11072 T11067 punct ", ",correlated
R7257 T11073 T11067 prep on,correlated
R7258 T11074 T11075 det the,hand
R7259 T11075 T11073 pobj hand,on
R7260 T11076 T11075 amod other,hand
R7261 T11077 T11067 punct ", ",correlated
R7262 T11079 T11067 prep with,correlated
R7263 T11080 T11081 amod residual,levels
R7264 T11081 T11079 pobj levels,with
R7265 T11082 T11083 compound GluR,B
R7266 T11083 T11081 compound B,levels
R7267 T11084 T11083 punct -,B
R7268 T11085 T11078 punct ;,was
R7269 T11086 T11087 advmod even,reduction
R7270 T11087 T11078 nsubj reduction,was
R7271 T11088 T11087 det the,reduction
R7272 T11089 T11087 amod smallest,reduction
R7273 T11090 T11087 prep in,reduction
R7274 T11091 T11092 compound GluR,B
R7275 T11092 T11094 compound B,levels
R7276 T11093 T11092 punct -,B
R7277 T11094 T11090 pobj levels,in
R7278 T11095 T11096 punct (,%
R7279 T11096 T11087 parataxis %,reduction
R7280 T11097 T11098 quantmod about,20
R7281 T11098 T11096 nummod 20,%
R7282 T11099 T11100 punct –,%
R7283 T11100 T11096 prep %,%
R7284 T11101 T11100 nummod 60,%
R7285 T11102 T11096 punct ),%
R7286 T11103 T11078 acomp sufficient,was
R7287 T11104 T11105 aux to,establish
R7288 T11105 T11103 xcomp establish,sufficient
R7289 T11106 T11105 cc and,establish
R7290 T11107 T11105 conj saturate,establish
R7291 T11108 T11109 amod enhanced,capabilities
R7292 T11109 T11107 dobj capabilities,saturate
R7293 T11110 T11111 compound odor,discrimination
R7294 T11111 T11109 compound discrimination,capabilities
R7295 T11112 T11078 punct .,was
R7296 T11114 T11115 advmod Together,allows
R7297 T11116 T11115 punct ", ",allows
R7298 T11117 T11115 nsubj this,allows
R7299 T11118 T11119 det the,conclusion
R7300 T11119 T11115 dobj conclusion,allows
R7301 T11120 T11121 mark that,mediate
R7302 T11121 T11119 acl mediate,conclusion
R7303 T11122 T11123 amod distinct,mechanisms
R7304 T11123 T11121 nsubj mechanisms,mediate
R7305 T11124 T11125 compound discrimination,learning
R7306 T11125 T11121 dobj learning,mediate
R7307 T11126 T11125 punct /,learning
R7308 T11127 T11125 cc and,learning
R7309 T11128 T11125 conj memory,learning
R7310 T11129 T11115 punct .,allows
R7311 T11131 T11132 nsubj This,is
R7312 T11133 T11134 advmod furthermore,consistent
R7313 T11134 T11132 acomp consistent,is
R7314 T11135 T11134 prep with,consistent
R7315 T11136 T11137 det a,role
R7316 T11137 T11135 pobj role,with
R7317 T11138 T11137 amod prominent,role
R7318 T11139 T11137 prep of,role
R7319 T11140 T11141 amod cortical,areas
R7320 T11141 T11139 pobj areas,of
R7321 T11142 T11141 cc or,areas
R7322 T11143 T11141 conj hippocampus,areas
R7323 T11144 T11137 prep in,role
R7324 T11145 T11146 amod olfactory,memory
R7325 T11146 T11144 pobj memory,in
R7326 T11147 T11132 punct ", ",is
R7327 T11148 T11149 mark although,correlated
R7328 T11149 T11132 advcl correlated,is
R7329 T11150 T11151 compound GluR,B
R7330 T11151 T11153 compound B,levels
R7331 T11152 T11151 punct -,B
R7332 T11153 T11149 nsubjpass levels,correlated
R7333 T11154 T11153 prep in,levels
R7334 T11155 T11156 det the,bulb
R7335 T11156 T11154 pobj bulb,in
R7336 T11157 T11156 amod olfactory,bulb
R7337 T11158 T11149 auxpass were,correlated
R7338 T11159 T11149 advmod also,correlated
R7339 T11160 T11149 advmod weakly,correlated
R7340 T11161 T11149 prep with,correlated
R7341 T11162 T11163 compound memory,performance
R7342 T11163 T11161 pobj performance,with
R7343 T11164 T11132 punct .,is
R7344 T11166 T11167 amod Transgenic,expression
R7345 T11167 T11168 nsubj expression,rescued
R7346 T11169 T11167 prep of,expression
R7347 T11170 T11171 compound GFPGluR,B
R7348 T11171 T11169 pobj B,of
R7349 T11172 T11171 punct -,B
R7350 T11173 T11167 prep in,expression
R7351 T11174 T11175 amod piriform,cortex
R7352 T11175 T11173 pobj cortex,in
R7353 T11176 T11175 cc and,cortex
R7354 T11177 T11175 conj hippocampus,cortex
R7355 T11178 T11168 advmod indeed,rescued
R7356 T11179 T11168 dobj memory,rescued
R7357 T11180 T11168 prep to,rescued
R7358 T11181 T11182 det an,extent
R7359 T11182 T11180 pobj extent,to
R7360 T11183 T11184 advmod strikingly,consistent
R7361 T11184 T11182 amod consistent,extent
R7362 T11185 T11184 prep with,consistent
R7363 T11186 T11187 det the,levels
R7364 T11187 T11185 pobj levels,with
R7365 T11188 T11187 amod transgenic,levels
R7366 T11189 T11187 compound protein,levels
R7367 T11190 T11191 punct (,%
R7368 T11191 T11182 parataxis %,extent
R7369 T11192 T11193 advmod approximately,10
R7370 T11193 T11191 nummod 10,%
R7371 T11194 T11191 prep of,%
R7372 T11195 T11196 amod wild,type
R7373 T11196 T11198 compound type,B
R7374 T11197 T11196 punct -,type
R7375 T11198 T11194 pobj B,of
R7376 T11199 T11198 compound GluR,B
R7377 T11200 T11198 punct -,B
R7378 T11201 T11191 punct ),%
R7379 T11202 T11168 punct ", ",rescued
R7380 T11203 T11168 advcl confirming,rescued
R7381 T11204 T11205 det the,reliability
R7382 T11205 T11203 dobj reliability,confirming
R7383 T11206 T11205 prep of,reliability
R7384 T11207 T11208 det the,analysis
R7385 T11208 T11206 pobj analysis,of
R7386 T11209 T11208 compound correlation,analysis
R7387 T11210 T11205 cc and,reliability
R7388 T11211 T11212 det the,sensitivity
R7389 T11212 T11205 conj sensitivity,reliability
R7390 T11213 T11212 prep of,sensitivity
R7391 T11214 T11215 det the,assay
R7392 T11215 T11213 pobj assay,of
R7393 T11216 T11215 amod behavioral,assay
R7394 T11217 T11168 punct .,rescued
R7395 T11219 T11220 prep In,thought
R7396 T11221 T11219 amod general,In
R7397 T11222 T11220 punct ", ",thought
R7398 T11223 T11224 det the,hippocampus
R7399 T11224 T11220 nsubjpass hippocampus,thought
R7400 T11225 T11220 auxpass is,thought
R7401 T11226 T11227 aux to,involved
R7402 T11227 T11220 xcomp involved,thought
R7403 T11228 T11227 auxpass be,involved
R7404 T11229 T11227 prep in,involved
R7405 T11230 T11231 advmod only,tasks
R7406 T11231 T11229 pobj tasks,in
R7407 T11232 T11231 det those,tasks
R7408 T11233 T11234 amod olfactory,memory
R7409 T11234 T11231 compound memory,tasks
R7410 T11235 T11236 dep that,involve
R7411 T11236 T11231 relcl involve,tasks
R7412 T11237 T11238 amod temporal,sequence
R7413 T11238 T11239 compound sequence,analysis
R7414 T11239 T11236 dobj analysis,involve
R7415 T11240 T11236 cc or,involve
R7416 T11241 T11236 conj require,involve
R7417 T11242 T11243 amod other,features
R7418 T11243 T11241 dobj features,require
R7419 T11244 T11245 amod higher,cognitive
R7420 T11245 T11243 amod cognitive,features
R7421 T11246 T11247 punct [,2
R7422 T11247 T11220 parataxis 2,thought
R7423 T11248 T11247 punct ",",2
R7424 T11249 T11247 appos 13,2
R7425 T11250 T11247 punct ",",2
R7426 T11251 T11247 appos 72,2
R7427 T11252 T11253 punct –,74
R7428 T11253 T11251 prep 74,72
R7429 T11254 T11247 punct ],2
R7430 T11255 T11220 punct .,thought
R7431 T11257 T11258 prep In,interfere
R7432 T11259 T11257 amod particular,In
R7433 T11260 T11258 punct ", ",interfere
R7434 T11261 T11262 amod extensive,lesions
R7435 T11262 T11258 nsubj lesions,interfere
R7436 T11263 T11262 prep to,lesions
R7437 T11264 T11265 det the,formation
R7438 T11265 T11263 pobj formation,to
R7439 T11266 T11265 amod hippocampal,formation
R7440 T11267 T11262 prep in,lesions
R7441 T11268 T11267 pobj rats,in
R7442 T11269 T11258 aux do,interfere
R7443 T11270 T11258 neg not,interfere
R7444 T11271 T11258 prep with,interfere
R7445 T11272 T11273 amod long,term
R7446 T11273 T11275 nmod term,memory
R7447 T11274 T11273 punct -,term
R7448 T11275 T11271 pobj memory,with
R7449 T11276 T11275 amod olfactory,memory
R7450 T11277 T11258 prep in,interfere
R7451 T11278 T11279 nmod go,tasks
R7452 T11279 T11277 pobj tasks,in
R7453 T11280 T11278 punct /,go
R7454 T11281 T11282 det no,go
R7455 T11282 T11278 appos go,go
R7456 T11283 T11282 punct -,go
R7457 T11284 T11279 amod successive,tasks
R7458 T11285 T11286 amod olfactory,discrimination
R7459 T11286 T11279 compound discrimination,tasks
R7460 T11287 T11288 punct [,72
R7461 T11288 T11279 parataxis 72,tasks
R7462 T11289 T11288 punct ],72
R7463 T11290 T11279 punct ", ",tasks
R7464 T11291 T11292 amod such,as
R7465 T11292 T11279 prep as,tasks
R7466 T11293 T11294 det the,one
R7467 T11294 T11292 pobj one,as
R7468 T11295 T11294 acl described,one
R7469 T11296 T11258 punct .,interfere
R7470 T11298 T11299 nsubj This,leaves
R7471 T11300 T11301 amod piriform,cortex
R7472 T11301 T11299 dobj cortex,leaves
R7473 T11302 T11299 prep as,leaves
R7474 T11303 T11304 det the,candidate
R7475 T11304 T11302 pobj candidate,as
R7476 T11305 T11306 advmod most,prominent
R7477 T11306 T11304 amod prominent,candidate
R7478 T11307 T11304 prep for,candidate
R7479 T11308 T11309 det the,locus
R7480 T11309 T11307 pobj locus,for
R7481 T11310 T11309 prep of,locus
R7482 T11311 T11312 det the,deficit
R7483 T11312 T11310 pobj deficit,of
R7484 T11313 T11314 amod olfactory,memory
R7485 T11314 T11312 compound memory,deficit
R7486 T11315 T11312 acl described,deficit
R7487 T11316 T11299 punct ", ",leaves
R7488 T11317 T11299 advcl consistent,leaves
R7489 T11318 T11317 prep with,consistent
R7490 T11319 T11320 det the,view
R7491 T11320 T11318 pobj view,with
R7492 T11321 T11320 amod prevalent,view
R7493 T11322 T11320 prep of,view
R7494 T11323 T11324 amod piriform,cortex
R7495 T11324 T11322 pobj cortex,of
R7496 T11325 T11320 prep as,view
R7497 T11326 T11327 det an,structure
R7498 T11327 T11325 pobj structure,as
R7499 T11328 T11329 amod associational,memory
R7500 T11329 T11327 compound memory,structure
R7501 T11330 T11331 punct [,75
R7502 T11331 T11320 parataxis 75,view
R7503 T11332 T11331 punct ],75
R7504 T11333 T11320 cc and,view
R7505 T11334 T11335 npadvmod learning,associated
R7506 T11335 T11337 amod associated,changes
R7507 T11336 T11335 punct -,associated
R7508 T11337 T11320 conj changes,view
R7509 T11338 T11337 prep in,changes
R7510 T11339 T11340 amod piriform,cortex
R7511 T11340 T11338 pobj cortex,in
R7512 T11341 T11342 punct [,7
R7513 T11342 T11337 parataxis 7,changes
R7514 T11343 T11342 punct ",",7
R7515 T11344 T11342 appos 20,7
R7516 T11345 T11346 punct –,23
R7517 T11346 T11344 prep 23,20
R7518 T11347 T11342 punct ],7
R7519 T11348 T11299 punct .,leaves
R7530 T11632 T11633 amod Potential,Mechanisms
R7531 T11634 T11633 prep of,Mechanisms
R7532 T11635 T11636 amod Specific,Impairment
R7533 T11636 T11634 pobj Impairment,of
R7534 T11637 T11638 amod Olfactory,Memory
R7535 T11638 T11636 compound Memory,Impairment
R7536 T11640 T11641 dep What,be
R7537 T11642 T11641 aux could,be
R7538 T11643 T11644 det the,basis
R7539 T11644 T11641 attr basis,be
R7540 T11645 T11644 amod cellular,basis
R7541 T11646 T11644 prep of,basis
R7542 T11647 T11648 det the,deficit
R7543 T11648 T11646 pobj deficit,of
R7544 T11649 T11650 amod long,term
R7545 T11650 T11648 compound term,deficit
R7546 T11651 T11650 punct -,term
R7547 T11652 T11648 compound memory,deficit
R7548 T11653 T11648 acl brought,deficit
R7549 T11654 T11653 prt about,brought
R7550 T11655 T11653 agent by,brought
R7551 T11656 T11655 pobj lack,by
R7552 T11657 T11656 prep of,lack
R7553 T11658 T11659 compound GluR,B
R7554 T11659 T11661 npadvmod B,containing
R7555 T11660 T11659 punct -,B
R7556 T11661 T11663 amod containing,AMPARs
R7557 T11662 T11661 punct -,containing
R7558 T11663 T11657 pobj AMPARs,of
R7559 T11664 T11641 punct ?,be
R7560 T11666 T11667 prep For,reported
R7561 T11668 T11669 amod complete,knockouts
R7562 T11669 T11666 pobj knockouts,For
R7563 T11670 T11671 compound GluR,B
R7564 T11671 T11669 compound B,knockouts
R7565 T11672 T11671 punct -,B
R7566 T11673 T11667 punct ", ",reported
R7567 T11674 T11675 amod increased,plasticity
R7568 T11675 T11667 nsubjpass plasticity,reported
R7569 T11676 T11677 amod long,term
R7570 T11677 T11675 compound term,plasticity
R7571 T11678 T11677 punct -,term
R7572 T11679 T11675 punct (,plasticity
R7573 T11680 T11675 appos LTP,plasticity
R7574 T11681 T11667 punct ),reported
R7575 T11682 T11667 auxpass was,reported
R7576 T11683 T11667 prep in,reported
R7577 T11684 T11685 amod hippocampal,recordings
R7578 T11685 T11683 pobj recordings,in
R7579 T11686 T11685 compound field,recordings
R7580 T11687 T11688 punct [,51
R7581 T11688 T11667 parataxis 51,reported
R7582 T11689 T11688 punct ],51
R7583 T11690 T11667 punct .,reported
R7584 T11692 T11693 prep In,induced
R7585 T11694 T11692 pobj addition,In
R7586 T11695 T11693 punct ", ",induced
R7587 T11696 T11693 prep in,induced
R7588 T11697 T11698 amod hippocampal,pathways
R7589 T11698 T11696 pobj pathways,in
R7590 T11699 T11697 cc and,hippocampal
R7591 T11700 T11697 conj amygdala,hippocampal
R7592 T11701 T11698 acl lacking,pathways
R7593 T11702 T11703 compound GluR,B
R7594 T11703 T11701 dobj B,lacking
R7595 T11704 T11703 punct -,B
R7596 T11705 T11693 punct ", ",induced
R7597 T11706 T11707 det an,form
R7598 T11707 T11693 nsubjpass form,induced
R7599 T11708 T11709 npadvmod AMPAR,dependent
R7600 T11709 T11707 amod dependent,form
R7601 T11710 T11709 punct -,dependent
R7602 T11711 T11707 punct ", ",form
R7603 T11712 T11713 nmod N,aspartate
R7604 T11713 T11707 nmod aspartate,form
R7605 T11714 T11713 punct -,aspartate
R7606 T11715 T11713 nmod methyl,aspartate
R7607 T11716 T11713 punct -,aspartate
R7608 T11717 T11713 nmod D,aspartate
R7609 T11718 T11713 punct -,aspartate
R7610 T11719 T11713 punct (,aspartate
R7611 T11720 T11713 appos NMDA,aspartate
R7612 T11721 T11707 punct ),form
R7613 T11722 T11723 npadvmod receptor,independent
R7614 T11723 T11707 amod independent,form
R7615 T11724 T11723 punct -,independent
R7616 T11725 T11707 prep of,form
R7617 T11726 T11725 pobj LTP,of
R7618 T11727 T11693 aux can,induced
R7619 T11728 T11693 auxpass be,induced
R7620 T11729 T11693 advmod readily,induced
R7621 T11730 T11731 punct [,52
R7622 T11731 T11693 parataxis 52,induced
R7623 T11732 T11731 nummod 51,52
R7624 T11733 T11731 punct ",",52
R7625 T11734 T11731 punct ],52
R7626 T11735 T11693 punct .,induced
R7627 T11737 T11738 advmod Mechanistically,is
R7628 T11739 T11738 punct ", ",is
R7629 T11740 T11738 nsubj this,is
R7630 T11741 T11738 acomp likely,is
R7631 T11742 T11743 aux to,be
R7632 T11743 T11741 xcomp be,likely
R7633 T11744 T11743 prep due,be
R7634 T11745 T11744 pcomp to,due
R7635 T11746 T11747 nmod Ca2,influx
R7636 T11747 T11744 pobj influx,due
R7637 T11748 T11746 punct +,Ca2
R7638 T11749 T11747 prep through,influx
R7639 T11750 T11751 compound GluR,B
R7640 T11751 T11753 npadvmod B,less
R7641 T11752 T11751 punct -,B
R7642 T11753 T11755 amod less,channels
R7643 T11754 T11753 punct -,less
R7644 T11755 T11749 pobj channels,through
R7645 T11756 T11755 compound AMPA,channels
R7646 T11757 T11743 advcl leading,be
R7647 T11758 T11757 prep to,leading
R7648 T11759 T11760 amod non-hebbian,forms
R7649 T11760 T11758 pobj forms,to
R7650 T11761 T11760 prep of,forms
R7651 T11762 T11761 pobj plasticity,of
R7652 T11763 T11738 punct .,is
R7653 T11765 T11766 advmod However,is
R7654 T11766 T11777 ccomp is,result
R7655 T11767 T11766 punct ", ",is
R7656 T11768 T11769 amod hebbian,dependence
R7657 T11769 T11766 nsubj dependence,is
R7658 T11770 T11769 prep on,dependence
R7659 T11771 T11772 amod simultaneous,activity
R7660 T11772 T11770 pobj activity,on
R7661 T11773 T11774 advmod pre,postsynaptic
R7662 T11774 T11772 amod postsynaptic,activity
R7663 T11775 T11774 punct -,postsynaptic
R7664 T11776 T11774 cc and,postsynaptic
R7665 T11778 T11766 advmod often,is
R7666 T11779 T11780 det a,feature
R7667 T11780 T11766 attr feature,is
R7668 T11781 T11780 amod critical,feature
R7669 T11782 T11780 prep for,feature
R7670 T11783 T11784 compound memory,storage
R7671 T11784 T11782 pobj storage,for
R7672 T11785 T11786 punct (,reviewed
R7673 T11786 T11766 parataxis reviewed,is
R7674 T11787 T11786 prep in,reviewed
R7675 T11788 T11789 advmod e.g.,76
R7676 T11789 T11787 pobj 76,in
R7677 T11790 T11789 punct [,76
R7678 T11791 T11787 punct ],in
R7679 T11792 T11786 punct ),reviewed
R7680 T11793 T11777 punct ;,result
R7681 T11794 T11777 advmod hence,result
R7682 T11795 T11777 punct ", ",result
R7683 T11796 T11797 det a,form
R7684 T11797 T11777 nsubj form,result
R7685 T11798 T11797 amod non-hebbian,form
R7686 T11799 T11797 prep of,form
R7687 T11800 T11799 pobj plasticity,of
R7688 T11801 T11777 aux should,result
R7689 T11802 T11777 prep in,result
R7690 T11803 T11804 amod impaired,memorization
R7691 T11804 T11802 pobj memorization,in
R7692 T11805 T11777 punct .,result
R7693 T11807 T11808 advmod Surprisingly,observed
R7694 T11809 T11808 punct ", ",observed
R7695 T11810 T11808 prep in,observed
R7696 T11811 T11812 compound GluR,BΔFB
R7697 T11812 T11814 compound BΔFB,mice
R7698 T11813 T11812 punct -,BΔFB
R7699 T11814 T11810 pobj mice,in
R7700 T11815 T11816 det no,changes
R7701 T11816 T11808 nsubjpass changes,observed
R7702 T11817 T11816 compound LTP,changes
R7703 T11818 T11808 aux could,observed
R7704 T11819 T11808 auxpass be,observed
R7705 T11820 T11808 prep in,observed
R7706 T11821 T11822 compound field,measurements
R7707 T11822 T11820 pobj measurements,in
R7708 T11823 T11808 prep in,observed
R7709 T11824 T11825 det the,hippocampus
R7710 T11825 T11823 pobj hippocampus,in
R7711 T11826 T11808 punct ", ",observed
R7712 T11827 T11808 cc nor,observed
R7713 T11828 T11829 aux could,induced
R7714 T11829 T11808 conj induced,observed
R7715 T11830 T11831 npadvmod NMDA,independent
R7716 T11831 T11833 amod independent,LTP
R7717 T11832 T11831 punct -,independent
R7718 T11833 T11829 nsubjpass LTP,induced
R7719 T11834 T11829 auxpass be,induced
R7720 T11835 T11829 prep in,induced
R7721 T11836 T11837 amod hippocampal,synapses
R7722 T11837 T11835 pobj synapses,in
R7723 T11838 T11837 prep between,synapses
R7724 T11839 T11840 compound Schaffer,collaterals
R7725 T11840 T11838 pobj collaterals,between
R7726 T11841 T11840 cc and,collaterals
R7727 T11842 T11843 nmod CA1,cells
R7728 T11843 T11840 conj cells,collaterals
R7729 T11844 T11843 amod pyramidal,cells
R7730 T11845 T11829 prep in,induced
R7731 T11846 T11845 pobj presence,in
R7732 T11847 T11846 prep of,presence
R7733 T11848 T11849 det the,antagonist
R7734 T11849 T11847 pobj antagonist,of
R7735 T11850 T11849 compound NMDA,antagonist
R7736 T11851 T11849 appos APV,antagonist
R7737 T11852 T11853 punct (,K.
R7738 T11853 T11829 meta K.,induced
R7739 T11854 T11853 nmod Jensen,K.
R7740 T11855 T11853 punct ", ",K.
R7741 T11856 T11853 nmod O.,K.
R7742 T11857 T11853 nmod Hvalby,K.
R7743 T11858 T11853 punct ", ",K.
R7744 T11859 T11853 amod personal,K.
R7745 T11860 T11853 nmod communication,K.
R7746 T11861 T11853 punct ),K.
R7747 T11862 T11829 punct .,induced
R7748 T11864 T11865 advmod However,performed
R7749 T11865 T11896 ccomp performed,regulated
R7750 T11866 T11865 punct ", ",performed
R7751 T11867 T11865 prep in,performed
R7752 T11868 T11869 amod other,areas
R7753 T11869 T11867 pobj areas,in
R7754 T11870 T11869 compound brain,areas
R7755 T11871 T11872 dep that,are
R7756 T11872 T11869 relcl are,areas
R7757 T11873 T11874 advmod potentially,important
R7758 T11874 T11872 acomp important,are
R7759 T11875 T11874 prep for,important
R7760 T11876 T11877 det the,processing
R7761 T11877 T11875 pobj processing,for
R7762 T11878 T11877 prep of,processing
R7763 T11879 T11880 amod olfactory,information
R7764 T11880 T11878 pobj information,of
R7765 T11881 T11869 punct ", ",areas
R7766 T11882 T11883 amod such,as
R7767 T11883 T11869 prep as,areas
R7768 T11884 T11885 amod piriform,cortex
R7769 T11885 T11883 pobj cortex,as
R7770 T11886 T11885 cc or,cortex
R7771 T11887 T11888 amod olfactory,bulb
R7772 T11888 T11885 conj bulb,cortex
R7773 T11889 T11865 punct ", ",performed
R7774 T11890 T11891 compound LTP,measurements
R7775 T11891 T11865 nsubjpass measurements,performed
R7776 T11892 T11865 aux have,performed
R7777 T11893 T11865 neg not,performed
R7778 T11894 T11865 advmod yet,performed
R7779 T11895 T11865 auxpass been,performed
R7780 T11897 T11896 punct ;,regulated
R7781 T11898 T11896 nsubjpass synapses,regulated
R7782 T11899 T11898 prep of,synapses
R7783 T11900 T11901 det these,pathways
R7784 T11901 T11899 pobj pathways,of
R7785 T11902 T11896 aux may,regulated
R7786 T11903 T11896 auxpass be,regulated
R7787 T11904 T11896 advmod differently,regulated
R7788 T11905 T11904 prep than,differently
R7789 T11906 T11907 amod hippocampal,synapses
R7790 T11907 T11905 pobj synapses,than
R7791 T11908 T11909 compound CA3,CA1
R7792 T11909 T11907 compound CA1,synapses
R7793 T11910 T11909 punct /,CA1
R7794 T11911 T11896 punct .,regulated
R7795 T11913 T11914 advmod Additionally,disturbed
R7796 T11915 T11914 punct ", ",disturbed
R7797 T11916 T11914 prep by,disturbed
R7798 T11917 T11916 pcomp changing,by
R7799 T11918 T11919 det the,permeability
R7800 T11919 T11917 dobj permeability,changing
R7801 T11920 T11919 nmod Ca2,permeability
R7802 T11921 T11920 punct +,Ca2
R7803 T11922 T11919 prep of,permeability
R7804 T11923 T11922 pobj AMPARs,of
R7805 T11924 T11914 punct ", ",disturbed
R7806 T11925 T11926 nmod Ca2,signaling
R7807 T11926 T11914 nsubjpass signaling,disturbed
R7808 T11927 T11925 punct +,Ca2
R7809 T11928 T11926 prep via,signaling
R7810 T11929 T11930 nmod AMPA,channels
R7811 T11930 T11928 pobj channels,via
R7812 T11931 T11929 cc and,AMPA
R7813 T11932 T11933 amod colocalized,NMDA
R7814 T11933 T11929 conj NMDA,AMPA
R7815 T11934 T11914 aux might,disturbed
R7816 T11935 T11914 auxpass be,disturbed
R7817 T11936 T11914 punct ", ",disturbed
R7818 T11937 T11938 advmod thereby,impairing
R7819 T11938 T11914 advcl impairing,disturbed
R7820 T11939 T11940 compound memory,formation
R7821 T11940 T11938 dobj formation,impairing
R7822 T11941 T11914 punct .,disturbed
R7823 T11943 T11944 amod Other,forms
R7824 T11944 T11945 nsubj forms,play
R7825 T11946 T11944 prep of,forms
R7826 T11947 T11946 pobj plasticity,of
R7827 T11948 T11949 punct [,78
R7828 T11949 T11947 parataxis 78,plasticity
R7829 T11950 T11949 nummod 77,78
R7830 T11951 T11949 punct ",",78
R7831 T11952 T11949 punct ],78
R7832 T11953 T11944 acl induced,forms
R7833 T11954 T11953 agent by,induced
R7834 T11955 T11956 npadvmod Ca2,permeable
R7835 T11956 T11959 amod permeable,AMPARs
R7836 T11957 T11955 punct +,Ca2
R7837 T11958 T11956 punct -,permeable
R7838 T11959 T11954 pobj AMPARs,by
R7839 T11960 T11945 aux might,play
R7840 T11961 T11962 det a,role
R7841 T11962 T11945 dobj role,play
R7842 T11963 T11962 amod prevalent,role
R7843 T11964 T11945 prep in,play
R7844 T11965 T11966 amod olfactory,memory
R7845 T11966 T11964 pobj memory,in
R7846 T11967 T11945 punct .,play
R7847 T11969 T11970 advmod Alternatively,involve
R7848 T11971 T11970 punct ", ",involve
R7849 T11972 T11973 amod long,term
R7850 T11973 T11975 compound term,stabilization
R7851 T11974 T11973 punct -,term
R7852 T11975 T11970 nsubj stabilization,involve
R7853 T11976 T11970 aux might,involve
R7854 T11977 T11978 compound GluR,B
R7855 T11978 T11980 compound B,phosphorylation
R7856 T11979 T11978 punct -,B
R7857 T11980 T11970 dobj phosphorylation,involve
R7858 T11981 T11970 advcl similar,involve
R7859 T11982 T11981 prep to,similar
R7860 T11983 T11984 amod cerebellar,depression
R7861 T11984 T11982 pobj depression,to
R7862 T11985 T11986 amod long,term
R7863 T11986 T11984 compound term,depression
R7864 T11987 T11986 punct -,term
R7865 T11988 T11989 punct [,79
R7866 T11989 T11970 parataxis 79,involve
R7867 T11990 T11989 punct ],79
R7868 T11991 T11970 cc and,involve
R7869 T11992 T11993 advmod thus,impaired
R7870 T11993 T11970 conj impaired,involve
R7871 T11994 T11993 auxpass be,impaired
R7872 T11995 T11993 advmod selectively,impaired
R7873 T11996 T11993 agent by,impaired
R7874 T11997 T11998 compound GluR,B
R7875 T11998 T12000 compound B,depletion
R7876 T11999 T11998 punct -,B
R7877 T12000 T11996 pobj depletion,by
R7878 T12001 T11970 punct .,involve
R7879 T12003 T12004 amod Physiological,experiments
R7880 T12004 T12005 nsubj experiments,make
R7881 T12006 T12007 aux to,assess
R7882 T12007 T12004 advcl assess,experiments
R7883 T12008 T12009 det these,hypotheses
R7884 T12009 T12007 dobj hypotheses,assess
R7885 T12010 T12005 aux will,make
R7886 T12011 T12005 advmod ideally,make
R7887 T12012 T12005 dobj use,make
R7888 T12013 T12005 prep of,make
R7889 T12014 T12015 advmod even,more
R7890 T12015 T12016 advmod more,restricted
R7891 T12016 T12017 amod restricted,modifications
R7892 T12017 T12013 pobj modifications,of
R7893 T12018 T12017 amod genetic,modifications
R7894 T12019 T12017 prep with,modifications
R7895 T12020 T12021 advmod completely,undisturbed
R7896 T12021 T12022 amod undisturbed,structures
R7897 T12022 T12019 pobj structures,with
R7898 T12023 T12022 compound input,structures
R7899 T12024 T12005 punct .,make
R7900 T12026 T12027 nummod One,possibility
R7901 T12027 T12028 nsubj possibility,be
R7902 T12029 T12028 aux would,be
R7903 T12030 T12031 npadvmod Cre,mediated
R7904 T12031 T12033 amod mediated,depletion
R7905 T12032 T12031 punct -,mediated
R7906 T12033 T12028 attr depletion,be
R7907 T12034 T12035 compound GluR,B
R7908 T12035 T12033 compound B,depletion
R7909 T12036 T12035 punct -,B
R7910 T12037 T12033 cc and,depletion
R7911 T12038 T12039 nmod GluR,B
R7912 T12039 T12041 nmod B,expression
R7913 T12040 T12039 punct -,B
R7914 T12041 T12033 conj expression,depletion
R7915 T12042 T12043 punct (,Q
R7916 T12043 T12041 parataxis Q,expression
R7917 T12044 T12043 punct ),Q
R7918 T12045 T12033 prep in,depletion
R7919 T12046 T12047 amod piriform,cortex
R7920 T12047 T12045 pobj cortex,in
R7921 T12048 T12049 mark as,suggested
R7922 T12049 T12028 advcl suggested,be
R7923 T12050 T12049 advmod above,suggested
R7924 T12051 T12028 punct .,be
R7931 T12236 T12237 amod Quantitative,Behavior
R7932 T12237 T12235 dobj Behavior,Correlating
R7933 T12238 T12237 cc and,Behavior
R7934 T12239 T12240 compound Mosaic,Expression
R7935 T12240 T12237 conj Expression,Behavior
R7936 T12241 T12240 compound Gene,Expression
R7937 T12242 T12235 prep for,Correlating
R7938 T12243 T12242 pcomp Dissecting,for
R7939 T12244 T12243 dobj Phenotypes,Dissecting
R7940 T12246 T12247 det A,step
R7941 T12247 T12249 nsubj step,was
R7942 T12248 T12247 amod critical,step
R7943 T12250 T12247 prep in,step
R7944 T12251 T12250 pcomp discerning,in
R7945 T12252 T12253 det the,discrimination
R7946 T12253 T12251 dobj discrimination,discerning
R7947 T12254 T12251 cc and,discerning
R7948 T12255 T12251 conj learning,discerning
R7949 T12256 T12255 dobj phenotypes,learning
R7950 T12257 T12255 prep from,learning
R7951 T12258 T12259 det the,phenotype
R7952 T12259 T12257 pobj phenotype,from
R7953 T12260 T12259 compound memory,phenotype
R7954 T12261 T12262 det the,observation
R7955 T12262 T12249 attr observation,was
R7956 T12263 T12262 prep of,observation
R7957 T12264 T12265 amod increased,variability
R7958 T12265 T12263 pobj variability,of
R7959 T12266 T12265 prep in,variability
R7960 T12267 T12268 det the,memory
R7961 T12268 T12266 pobj memory,in
R7962 T12269 T12268 prep of,memory
R7963 T12270 T12271 det the,animals
R7964 T12271 T12269 pobj animals,of
R7965 T12272 T12273 compound GluR,B
R7966 T12273 T12271 compound B,animals
R7967 T12274 T12273 punct -,B
R7968 T12275 T12271 compound knockout,animals
R7969 T12276 T12262 cc and,observation
R7970 T12277 T12262 punct ", ",observation
R7971 T12278 T12279 advmod subsequently,analyses
R7972 T12279 T12262 conj analyses,observation
R7973 T12280 T12279 punct ", ",analyses
R7974 T12281 T12279 det the,analyses
R7975 T12282 T12279 amod individual,analyses
R7976 T12283 T12279 prep of,analyses
R7977 T12284 T12285 compound protein,levels
R7978 T12285 T12283 pobj levels,of
R7979 T12286 T12285 compound expression,levels
R7980 T12287 T12249 punct .,was
R7981 T12289 T12290 nsubj We,made
R7982 T12291 T12290 dobj use,made
R7983 T12292 T12290 prep of,made
R7984 T12293 T12294 det the,variability
R7985 T12294 T12292 pobj variability,of
R7986 T12295 T12294 amod epigenetic,variability
R7987 T12296 T12294 prep in,variability
R7988 T12297 T12298 compound GluR,B
R7989 T12298 T12300 compound B,excision
R7990 T12299 T12298 punct -,B
R7991 T12300 T12296 pobj excision,in
R7992 T12301 T12302 dep that,correlated
R7993 T12302 T12294 relcl correlated,variability
R7994 T12303 T12302 aux could,correlated
R7995 T12304 T12302 auxpass be,correlated
R7996 T12305 T12302 prep to,correlated
R7997 T12306 T12307 det the,variability
R7998 T12307 T12305 pobj variability,to
R7999 T12308 T12307 prep in,variability
R8000 T12309 T12308 pobj memory,in
R8001 T12310 T12302 cc but,correlated
R8002 T12311 T12302 conj showed,correlated
R8003 T12312 T12313 det no,correlation
R8004 T12313 T12311 dobj correlation,showed
R8005 T12314 T12313 prep to,correlation
R8006 T12315 T12314 pobj variability,to
R8007 T12316 T12315 prep in,variability
R8008 T12317 T12316 pobj discrimination,in
R8009 T12318 T12290 punct .,made
R8010 T12320 T12321 det The,analysis
R8011 T12321 T12322 nsubj analysis,attempts
R8012 T12323 T12321 prep of,analysis
R8013 T12324 T12325 amod quantitative,trait
R8014 T12325 T12326 compound trait,loci
R8015 T12326 T12323 pobj loci,of
R8016 T12327 T12328 punct (,see
R8017 T12328 T12326 parataxis see,loci
R8018 T12329 T12328 prep for,see
R8019 T12330 T12329 pobj review,for
R8020 T12331 T12328 punct ", ",see
R8021 T12332 T12328 punct [,see
R8022 T12333 T12328 dobj 80,see
R8023 T12334 T12328 punct ],see
R8024 T12335 T12328 punct ),see
R8025 T12336 T12326 punct ", ",loci
R8026 T12337 T12326 cc or,loci
R8027 T12338 T12339 advmod classically,correlating
R8028 T12339 T12340 amod correlating,phenotypes
R8029 T12340 T12326 conj phenotypes,loci
R8030 T12341 T12340 amod different,phenotypes
R8031 T12342 T12340 amod behavioral,phenotypes
R8032 T12343 T12321 prep within,analysis
R8033 T12344 T12345 det a,population
R8034 T12345 T12343 pobj population,within
R8035 T12346 T12345 advmod truly,population
R8036 T12347 T12348 amod wild,type
R8037 T12348 T12345 compound type,population
R8038 T12349 T12348 punct -,type
R8039 T12350 T12351 punct [,81
R8040 T12351 T12321 parataxis 81,analysis
R8041 T12352 T12353 punct –,84
R8042 T12353 T12351 prep 84,81
R8043 T12354 T12351 punct ],81
R8044 T12355 T12322 punct ", ",attempts
R8045 T12356 T12322 advmod also,attempts
R8046 T12357 T12358 aux to,find
R8047 T12358 T12322 xcomp find,attempts
R8048 T12359 T12360 amod common,origins
R8049 T12360 T12358 dobj origins,find
R8050 T12361 T12359 cc or,common
R8051 T12362 T12359 conj distinct,common
R8052 T12363 T12360 amod genetic,origins
R8053 T12364 T12360 prep of,origins
R8054 T12365 T12366 amod different,traits
R8055 T12366 T12364 pobj traits,of
R8056 T12367 T12366 amod behavioral,traits
R8057 T12368 T12322 punct .,attempts
R8058 T12370 T12371 det These,attempts
R8059 T12371 T12372 nsubj attempts,contribute
R8060 T12373 T12372 advmod undoubtedly,contribute
R8061 T12374 T12372 advmod significantly,contribute
R8062 T12375 T12372 prep to,contribute
R8063 T12376 T12375 pcomp unraveling,to
R8064 T12377 T12378 det the,basis
R8065 T12378 T12376 dobj basis,unraveling
R8066 T12379 T12378 amod molecular,basis
R8067 T12380 T12378 prep of,basis
R8068 T12381 T12380 pobj behavior,of
R8069 T12382 T12372 punct .,contribute
R8070 T12384 T12385 prep Due,suffer
R8071 T12386 T12384 pcomp to,Due
R8072 T12387 T12388 amod subtle,differences
R8073 T12388 T12384 pobj differences,Due
R8074 T12389 T12387 cc and,subtle
R8075 T12390 T12387 conj multigenic,subtle
R8076 T12391 T12388 prep between,differences
R8077 T12392 T12393 amod different,strains
R8078 T12393 T12391 pobj strains,between
R8079 T12394 T12393 prep of,strains
R8080 T12395 T12394 pobj rodents,of
R8081 T12396 T12393 cc or,strains
R8082 T12397 T12398 amod different,individuals
R8083 T12398 T12393 conj individuals,strains
R8084 T12399 T12388 prep in,differences
R8085 T12400 T12401 det a,population
R8086 T12401 T12399 pobj population,in
R8087 T12402 T12403 amod wild,type
R8088 T12403 T12401 compound type,population
R8089 T12404 T12403 punct -,type
R8090 T12405 T12385 punct ", ",suffer
R8091 T12406 T12385 advmod however,suffer
R8092 T12407 T12385 punct ", ",suffer
R8093 T12408 T12385 nsubj they,suffer
R8094 T12409 T12385 prep from,suffer
R8095 T12410 T12411 det a,ratio
R8096 T12411 T12409 pobj ratio,from
R8097 T12412 T12413 advmod rather,low
R8098 T12413 T12411 amod low,ratio
R8099 T12414 T12411 punct “,ratio
R8100 T12415 T12411 nmod signal,ratio
R8101 T12416 T12415 punct -,signal
R8102 T12417 T12415 prep to,signal
R8103 T12418 T12417 punct -,to
R8104 T12419 T12417 pobj noise,to
R8105 T12420 T12411 punct ”,ratio
R8106 T12421 T12385 punct .,suffer
R8107 T12423 T12424 nsubj Differences,are
R8108 T12425 T12423 prep in,Differences
R8109 T12426 T12427 amod individual,genes
R8110 T12427 T12425 pobj genes,in
R8111 T12428 T12429 advmod rather,small
R8112 T12429 T12424 acomp small,are
R8113 T12430 T12424 prep compared,are
R8114 T12431 T12430 prep with,compared
R8115 T12432 T12433 det the,number
R8116 T12433 T12431 pobj number,with
R8117 T12434 T12433 amod vast,number
R8118 T12435 T12433 prep of,number
R8119 T12436 T12435 pobj genes,of
R8120 T12437 T12436 acl involved,genes
R8121 T12438 T12424 punct .,are
R8122 T12440 T12441 prep As,remains
R8123 T12442 T12443 det a,result
R8124 T12443 T12440 pobj result,As
R8125 T12444 T12441 punct ", ",remains
R8126 T12445 T12446 advmod purely,correlating
R8127 T12446 T12447 amod correlating,traits
R8128 T12447 T12441 nsubj traits,remains
R8129 T12448 T12447 amod behavioral,traits
R8130 T12449 T12447 prep within,traits
R8131 T12450 T12451 det a,population
R8132 T12451 T12449 pobj population,within
R8133 T12452 T12453 amod wild,type
R8134 T12453 T12451 compound type,population
R8135 T12454 T12453 punct -,type
R8136 T12455 T12441 advmod usually,remains
R8137 T12456 T12457 advmod rather,descriptive
R8138 T12457 T12441 oprd descriptive,remains
R8139 T12458 T12441 punct ", ",remains
R8140 T12459 T12460 mark whereas,is
R8141 T12460 T12441 advcl is,remains
R8142 T12461 T12462 amod quantitative,trait
R8143 T12462 T12463 compound trait,loci
R8144 T12463 T12464 compound loci,analysis
R8145 T12464 T12460 nsubj analysis,is
R8146 T12465 T12460 acomp capable,is
R8147 T12466 T12465 prep of,capable
R8148 T12467 T12466 pcomp revealing,of
R8149 T12468 T12469 amod multigenic,basis
R8150 T12469 T12467 dobj basis,revealing
R8151 T12470 T12469 prep of,basis
R8152 T12471 T12472 amod behavioral,traits
R8153 T12472 T12470 pobj traits,of
R8154 T12473 T12460 cc but,is
R8155 T12474 T12475 advmod usually,lacks
R8156 T12475 T12460 conj lacks,is
R8157 T12476 T12477 det the,power
R8158 T12477 T12475 dobj power,lacks
R8159 T12478 T12479 aux to,identify
R8160 T12479 T12477 acl identify,power
R8161 T12480 T12481 det the,genes
R8162 T12481 T12479 dobj genes,identify
R8163 T12482 T12481 amod individual,genes
R8164 T12483 T12481 appos themselves,genes
R8165 T12484 T12441 punct .,remains
R8166 T12486 T12487 advmod Herein,described
R8167 T12487 T12490 ccomp described,provide
R8168 T12488 T12487 punct ", ",described
R8169 T12489 T12487 nsubj we,described
R8170 T12491 T12492 det a,way
R8171 T12492 T12487 dobj way,described
R8172 T12493 T12494 aux to,enhance
R8173 T12494 T12492 advcl enhance,way
R8174 T12495 T12496 det the,ratio
R8175 T12496 T12494 dobj ratio,enhance
R8176 T12497 T12496 nmod signal,ratio
R8177 T12498 T12497 punct -,signal
R8178 T12499 T12497 prep to,signal
R8179 T12500 T12499 punct -,to
R8180 T12501 T12499 pobj noise,to
R8181 T12502 T12494 prep by,enhance
R8182 T12503 T12502 pcomp making,by
R8183 T12504 T12503 dobj use,making
R8184 T12505 T12503 prep of,making
R8185 T12506 T12507 det the,expression
R8186 T12507 T12505 pobj expression,of
R8187 T12508 T12507 compound mosaic,expression
R8188 T12509 T12510 advmod often,associated
R8189 T12510 T12507 acl associated,expression
R8190 T12511 T12510 prep with,associated
R8191 T12512 T12513 amod transgenic,approaches
R8192 T12513 T12511 pobj approaches,with
R8193 T12514 T12490 punct : ,provide
R8194 T12515 T12490 csubj combining,provide
R8195 T12516 T12517 det the,advantages
R8196 T12517 T12515 dobj advantages,combining
R8197 T12518 T12517 prep of,advantages
R8198 T12519 T12520 punct “,manipulation
R8199 T12520 T12518 pobj manipulation,of
R8200 T12521 T12520 amod classical,manipulation
R8201 T12522 T12520 punct ”,manipulation
R8202 T12523 T12520 amod genetic,manipulation
R8203 T12524 T12520 punct —,manipulation
R8204 T12525 T12526 advmod namely,is
R8205 T12526 T12517 acl is,advantages
R8206 T12527 T12526 punct ", ",is
R8207 T12528 T12526 mark that,is
R8208 T12529 T12530 det the,target
R8209 T12530 T12526 nsubj target,is
R8210 T12531 T12530 prep of,target
R8211 T12532 T12533 det the,manipulation
R8212 T12533 T12531 pobj manipulation,of
R8213 T12534 T12535 advmod well,defined
R8214 T12535 T12526 acomp defined,is
R8215 T12536 T12515 punct —,combining
R8216 T12537 T12515 prep with,combining
R8217 T12538 T12539 det the,possibility
R8218 T12539 T12537 pobj possibility,with
R8219 T12540 T12541 aux to,analyze
R8220 T12541 T12539 acl analyze,possibility
R8221 T12542 T12541 dobj variability,analyze
R8222 T12543 T12490 punct ", ",provide
R8223 T12544 T12490 aux might,provide
R8224 T12545 T12490 advmod also,provide
R8225 T12546 T12490 prep in,provide
R8226 T12547 T12546 pobj future,in
R8227 T12548 T12549 amod novel,ways
R8228 T12549 T12490 dobj ways,provide
R8229 T12550 T12551 aux to,define
R8230 T12551 T12549 advcl define,ways
R8231 T12552 T12553 amod molecular,correlates
R8232 T12553 T12551 dobj correlates,define
R8233 T12554 T12552 cc and,molecular
R8234 T12555 T12552 conj cellular,molecular
R8235 T12556 T12553 prep of,correlates
R8236 T12557 T12558 amod complex,traits
R8237 T12558 T12556 pobj traits,of
R8238 T12559 T12558 amod behavioral,traits
R8239 T12560 T12490 punct .,provide
R8240 T12562 T12563 prep In,combined
R8241 T12564 T12565 det this,study
R8242 T12565 T12562 pobj study,In
R8243 T12566 T12563 punct ", ",combined
R8244 T12567 T12563 nsubj we,combined
R8245 T12568 T12569 advmod genetically,induced
R8246 T12569 T12570 amod induced,manipulation
R8247 T12570 T12563 dobj manipulation,combined
R8248 T12571 T12570 prep of,manipulation
R8249 T12572 T12573 det the,composition
R8250 T12573 T12571 pobj composition,of
R8251 T12574 T12573 compound AMPAR,composition
R8252 T12575 T12563 prep with,combined
R8253 T12576 T12577 amod quantitative,analyses
R8254 T12577 T12575 pobj analyses,with
R8255 T12578 T12577 amod behavioral,analyses
R8256 T12579 T12578 cc and,behavioral
R8257 T12580 T12578 conj molecular,behavioral
R8258 T12581 T12563 punct .,combined
R8259 T12583 T12584 nsubj We,provide
R8260 T12585 T12584 aux could,provide
R8261 T12586 T12584 advmod thus,provide
R8262 T12587 T12584 dobj evidence,provide
R8263 T12588 T12587 prep for,evidence
R8264 T12589 T12590 amod opposing,roles
R8265 T12590 T12588 pobj roles,for
R8266 T12591 T12590 prep of,roles
R8267 T12592 T12593 amod specific,manipulation
R8268 T12593 T12591 pobj manipulation,of
R8269 T12594 T12595 compound GluR,B
R8270 T12595 T12593 compound B,manipulation
R8271 T12596 T12595 punct -,B
R8272 T12597 T12593 cc and,manipulation
R8273 T12598 T12599 amod increased,influx
R8274 T12599 T12593 conj influx,manipulation
R8275 T12600 T12599 nmod Ca2,influx
R8276 T12601 T12600 punct +,Ca2
R8277 T12602 T12599 prep via,influx
R8278 T12603 T12602 pobj AMPARs,via
R8279 T12604 T12590 prep in,roles
R8280 T12605 T12606 amod olfactory,learning
R8281 T12606 T12604 pobj learning,in
R8282 T12607 T12606 compound discrimination,learning
R8283 T12608 T12606 punct /,learning
R8284 T12609 T12606 punct ", ",learning
R8285 T12610 T12606 cc and,learning
R8286 T12611 T12606 conj memory,learning
R8287 T12612 T12606 punct ", ",learning
R8288 T12613 T12614 advmod potentially,in
R8289 T12614 T12606 prep in,learning
R8290 T12615 T12616 det the,bulb
R8291 T12616 T12614 pobj bulb,in
R8292 T12617 T12616 amod olfactory,bulb
R8293 T12618 T12616 cc and,bulb
R8294 T12619 T12620 amod piriform,cortex
R8295 T12620 T12616 conj cortex,bulb
R8296 T12621 T12616 punct ", ",bulb
R8297 T12622 T12616 advmod respectively,bulb
R8298 T12623 T12584 punct .,provide
R8299 T12625 T12626 aux To,achieve
R8300 T12626 T12627 advcl achieve,made
R8301 T12627 T12631 ccomp made,confirmed
R8302 T12628 T12626 dobj this,achieve
R8303 T12629 T12627 punct ", ",made
R8304 T12630 T12627 nsubj we,made
R8305 T12632 T12627 dobj use,made
R8306 T12633 T12627 prep of,made
R8307 T12634 T12635 det the,variability
R8308 T12635 T12633 pobj variability,of
R8309 T12636 T12635 amod epigenetic,variability
R8310 T12637 T12635 prep in,variability
R8311 T12638 T12639 det the,extent
R8312 T12639 T12637 pobj extent,in
R8313 T12640 T12639 prep of,extent
R8314 T12641 T12642 compound GluR,B
R8315 T12642 T12644 compound B,ablation
R8316 T12643 T12642 punct -,B
R8317 T12644 T12640 pobj ablation,of
R8318 T12645 T12639 punct ", ",extent
R8319 T12646 T12647 dep which,correlated
R8320 T12647 T12639 relcl correlated,extent
R8321 T12648 T12647 prep with,correlated
R8322 T12649 T12650 det the,variability
R8323 T12650 T12648 pobj variability,with
R8324 T12651 T12650 prep in,variability
R8325 T12652 T12653 compound odor,memory
R8326 T12653 T12651 pobj memory,in
R8327 T12654 T12651 punct ", ",in
R8328 T12655 T12651 cc but,in
R8329 T12656 T12655 neg not,but
R8330 T12657 T12651 conj in,in
R8331 T12658 T12657 pobj discrimination,in
R8332 T12659 T12658 cc and,discrimination
R8333 T12660 T12658 conj learning,discrimination
R8334 T12661 T12631 punct ;,confirmed
R8335 T12662 T12663 det this,finding
R8336 T12663 T12631 nsubjpass finding,confirmed
R8337 T12664 T12631 auxpass was,confirmed
R8338 T12665 T12631 advmod subsequently,confirmed
R8339 T12666 T12631 prep in,confirmed
R8340 T12667 T12668 compound GluR,B
R8341 T12668 T12670 compound B,mice
R8342 T12669 T12668 punct -,B
R8343 T12670 T12666 pobj mice,in
R8344 T12671 T12670 compound rescue,mice
R8345 T12672 T12670 prep with,mice
R8346 T12673 T12674 amod piriform,cortex
R8347 T12674 T12675 npadvmod cortex,specific
R8348 T12675 T12677 amod specific,expression
R8349 T12676 T12675 punct -,specific
R8350 T12677 T12672 pobj expression,with
R8351 T12678 T12677 amod transgenic,expression
R8352 T12679 T12677 prep of,expression
R8353 T12680 T12681 compound GluR,B
R8354 T12681 T12679 pobj B,of
R8355 T12682 T12681 punct -,B
R8356 T12683 T12631 punct .,confirmed
R8357 T12685 T12686 csubj Extending,pinpoint
R8358 T12687 T12688 det these,principles
R8359 T12688 T12685 dobj principles,Extending
R8360 T12689 T12688 prep of,principles
R8361 T12690 T12689 pcomp combining,of
R8362 T12691 T12692 amod quantitative,analyses
R8363 T12692 T12690 dobj analyses,combining
R8364 T12693 T12692 amod behavioral,analyses
R8365 T12694 T12690 prep with,combining
R8366 T12695 T12696 amod minimal,interference
R8367 T12696 T12694 pobj interference,with
R8368 T12697 T12695 cc and,minimal
R8369 T12698 T12695 conj dosed,minimal
R8370 T12699 T12696 amod genetic,interference
R8371 T12700 T12696 punct ", ",interference
R8372 T12701 T12696 advmod together,interference
R8373 T12702 T12701 prep with,together
R8374 T12703 T12704 amod further,analyses
R8375 T12704 T12702 pobj analyses,with
R8376 T12705 T12704 amod physiological,analyses
R8377 T12706 T12686 punct ", ",pinpoint
R8378 T12707 T12686 aux will,pinpoint
R8379 T12708 T12686 advmod ultimately,pinpoint
R8380 T12709 T12710 det the,circuitries
R8381 T12710 T12686 dobj circuitries,pinpoint
R8382 T12711 T12710 amod neural,circuitries
R8383 T12712 T12710 acl underlying,circuitries
R8384 T12713 T12714 amod related,traits
R8385 T12714 T12712 dobj traits,underlying
R8386 T12715 T12713 punct ", ",related
R8387 T12716 T12713 cc but,related
R8388 T12717 T12713 conj distinct,related
R8389 T12718 T12714 punct ", ",traits
R8390 T12719 T12714 amod behavioral,traits
R8391 T12720 T12712 prep in,underlying
R8392 T12721 T12722 amod olfactory,systems
R8393 T12722 T12720 pobj systems,in
R8394 T12723 T12721 cc and,olfactory
R8395 T12724 T12721 conj other,olfactory
R8396 T12725 T12686 punct .,pinpoint
R8399 T12911 T12912 compound Mouse,lines
R8400 T12914 T12915 det The,line
R8401 T12915 T12917 nsubjpass line,employed
R8402 T12916 T12915 compound R26R,line
R8403 T12918 T12919 punct [,85
R8404 T12919 T12915 parataxis 85,line
R8405 T12920 T12919 punct ],85
R8406 T12921 T12917 auxpass was,employed
R8407 T12922 T12917 prep as,employed
R8408 T12923 T12924 compound Cre,indicator
R8409 T12924 T12922 pobj indicator,as
R8410 T12925 T12917 punct .,employed
R8411 T12927 T12928 nmod GluR,B ΔECS
R8412 T12928 T12930 nmod B ΔECS,mice
R8413 T12929 T12928 punct -,B ΔECS
R8414 T12930 T12933 nsubj mice,were
R8415 T12931 T12928 punct :,B ΔECS
R8416 T12932 T12928 appos FB,B ΔECS
R8417 T12934 T12933 prep of,were
R8418 T12935 T12936 amod mixed,background
R8419 T12936 T12934 pobj background,of
R8420 T12937 T12936 nmod C57,background
R8421 T12938 T12936 nmod Bl,background
R8422 T12939 T12938 punct /,Bl
R8423 T12940 T12938 nummod 6,Bl
R8424 T12941 T12938 cc and,Bl
R8425 T12942 T12938 conj NMRI,Bl
R8426 T12943 T12936 amod genetic,background
R8427 T12944 T12934 cc and,of
R8428 T12945 T12934 conj generated,of
R8429 T12946 T12945 prep from,generated
R8430 T12947 T12948 nmod TgCre4,Camkcre4
R8431 T12948 T12946 pobj Camkcre4,from
R8432 T12949 T12948 punct (,Camkcre4
R8433 T12950 T12948 punct “,Camkcre4
R8434 T12951 T12945 punct ”,generated
R8435 T12952 T12945 prep in,generated
R8436 T12953 T12952 punct [,in
R8437 T12954 T12952 pobj 59,in
R8438 T12955 T12954 punct ],59
R8439 T12956 T12954 punct ),59
R8440 T12957 T12954 cc and,59
R8441 T12958 T12959 nmod GluR,B
R8442 T12959 T12961 nmod B,mice
R8443 T12960 T12959 punct -,B
R8444 T12961 T12954 conj mice,59
R8445 T12962 T12959 punct +,B
R8446 T12963 T12959 punct /,B
R8447 T12964 T12959 appos neo,B
R8448 T12965 T12966 punct [,60
R8449 T12966 T12961 parataxis 60,mice
R8450 T12967 T12966 punct ],60
R8451 T12968 T12933 punct .,were
R8452 T12970 T12971 nmod GluR,B
R8453 T12971 T12973 nmod B,mice
R8454 T12972 T12971 punct -,B
R8455 T12973 T12977 nsubj mice,carry
R8456 T12974 T12971 punct +,B
R8457 T12975 T12971 punct /,B
R8458 T12976 T12971 appos neo,B
R8459 T12978 T12979 det a,allele
R8460 T12979 T12977 dobj allele,carry
R8461 T12980 T12981 amod wild,type
R8462 T12981 T12979 compound type,allele
R8463 T12982 T12981 punct -,type
R8464 T12983 T12984 compound GluR,B
R8465 T12984 T12979 compound B,allele
R8466 T12985 T12984 punct -,B
R8467 T12986 T12979 cc and,allele
R8468 T12987 T12988 det a,allele
R8469 T12988 T12979 conj allele,allele
R8470 T12989 T12990 npadvmod gene,targeted
R8471 T12990 T12988 amod targeted,allele
R8472 T12991 T12990 punct -,targeted
R8473 T12992 T12993 compound GluR,B
R8474 T12993 T12988 compound B,allele
R8475 T12994 T12993 punct -,B
R8476 T12995 T12996 prep in,replaced
R8477 T12996 T12979 relcl replaced,allele
R8478 T12997 T12995 pobj which,in
R8479 T12998 T12999 det the,sequence
R8480 T12999 T12996 nsubjpass sequence,replaced
R8481 T13000 T12999 nmod intron,sequence
R8482 T13001 T13000 nummod 11,intron
R8483 T13002 T12999 amod critical,sequence
R8484 T13003 T13002 prep for,critical
R8485 T13004 T13005 compound Q,R
R8486 T13005 T13007 compound R,site
R8487 T13006 T13005 punct /,R
R8488 T13007 T13008 compound site,editing
R8489 T13008 T13003 pobj editing,for
R8490 T13009 T12996 auxpass is,replaced
R8491 T13010 T12996 agent by,replaced
R8492 T13011 T13012 det a,gene
R8493 T13012 T13010 pobj gene,by
R8494 T13013 T13014 compound TK,neo
R8495 T13014 T13012 compound neo,gene
R8496 T13015 T13014 punct -,neo
R8497 T13016 T13012 acl flanked,gene
R8498 T13017 T13016 agent by,flanked
R8499 T13018 T13019 compound loxP,sites
R8500 T13019 T13017 pobj sites,by
R8501 T13020 T13021 punct (,floxed
R8502 T13021 T13016 parataxis floxed,flanked
R8503 T13022 T13021 punct “,floxed
R8504 T13023 T13021 punct ”,floxed
R8505 T13024 T13021 punct ),floxed
R8506 T13025 T12977 punct .,carry
R8507 T13027 T13028 compound GluR,B2lox
R8508 T13028 T13030 compound B2lox,mice
R8509 T13029 T13028 punct -,B2lox
R8510 T13030 T13031 nsubj mice,carry
R8511 T13032 T13033 punct [,86
R8512 T13033 T13030 parataxis 86,mice
R8513 T13034 T13033 punct ],86
R8514 T13035 T13036 npadvmod gene,targeted
R8515 T13036 T13038 amod targeted,alleles
R8516 T13037 T13036 punct -,targeted
R8517 T13038 T13031 dobj alleles,carry
R8518 T13039 T13040 compound GluR,B
R8519 T13040 T13038 compound B,alleles
R8520 T13041 T13040 punct -,B
R8521 T13042 T13043 prep in,floxed
R8522 T13043 T13038 relcl floxed,alleles
R8523 T13044 T13042 pobj which,in
R8524 T13045 T13043 nsubjpass exon,floxed
R8525 T13046 T13045 nummod 11,exon
R8526 T13047 T13043 auxpass is,floxed
R8527 T13048 T13031 punct .,carry
R8528 T13050 T13051 compound GluR,B ΔFB
R8529 T13051 T13053 compound B ΔFB,mice
R8530 T13052 T13051 punct -,B ΔFB
R8531 T13053 T13054 nsubj mice,were
R8532 T13055 T13054 prep of,were
R8533 T13056 T13057 nmod C57Bl,background
R8534 T13057 T13055 pobj background,of
R8535 T13058 T13056 punct /,C57Bl
R8536 T13059 T13056 nummod 6,C57Bl
R8537 T13060 T13057 amod genetic,background
R8538 T13061 T13055 cc and,of
R8539 T13062 T13055 conj generated,of
R8540 T13063 T13062 prep from,generated
R8541 T13064 T13065 nmod TgCre4,mice
R8542 T13065 T13063 pobj mice,from
R8543 T13066 T13064 cc and,TgCre4
R8544 T13067 T13068 compound GluR,B2lox
R8545 T13068 T13064 conj B2lox,TgCre4
R8546 T13069 T13068 punct -,B2lox
R8547 T13070 T13054 punct .,were
R8548 T13072 T13073 compound TgCN12,itTA
R8549 T13073 T13075 compound itTA,mice
R8550 T13074 T13073 punct -,itTA
R8551 T13075 T13076 nsubjpass mice,generated
R8552 T13077 T13076 auxpass were,generated
R8553 T13078 T13079 mark as,described
R8554 T13079 T13076 advcl described,generated
R8555 T13080 T13076 prep for,generated
R8556 T13081 T13082 compound TgCN10,itTA
R8557 T13082 T13084 compound itTA,mice
R8558 T13083 T13082 punct -,itTA
R8559 T13084 T13080 pobj mice,for
R8560 T13085 T13086 punct (,see
R8561 T13086 T13076 parataxis see,generated
R8562 T13087 T13086 dobj Materials,see
R8563 T13088 T13087 cc and,Materials
R8564 T13089 T13087 conj Methods,Materials
R8565 T13090 T13086 prep in,see
R8566 T13091 T13090 punct [,in
R8567 T13092 T13090 pobj 58,in
R8568 T13093 T13086 punct ],see
R8569 T13094 T13086 punct ),see
R8570 T13095 T13076 punct ", ",generated
R8571 T13096 T13076 cc and,generated
R8572 T13097 T13076 conj represent,generated
R8573 T13098 T13099 det another,line
R8574 T13099 T13097 dobj line,represent
R8575 T13100 T13099 compound founder,line
R8576 T13101 T13099 acl obtained,line
R8577 T13102 T13101 prep from,obtained
R8578 T13103 T13104 det the,injection
R8579 T13104 T13102 pobj injection,from
R8580 T13105 T13104 amod same,injection
R8581 T13106 T13104 compound pronucleus,injection
R8582 T13107 T13099 punct ", ",line
R8583 T13108 T13099 prep with,line
R8584 T13109 T13110 advmod more,widespread
R8585 T13110 T13111 amod widespread,expression
R8586 T13111 T13108 pobj expression,with
R8587 T13112 T13111 compound forebrain,expression
R8588 T13113 T13076 punct .,generated
R8589 T13115 T13116 prep For,injected
R8590 T13117 T13118 amod exogeneous,expression
R8591 T13118 T13115 pobj expression,For
R8592 T13119 T13118 prep of,expression
R8593 T13120 T13121 compound GFPGluR,B
R8594 T13121 T13119 pobj B,of
R8595 T13122 T13121 punct -,B
R8596 T13123 T13116 punct ", ",injected
R8597 T13124 T13125 det the,line
R8598 T13125 T13127 nsubjpass line,generated
R8599 T13126 T13125 compound mouse,line
R8600 T13127 T13116 ccomp generated,injected
R8601 T13128 T13125 appos TgOCN1,line
R8602 T13129 T13127 auxpass was,generated
R8603 T13130 T13116 punct : ,injected
R8604 T13131 T13132 det an,fragment
R8605 T13132 T13116 nsubjpass fragment,injected
R8606 T13133 T13132 compound AseI,fragment
R8607 T13134 T13132 prep of,fragment
R8608 T13135 T13136 compound plasmid,pnlacZ
R8609 T13136 T13134 pobj pnlacZ,of
R8610 T13137 T13136 punct /,pnlacZ
R8611 T13138 T13139 compound GFPGluR,B
R8612 T13139 T13136 appos B,pnlacZ
R8613 T13140 T13139 punct -,B
R8614 T13141 T13116 auxpass was,injected
R8615 T13142 T13116 prep into,injected
R8616 T13143 T13144 det the,pronucleus
R8617 T13144 T13142 pobj pronucleus,into
R8618 T13145 T13144 prep of,pronucleus
R8619 T13146 T13145 pobj oocytes,of
R8620 T13147 T13146 acl obtained,oocytes
R8621 T13148 T13147 prep from,obtained
R8622 T13149 T13150 nmod DBA1,C57Bl
R8623 T13150 T13152 nmod C57Bl,hybrids
R8624 T13151 T13150 punct /,C57Bl
R8625 T13152 T13148 pobj hybrids,from
R8626 T13153 T13150 punct /,C57Bl
R8627 T13154 T13150 nummod 6,C57Bl
R8628 T13155 T13152 compound F1,hybrids
R8629 T13156 T13116 punct .,injected
R8630 T13158 T13159 amod Positive,founders
R8631 T13159 T13160 nsubjpass founders,backcrossed
R8632 T13161 T13160 auxpass were,backcrossed
R8633 T13162 T13160 prep into,backcrossed
R8634 T13163 T13162 pobj C57Bl,into
R8635 T13164 T13163 punct /,C57Bl
R8636 T13165 T13163 nummod 6,C57Bl
R8637 T13166 T13160 prep for,backcrossed
R8638 T13167 T13168 amod further,analysis
R8639 T13168 T13166 pobj analysis,for
R8640 T13169 T13160 punct .,backcrossed
R8641 T13171 T13172 compound Plasmid,pnlacZ
R8642 T13172 T13173 nsubjpass pnlacZ,constructed
R8643 T13174 T13172 punct /,pnlacZ
R8644 T13175 T13176 compound GFPGluR,B
R8645 T13176 T13172 appos B,pnlacZ
R8646 T13177 T13176 punct -,B
R8647 T13178 T13173 auxpass was,constructed
R8648 T13179 T13173 prep from,constructed
R8649 T13180 T13181 compound pnlacZ,A
R8650 T13181 T13179 pobj A,from
R8651 T13182 T13181 punct /,A
R8652 T13183 T13181 compound GFPGluR,A
R8653 T13184 T13181 punct -,A
R8654 T13185 T13186 punct [,87
R8655 T13186 T13181 parataxis 87,A
R8656 T13187 T13186 punct ],87
R8657 T13188 T13173 prep by,constructed
R8658 T13189 T13188 pcomp replacing,by
R8659 T13190 T13191 compound GluR,A
R8660 T13191 T13193 compound A,cDNA
R8661 T13192 T13191 punct -,A
R8662 T13193 T13189 dobj cDNA,replacing
R8663 T13194 T13189 prep with,replacing
R8664 T13195 T13196 det the,cDNA
R8665 T13196 T13194 pobj cDNA,with
R8666 T13197 T13196 compound rat,cDNA
R8667 T13198 T13196 prep for,cDNA
R8668 T13199 T13200 compound GluR,B
R8669 T13200 T13198 pobj B,for
R8670 T13201 T13200 punct -,B
R8671 T13202 T13173 punct .,constructed
R8672 T13204 T13205 amod Transgenic,protein
R8673 T13205 T13209 compound protein,levels
R8674 T13206 T13207 compound GFPGluR,B
R8675 T13207 T13205 compound B,protein
R8676 T13208 T13207 punct -,B
R8677 T13209 T13210 nsubjpass levels,measured
R8678 T13211 T13210 auxpass were,measured
R8679 T13212 T13210 prep in,measured
R8680 T13213 T13212 pobj hippocampus,in
R8681 T13214 T13213 prep of,hippocampus
R8682 T13215 T13216 compound TgOCN1,mice
R8683 T13216 T13214 pobj mice,of
R8684 T13217 T13218 advmod also,carrying
R8685 T13218 T13216 acl carrying,mice
R8686 T13219 T13220 det a,transgene
R8687 T13220 T13218 dobj transgene,carrying
R8688 T13221 T13220 prep for,transgene
R8689 T13222 T13223 npadvmod forebrain,specific
R8690 T13223 T13225 amod specific,expression
R8691 T13224 T13223 punct -,specific
R8692 T13225 T13221 pobj expression,for
R8693 T13226 T13225 amod homogeneous,expression
R8694 T13227 T13225 compound tTA,expression
R8695 T13228 T13229 punct [,88
R8696 T13229 T13210 parataxis 88,measured
R8697 T13230 T13229 punct ],88
R8698 T13231 T13210 punct .,measured
R8699 T13401 T13402 amod Experimental,groups
R8700 T13404 T13405 nsubjpass Mice,used
R8701 T13406 T13404 amod heterozygous,Mice
R8702 T13407 T13406 prep for,heterozygous
R8703 T13408 T13407 pobj TgCre4,for
R8704 T13409 T13406 cc and,heterozygous
R8705 T13410 T13406 conj heterozygous,heterozygous
R8706 T13411 T13410 prep for,heterozygous
R8707 T13412 T13413 det the,cassette
R8708 T13413 T13411 pobj cassette,for
R8709 T13414 T13415 compound TK,neo
R8710 T13415 T13413 compound neo,cassette
R8711 T13416 T13415 punct -,neo
R8712 T13417 T13410 prep in,heterozygous
R8713 T13418 T13419 det the,allele
R8714 T13419 T13417 pobj allele,in
R8715 T13420 T13421 compound GluR,B
R8716 T13421 T13419 compound B,allele
R8717 T13422 T13421 punct -,B
R8718 T13423 T13424 punct (,BΔECS
R8719 T13424 T13419 parataxis BΔECS,allele
R8720 T13425 T13424 compound GluR,BΔECS
R8721 T13426 T13424 punct -,BΔECS
R8722 T13427 T13424 punct :,BΔECS
R8723 T13428 T13424 appos FB,BΔECS
R8724 T13429 T13424 punct ),BΔECS
R8725 T13430 T13406 cc or,heterozygous
R8726 T13431 T13406 conj homozygous,heterozygous
R8727 T13432 T13431 prep for,homozygous
R8728 T13433 T13434 det the,B
R8729 T13434 T13432 pobj B,for
R8730 T13435 T13434 amod floxed,B
R8731 T13436 T13434 compound GluR,B
R8732 T13437 T13434 punct -,B
R8733 T13438 T13439 punct (,BΔFB
R8734 T13439 T13434 parataxis BΔFB,B
R8735 T13440 T13439 compound GluR,BΔFB
R8736 T13441 T13439 punct -,BΔFB
R8737 T13442 T13439 punct ),BΔFB
R8738 T13443 T13405 auxpass were,used
R8739 T13444 T13405 prep in,used
R8740 T13445 T13446 det the,experiments
R8741 T13446 T13444 pobj experiments,in
R8742 T13447 T13405 punct .,used
R8743 T13449 T13450 det The,mice
R8744 T13450 T13454 nsubj mice,were
R8745 T13451 T13450 punct “,mice
R8746 T13452 T13450 nmod rescue,mice
R8747 T13453 T13450 punct ”,mice
R8748 T13455 T13450 punct (,mice
R8749 T13456 T13457 compound GluR,BRescue
R8750 T13457 T13450 appos BRescue,mice
R8751 T13458 T13457 punct -,BRescue
R8752 T13459 T13454 punct ),were
R8753 T13460 T13454 acomp positive,were
R8754 T13461 T13460 prep for,positive
R8755 T13462 T13461 pobj TgCre4,for
R8756 T13463 T13460 punct ", ",positive
R8757 T13464 T13460 conj homozygous,positive
R8758 T13465 T13464 prep for,homozygous
R8759 T13466 T13467 det the,gene
R8760 T13467 T13465 pobj gene,for
R8761 T13468 T13467 amod floxed,gene
R8762 T13469 T13470 compound GluR,B
R8763 T13470 T13467 compound B,gene
R8764 T13471 T13470 punct -,B
R8765 T13472 T13464 punct ", ",homozygous
R8766 T13473 T13464 cc and,homozygous
R8767 T13474 T13464 conj positive,homozygous
R8768 T13475 T13474 prep for,positive
R8769 T13476 T13477 det the,transgene
R8770 T13477 T13475 pobj transgene,for
R8771 T13478 T13479 npadvmod tet,sensitive
R8772 T13479 T13477 amod sensitive,transgene
R8773 T13480 T13479 punct -,sensitive
R8774 T13481 T13477 compound responder,transgene
R8775 T13482 T13477 appos TgOCN1,transgene
R8776 T13483 T13475 cc and,for
R8777 T13484 T13475 conj for,for
R8778 T13485 T13486 det the,transgene
R8779 T13486 T13484 pobj transgene,for
R8780 T13487 T13488 npadvmod itTA,expressing
R8781 T13488 T13486 amod expressing,transgene
R8782 T13489 T13486 compound activator,transgene
R8783 T13490 T13491 compound TgCN12,itTA
R8784 T13491 T13486 appos itTA,transgene
R8785 T13492 T13491 punct -,itTA
R8786 T13493 T13454 punct .,were
R8789 T13560 T13561 compound Control,groups
R8790 T13563 T13564 compound Littermate,controls
R8791 T13564 T13565 nsubjpass controls,used
R8792 T13566 T13565 auxpass were,used
R8793 T13567 T13565 prep in,used
R8794 T13568 T13569 det all,experiments
R8795 T13569 T13567 pobj experiments,in
R8796 T13570 T13565 punct .,used
R8797 T13572 T13573 nmod GluR,B
R8798 T13573 T13575 nmod B,mice
R8799 T13574 T13573 punct -,B
R8800 T13575 T13579 nsubjpass mice,used
R8801 T13576 T13573 punct +,B
R8802 T13577 T13573 punct /,B
R8803 T13578 T13573 punct +,B
R8804 T13580 T13579 auxpass were,used
R8805 T13581 T13579 prep as,used
R8806 T13582 T13581 pobj controls,as
R8807 T13583 T13579 prep in,used
R8808 T13584 T13585 det the,task
R8809 T13585 T13583 pobj task,in
R8810 T13586 T13585 acl described,task
R8811 T13587 T13586 prep in,described
R8812 T13588 T13587 pobj Figure,in
R8813 T13589 T13588 nummod 1,Figure
R8814 T13590 T13579 punct .,used
R8815 T13592 T13593 nmod GluR,B
R8816 T13593 T13595 nmod B,mice
R8817 T13594 T13593 punct -,B
R8818 T13595 T13611 nsubjpass mice,used
R8819 T13596 T13593 punct +,B
R8820 T13597 T13593 punct /,B
R8821 T13598 T13593 appos 2lox,B
R8822 T13599 T13593 cc and,B
R8823 T13600 T13601 compound GluR,B2lox
R8824 T13601 T13593 conj B2lox,B
R8825 T13602 T13601 punct -,B2lox
R8826 T13603 T13601 punct /,B2lox
R8827 T13604 T13601 appos 2lox,B2lox
R8828 T13605 T13593 punct (,B
R8829 T13606 T13607 advmod both,negative
R8830 T13607 T13593 relcl negative,B
R8831 T13608 T13607 prep for,negative
R8832 T13609 T13608 pobj TgCre4,for
R8833 T13610 T13593 punct ),B
R8834 T13612 T13611 auxpass were,used
R8835 T13613 T13611 prep as,used
R8836 T13614 T13613 pobj controls,as
R8837 T13615 T13611 prep in,used
R8838 T13616 T13615 pobj experiments,in
R8839 T13617 T13616 acl described,experiments
R8840 T13618 T13617 prep in,described
R8841 T13619 T13620 nmod Figures,2
R8842 T13620 T13618 pobj 2,in
R8843 T13621 T13620 punct ", ",2
R8844 T13622 T13620 conj 4,2
R8845 T13623 T13622 punct ", ",4
R8846 T13624 T13622 cc and,4
R8847 T13625 T13622 conj 6,4
R8848 T13626 T13611 punct .,used
R8849 T13628 T13629 prep For,used
R8850 T13630 T13631 det the,experiments
R8851 T13631 T13628 pobj experiments,For
R8852 T13632 T13633 compound GluR,BRescue
R8853 T13633 T13631 compound BRescue,experiments
R8854 T13634 T13633 punct -,BRescue
R8855 T13635 T13636 punct (,Figure
R8856 T13636 T13631 parataxis Figure,experiments
R8857 T13637 T13636 nummod 6,Figure
R8858 T13638 T13636 punct ),Figure
R8859 T13639 T13629 punct ", ",used
R8860 T13640 T13629 nsubjpass controls,used
R8861 T13641 T13640 amod positive,controls
R8862 T13642 T13641 prep for,positive
R8863 T13643 T13644 preconj either,itTA
R8864 T13644 T13642 pobj itTA,for
R8865 T13645 T13644 compound TgCN12,itTA
R8866 T13646 T13644 punct -,itTA
R8867 T13647 T13644 cc or,itTA
R8868 T13648 T13644 conj TgOCN1,itTA
R8869 T13649 T13640 prep in,controls
R8870 T13650 T13651 det a,background
R8871 T13651 T13649 pobj background,in
R8872 T13652 T13653 nmod GluR,B
R8873 T13653 T13651 nmod B,background
R8874 T13654 T13653 punct -,B
R8875 T13655 T13653 punct +,B
R8876 T13656 T13653 punct /,B
R8877 T13657 T13653 appos 2lox,B
R8878 T13658 T13653 cc and,B
R8879 T13659 T13660 compound GluR,B2lox
R8880 T13660 T13653 conj B2lox,B
R8881 T13661 T13660 punct -,B2lox
R8882 T13662 T13660 punct /,B2lox
R8883 T13663 T13660 appos 2lox,B2lox
R8884 T13664 T13653 punct (,B
R8885 T13665 T13666 advmod both,negative
R8886 T13666 T13653 relcl negative,B
R8887 T13667 T13666 prep for,negative
R8888 T13668 T13667 pobj TgCre4,for
R8889 T13669 T13653 punct ),B
R8890 T13670 T13629 auxpass were,used
R8891 T13671 T13629 punct .,used
R8892 T13713 T13714 nsubjpass Mice,selected
R8893 T13715 T13714 auxpass were,selected
R8894 T13716 T13714 prep by,selected
R8895 T13717 T13716 pobj PCR,by
R8896 T13718 T13717 prep of,PCR
R8897 T13719 T13720 compound mouse,tail
R8898 T13720 T13722 compound tail,DNA
R8899 T13721 T13720 punct -,tail
R8900 T13722 T13718 pobj DNA,of
R8901 T13723 T13722 prep with,DNA
R8902 T13724 T13725 amod specific,primers
R8903 T13725 T13723 pobj primers,with
R8904 T13726 T13727 mark as,described
R8905 T13727 T13714 advcl described,selected
R8906 T13728 T13727 advmod below,described
R8907 T13729 T13714 punct .,selected
R8908 T13731 T13732 dep Indicated,are
R8909 T13733 T13734 det the,sequences
R8910 T13734 T13732 nsubj sequences,are
R8911 T13735 T13734 cc and,sequences
R8912 T13736 T13737 det the,length
R8913 T13737 T13734 conj length,sequences
R8914 T13738 T13737 amod approximate,length
R8915 T13739 T13734 prep of,sequences
R8916 T13740 T13741 det the,fragments
R8917 T13741 T13739 pobj fragments,of
R8918 T13742 T13741 amod amplified,fragments
R8919 T13743 T13741 compound DNA,fragments
R8920 T13744 T13732 punct .,are
R8921 T13747 T13746 punct : ,TgCre4
R8922 T13748 T13749 dep rspCre1,bp
R8923 T13749 T13746 dep bp,TgCre4
R8924 T13750 T13751 punct (,3
R8925 T13751 T13748 parataxis 3,rspCre1
R8926 T13752 T13751 dep 5,3
R8927 T13753 T13752 punct ′,5
R8928 T13754 T13751 punct -,3
R8929 T13755 T13751 dep ACCAGGTTCGTTCACTCATGG,3
R8930 T13756 T13751 punct -,3
R8931 T13757 T13751 punct ′,3
R8932 T13758 T13751 punct ),3
R8933 T13759 T13748 cc and,rspCre1
R8934 T13760 T13748 conj rspCre2,rspCre1
R8935 T13761 T13762 punct (,AGGCTAAGTGCCTTCTCTACAC
R8936 T13762 T13760 parataxis AGGCTAAGTGCCTTCTCTACAC,rspCre2
R8937 T13763 T13762 nummod 5,AGGCTAAGTGCCTTCTCTACAC
R8938 T13764 T13763 punct ′,5
R8939 T13765 T13762 punct -,AGGCTAAGTGCCTTCTCTACAC
R8940 T13766 T13762 punct -,AGGCTAAGTGCCTTCTCTACAC
R8941 T13767 T13762 nummod 3,AGGCTAAGTGCCTTCTCTACAC
R8942 T13768 T13762 punct ′,AGGCTAAGTGCCTTCTCTACAC
R8943 T13769 T13762 punct ),AGGCTAAGTGCCTTCTCTACAC
R8944 T13770 T13749 punct ", ",bp
R8945 T13771 T13749 nummod 200,bp
R8946 T13772 T13749 nmod basepairs,bp
R8947 T13773 T13749 punct (,bp
R8948 T13774 T13746 punct ),TgCre4
R8949 T13775 T13746 punct .,TgCre4
R8950 T13777 T13778 compound GluR,Bneo
R8951 T13778 T13780 dep Bneo,MH60
R8952 T13779 T13778 punct -,Bneo
R8953 T13781 T13780 punct : ,MH60
R8954 T13782 T13783 punct (,CACTCACAGCAATGAAGCAGGAC
R8955 T13783 T13780 parataxis CACTCACAGCAATGAAGCAGGAC,MH60
R8956 T13784 T13783 nummod 5,CACTCACAGCAATGAAGCAGGAC
R8957 T13785 T13784 punct ′,5
R8958 T13786 T13783 punct -,CACTCACAGCAATGAAGCAGGAC
R8959 T13787 T13783 punct -,CACTCACAGCAATGAAGCAGGAC
R8960 T13788 T13783 nummod 3,CACTCACAGCAATGAAGCAGGAC
R8961 T13789 T13783 punct ′,CACTCACAGCAATGAAGCAGGAC
R8962 T13790 T13783 punct ),CACTCACAGCAATGAAGCAGGAC
R8963 T13791 T13780 punct ", ",MH60
R8964 T13792 T13780 conj MH53a,MH60
R8965 T13793 T13794 punct (,GAATGTTGATCATGTGTTTCCCTG
R8966 T13794 T13792 parataxis GAATGTTGATCATGTGTTTCCCTG,MH53a
R8967 T13795 T13794 nummod 5,GAATGTTGATCATGTGTTTCCCTG
R8968 T13796 T13795 punct ′,5
R8969 T13797 T13794 punct -,GAATGTTGATCATGTGTTTCCCTG
R8970 T13798 T13794 punct -,GAATGTTGATCATGTGTTTCCCTG
R8971 T13799 T13794 nummod 3,GAATGTTGATCATGTGTTTCCCTG
R8972 T13800 T13794 punct ′,GAATGTTGATCATGTGTTTCCCTG
R8973 T13801 T13794 punct ),GAATGTTGATCATGTGTTTCCCTG
R8974 T13802 T13792 punct ", ",MH53a
R8975 T13803 T13792 cc and,MH53a
R8976 T13804 T13792 conj MH117,MH53a
R8977 T13805 T13806 punct (,GTTCGAATTCGCCAATGACAAGACG
R8978 T13806 T13804 parataxis GTTCGAATTCGCCAATGACAAGACG,MH117
R8979 T13807 T13806 nummod 5,GTTCGAATTCGCCAATGACAAGACG
R8980 T13808 T13807 punct ′,5
R8981 T13809 T13806 punct -,GTTCGAATTCGCCAATGACAAGACG
R8982 T13810 T13806 punct -,GTTCGAATTCGCCAATGACAAGACG
R8983 T13811 T13806 nummod 3,GTTCGAATTCGCCAATGACAAGACG
R8984 T13812 T13806 punct ′,GTTCGAATTCGCCAATGACAAGACG
R8985 T13813 T13806 punct ),GTTCGAATTCGCCAATGACAAGACG
R8986 T13814 T13780 punct ", ",MH60
R8987 T13815 T13816 amod wild,type
R8988 T13816 T13818 dep type,bp
R8989 T13817 T13816 punct -,type
R8990 T13818 T13780 conj bp,MH60
R8991 T13819 T13818 punct : ,bp
R8992 T13820 T13818 nummod 500,bp
R8993 T13821 T13818 cc and,bp
R8994 T13822 T13823 dep mutant,bp
R8995 T13823 T13818 conj bp,bp
R8996 T13824 T13823 punct : ,bp
R8997 T13825 T13823 nummod 400,bp
R8998 T13826 T13823 punct .,bp
R8999 T13828 T13829 compound GluR,B2lox
R9000 T13829 T13831 dep B2lox,VM12
R9001 T13830 T13829 punct -,B2lox
R9002 T13832 T13831 punct : ,VM12
R9003 T13833 T13834 punct (,GCGTAAGCCTGTGA AATACCTG
R9004 T13834 T13831 parataxis GCGTAAGCCTGTGA AATACCTG,VM12
R9005 T13835 T13834 nummod 5,GCGTAAGCCTGTGA AATACCTG
R9006 T13836 T13835 punct ′,5
R9007 T13837 T13834 punct -,GCGTAAGCCTGTGA AATACCTG
R9008 T13838 T13834 punct -,GCGTAAGCCTGTGA AATACCTG
R9009 T13839 T13834 nummod 3,GCGTAAGCCTGTGA AATACCTG
R9010 T13840 T13834 punct ′,GCGTAAGCCTGTGA AATACCTG
R9011 T13841 T13834 punct ),GCGTAAGCCTGTGA AATACCTG
R9012 T13842 T13831 cc and,VM12
R9013 T13843 T13831 conj VM10,VM12
R9014 T13844 T13845 punct (,GTTGTCTAACAAGTTGTTGACC
R9015 T13845 T13843 parataxis GTTGTCTAACAAGTTGTTGACC,VM10
R9016 T13846 T13845 nummod 5,GTTGTCTAACAAGTTGTTGACC
R9017 T13847 T13846 punct ′,5
R9018 T13848 T13845 punct -,GTTGTCTAACAAGTTGTTGACC
R9019 T13849 T13845 punct -,GTTGTCTAACAAGTTGTTGACC
R9020 T13850 T13845 nummod 3,GTTGTCTAACAAGTTGTTGACC
R9021 T13851 T13845 punct ′,GTTGTCTAACAAGTTGTTGACC
R9022 T13852 T13845 punct ),GTTGTCTAACAAGTTGTTGACC
R9023 T13853 T13831 punct ", ",VM12
R9024 T13854 T13855 amod wild,type
R9025 T13855 T13857 dep type,bp
R9026 T13856 T13855 punct -,type
R9027 T13857 T13831 conj bp,VM12
R9028 T13858 T13857 punct : ,bp
R9029 T13859 T13857 nummod 250,bp
R9030 T13860 T13857 cc and,bp
R9031 T13861 T13862 dep mutant,bp
R9032 T13862 T13857 conj bp,bp
R9033 T13863 T13862 punct : ,bp
R9034 T13864 T13862 nummod 350,bp
R9035 T13865 T13862 punct .,bp
R9036 T13868 T13867 punct : ,TgOCN1
R9037 T13869 T13870 dep VM4,bp
R9038 T13870 T13867 dep bp,TgOCN1
R9039 T13871 T13872 punct (,CTCCCAGACAACCATTACCTGTCC
R9040 T13872 T13869 parataxis CTCCCAGACAACCATTACCTGTCC,VM4
R9041 T13873 T13872 nummod 5,CTCCCAGACAACCATTACCTGTCC
R9042 T13874 T13873 punct ′,5
R9043 T13875 T13872 punct -,CTCCCAGACAACCATTACCTGTCC
R9044 T13876 T13872 punct -,CTCCCAGACAACCATTACCTGTCC
R9045 T13877 T13872 nummod 3,CTCCCAGACAACCATTACCTGTCC
R9046 T13878 T13872 punct ′,CTCCCAGACAACCATTACCTGTCC
R9047 T13879 T13872 punct ),CTCCCAGACAACCATTACCTGTCC
R9048 T13880 T13869 cc and,VM4
R9049 T13881 T13882 compound GluR,B882BST
R9050 T13882 T13869 conj B882BST,VM4
R9051 T13883 T13882 punct -,B882BST
R9052 T13884 T13885 punct (,CGAAGTATACTTAATTGTCGCTGTGTG
R9053 T13885 T13882 parataxis CGAAGTATACTTAATTGTCGCTGTGTG,B882BST
R9054 T13886 T13885 nummod 5,CGAAGTATACTTAATTGTCGCTGTGTG
R9055 T13887 T13886 punct ′,5
R9056 T13888 T13885 punct -,CGAAGTATACTTAATTGTCGCTGTGTG
R9057 T13889 T13885 punct -,CGAAGTATACTTAATTGTCGCTGTGTG
R9058 T13890 T13885 nummod 3,CGAAGTATACTTAATTGTCGCTGTGTG
R9059 T13891 T13885 punct ′,CGAAGTATACTTAATTGTCGCTGTGTG
R9060 T13892 T13885 punct ),CGAAGTATACTTAATTGTCGCTGTGTG
R9061 T13893 T13870 punct ", ",bp
R9062 T13894 T13870 nummod 600,bp
R9063 T13895 T13867 punct .,TgOCN1
R9064 T13897 T13898 compound TgCN12,itTA
R9065 T13899 T13898 punct -,itTA
R9066 T13900 T13898 punct : ,itTA
R9067 T13901 T13902 dep htTA1,bp
R9068 T13902 T13898 dep bp,itTA
R9069 T13903 T13904 punct (,AGAGCAAAGTCATCAACTCTG
R9070 T13904 T13901 parataxis AGAGCAAAGTCATCAACTCTG,htTA1
R9071 T13905 T13904 nummod 5,AGAGCAAAGTCATCAACTCTG
R9072 T13906 T13905 punct ′,5
R9073 T13907 T13904 punct -,AGAGCAAAGTCATCAACTCTG
R9074 T13908 T13904 punct -,AGAGCAAAGTCATCAACTCTG
R9075 T13909 T13904 nummod 3,AGAGCAAAGTCATCAACTCTG
R9076 T13910 T13904 punct ′,AGAGCAAAGTCATCAACTCTG
R9077 T13911 T13904 punct ),AGAGCAAAGTCATCAACTCTG
R9078 T13912 T13901 cc and,htTA1
R9079 T13913 T13901 conj htTA2,htTA1
R9080 T13914 T13915 punct (,GTGAGAGCCAGACTCACATTTCA
R9081 T13915 T13913 parataxis GTGAGAGCCAGACTCACATTTCA,htTA2
R9082 T13916 T13915 nummod 5,GTGAGAGCCAGACTCACATTTCA
R9083 T13917 T13916 punct ′,5
R9084 T13918 T13915 punct -,GTGAGAGCCAGACTCACATTTCA
R9085 T13919 T13915 punct -,GTGAGAGCCAGACTCACATTTCA
R9086 T13920 T13915 nummod 3,GTGAGAGCCAGACTCACATTTCA
R9087 T13921 T13915 punct ′,GTGAGAGCCAGACTCACATTTCA
R9088 T13922 T13915 punct ),GTGAGAGCCAGACTCACATTTCA
R9089 T13923 T13902 punct ", ",bp
R9090 T13924 T13902 nummod "1,000",bp
R9091 T13925 T13898 punct .,itTA
R9092 T13970 T13971 compound Southern,blot
R9093 T13971 T13972 compound blot,analysis
R9094 T13974 T13975 amod Genomic,DNA
R9095 T13975 T13976 nsubjpass DNA,digested
R9096 T13977 T13975 prep from,DNA
R9097 T13978 T13979 compound mouse,tail
R9098 T13979 T13977 pobj tail,from
R9099 T13980 T13979 punct -,tail
R9100 T13981 T13979 punct /,tail
R9101 T13982 T13979 appos liver,tail
R9102 T13983 T13976 auxpass was,digested
R9103 T13984 T13976 prep with,digested
R9104 T13985 T13986 compound restriction,BglII
R9105 T13986 T13984 pobj BglII,with
R9106 T13987 T13986 compound enzyme,BglII
R9107 T13988 T13989 punct (,NEB
R9108 T13989 T13986 parataxis NEB,BglII
R9109 T13990 T13989 punct ),NEB
R9110 T13991 T13976 punct ", ",digested
R9111 T13992 T13976 cc and,digested
R9112 T13993 T13994 det the,blot
R9113 T13994 T13996 nsubjpass blot,done
R9114 T13995 T13994 compound Southern,blot
R9115 T13996 T13976 conj done,digested
R9116 T13997 T13996 auxpass was,done
R9117 T13998 T13996 prep with,done
R9118 T13999 T14000 det a,probe
R9119 T14000 T13998 pobj probe,with
R9120 T14001 T14002 nummod 320,bp
R9121 T14002 T14000 compound bp,probe
R9122 T14003 T14002 punct -,bp
R9123 T14004 T14005 punct (,integ
R9124 T14005 T14000 parataxis integ,probe
R9125 T14006 T14005 punct “,integ
R9126 T14007 T14005 punct ”,integ
R9127 T14008 T14005 punct ),integ
R9128 T14009 T14000 acl obtained,probe
R9129 T14010 T14009 prep by,obtained
R9130 T14011 T14012 nsubj PCR,detecting
R9131 T14012 T14010 pcomp detecting,by
R9132 T14013 T14014 det the,promoter
R9133 T14014 T14012 dobj promoter,detecting
R9134 T14015 T14014 compound αCaMKII,promoter
R9135 T14016 T13996 punct .,done
R9136 T14050 T14051 nsubjpass Histochemistry,performed
R9137 T14051 T14053 ccomp performed,used
R9138 T14052 T14051 auxpass was,performed
R9139 T14054 T14055 mark as,described
R9140 T14055 T14051 advcl described,performed
R9141 T14056 T14055 advmod previously,described
R9142 T14057 T14058 punct [,89
R9143 T14058 T14055 parataxis 89,described
R9144 T14059 T14058 punct ],89
R9145 T14060 T14051 punct ", ",performed
R9146 T14061 T14051 prep with,performed
R9147 T14062 T14063 det the,exceptions
R9148 T14063 T14061 pobj exceptions,with
R9149 T14064 T14063 amod following,exceptions
R9150 T14065 T14053 punct : ,used
R9151 T14066 T14067 amod Coronal,slices
R9152 T14067 T14053 nsubjpass slices,used
R9153 T14068 T14069 quantmod 70,100
R9154 T14069 T14072 nummod 100,μm
R9155 T14070 T14069 punct -,100
R9156 T14071 T14069 quantmod to,100
R9157 T14072 T14067 compound μm,slices
R9158 T14073 T14072 punct -,μm
R9159 T14074 T14067 compound vibratome,slices
R9160 T14075 T14053 auxpass were,used
R9161 T14076 T14053 prep for,used
R9162 T14077 T14076 pobj immunohistochemistry,for
R9163 T14078 T14053 prep with,used
R9164 T14079 T14080 nmod GluR,B
R9165 T14080 T14082 nmod B,antibodies
R9166 T14081 T14080 punct -,B
R9167 T14082 T14078 pobj antibodies,with
R9168 T14083 T14084 punct (,Chemicon
R9169 T14084 T14080 parataxis Chemicon,B
R9170 T14085 T14084 dep 1,Chemicon
R9171 T14086 T14087 punct :,60
R9172 T14087 T14085 prep 60,1
R9173 T14088 T14084 punct ", ",Chemicon
R9174 T14089 T14084 amod polyclonal,Chemicon
R9175 T14090 T14084 punct ;,Chemicon
R9176 T14091 T14084 punct ", ",Chemicon
R9177 T14092 T14084 npadvmod Temecula,Chemicon
R9178 T14093 T14084 punct ", ",Chemicon
R9179 T14094 T14084 npadvmod California,Chemicon
R9180 T14095 T14084 punct ", ",Chemicon
R9181 T14096 T14097 compound United,States
R9182 T14097 T14084 npadvmod States,Chemicon
R9183 T14098 T14084 punct ),Chemicon
R9184 T14099 T14080 punct ", ",B
R9185 T14100 T14080 conj GFP,B
R9186 T14101 T14102 punct (,MobiTech
R9187 T14102 T14100 parataxis MobiTech,GFP
R9188 T14103 T14102 dep 1,MobiTech
R9189 T14104 T14105 punct :,"8,000"
R9190 T14105 T14103 prep "8,000",1
R9191 T14106 T14102 punct ", ",MobiTech
R9192 T14107 T14102 amod polyclonal,MobiTech
R9193 T14108 T14102 punct ;,MobiTech
R9194 T14109 T14102 punct ", ",MobiTech
R9195 T14110 T14102 npadvmod Göttingen,MobiTech
R9196 T14111 T14102 punct ", ",MobiTech
R9197 T14112 T14102 npadvmod Germany,MobiTech
R9198 T14113 T14102 punct ),MobiTech
R9199 T14114 T14100 punct ", ",GFP
R9200 T14115 T14100 cc and,GFP
R9201 T14116 T14100 conj Cre,GFP
R9202 T14117 T14118 punct (,BAbCO
R9203 T14118 T14116 parataxis BAbCO,Cre
R9204 T14119 T14118 dep 1,BAbCO
R9205 T14120 T14121 punct :,"8,000"
R9206 T14121 T14119 prep "8,000",1
R9207 T14122 T14118 punct ", ",BAbCO
R9208 T14123 T14118 amod polyclonal,BAbCO
R9209 T14124 T14118 punct ;,BAbCO
R9210 T14125 T14118 punct ", ",BAbCO
R9211 T14126 T14118 npadvmod Berkeley,BAbCO
R9212 T14127 T14118 punct ", ",BAbCO
R9213 T14128 T14118 npadvmod California,BAbCO
R9214 T14129 T14118 punct ", ",BAbCO
R9215 T14130 T14131 compound United,States
R9216 T14131 T14118 npadvmod States,BAbCO
R9217 T14132 T14118 punct ),BAbCO
R9218 T14133 T14082 amod primary,antibodies
R9219 T14134 T14082 punct ", ",antibodies
R9220 T14135 T14082 cc and,antibodies
R9221 T14136 T14137 npadvmod FITC,coupled
R9222 T14137 T14139 amod coupled,antibodies
R9223 T14138 T14137 punct -,coupled
R9224 T14139 T14082 conj antibodies,antibodies
R9225 T14140 T14141 punct (,Dianova
R9226 T14141 T14137 parataxis Dianova,coupled
R9227 T14142 T14141 dep 1,Dianova
R9228 T14143 T14144 punct :,200
R9229 T14144 T14142 prep 200,1
R9230 T14145 T14141 punct ;,Dianova
R9231 T14146 T14141 punct ", ",Dianova
R9232 T14147 T14141 npadvmod Hamburg,Dianova
R9233 T14148 T14141 punct ", ",Dianova
R9234 T14149 T14141 npadvmod Germany,Dianova
R9235 T14150 T14141 punct ),Dianova
R9236 T14151 T14137 cc and,coupled
R9237 T14152 T14153 npadvmod peroxidase,coupled
R9238 T14153 T14137 conj coupled,coupled
R9239 T14154 T14153 punct -,coupled
R9240 T14155 T14156 punct (,Vector
R9241 T14156 T14153 parataxis Vector,coupled
R9242 T14157 T14156 dep 1,Vector
R9243 T14158 T14159 punct :,600
R9244 T14159 T14157 prep 600,1
R9245 T14160 T14156 punct ;,Vector
R9246 T14161 T14156 punct ", ",Vector
R9247 T14162 T14156 npadvmod Burlingame,Vector
R9248 T14163 T14156 punct ", ",Vector
R9249 T14164 T14156 npadvmod California,Vector
R9250 T14165 T14156 punct ", ",Vector
R9251 T14166 T14167 compound United,States
R9252 T14167 T14156 npadvmod States,Vector
R9253 T14168 T14156 punct ),Vector
R9254 T14169 T14139 amod secondary,antibodies
R9255 T14170 T14139 nmod goat,antibodies
R9256 T14171 T14139 amod anti-rabbit,antibodies
R9257 T14172 T14053 punct .,used
R9258 T14174 T14175 det The,epithelium
R9259 T14175 T14178 nsubjpass epithelium,obtained
R9260 T14176 T14175 amod main,epithelium
R9261 T14177 T14175 amod olfactory,epithelium
R9262 T14179 T14178 auxpass was,obtained
R9263 T14180 T14178 prep via,obtained
R9264 T14181 T14182 compound cryostat,sectioning
R9265 T14182 T14180 pobj sectioning,via
R9266 T14183 T14178 punct ", ",obtained
R9267 T14184 T14178 cc and,obtained
R9268 T14185 T14186 nsubjpass immunohistochemistry,performed
R9269 T14186 T14178 conj performed,obtained
R9270 T14187 T14186 auxpass was,performed
R9271 T14188 T14189 punct (,BAbCO
R9272 T14189 T14186 parataxis BAbCO,performed
R9273 T14190 T14191 amod primary,Cre
R9274 T14191 T14193 dep Cre,1
R9275 T14192 T14191 compound antibody,Cre
R9276 T14193 T14189 dep 1,BAbCO
R9277 T14194 T14193 punct ", ",1
R9278 T14195 T14196 punct :,"5,000"
R9279 T14196 T14193 prep "5,000",1
R9280 T14197 T14193 punct ", ",1
R9281 T14198 T14193 amod polyclonal,1
R9282 T14199 T14189 punct ;,BAbCO
R9283 T14200 T14189 punct ),BAbCO
R9284 T14201 T14186 punct .,performed
R9285 T14203 T14204 compound X,gal
R9286 T14204 T14206 compound gal,staining
R9287 T14205 T14204 punct -,gal
R9288 T14206 T14207 nsubjpass staining,performed
R9289 T14208 T14207 auxpass was,performed
R9290 T14209 T14210 mark as,described
R9291 T14210 T14207 advcl described,performed
R9292 T14211 T14212 punct [,89
R9293 T14212 T14207 parataxis 89,performed
R9294 T14213 T14212 punct ],89
R9295 T14214 T14207 punct .,performed
R9296 T14252 T14253 compound Immunoblot,analysis
R9297 T14255 T14256 compound Mouse,brains
R9298 T14256 T14257 nsubjpass brains,removed
R9299 T14258 T14257 auxpass were,removed
R9300 T14259 T14257 punct ", ",removed
R9301 T14260 T14257 cc and,removed
R9302 T14261 T14262 det the,hippocampus
R9303 T14262 T14263 nsubjpass hippocampus,isolated
R9304 T14263 T14257 conj isolated,removed
R9305 T14264 T14262 punct ", ",hippocampus
R9306 T14265 T14266 amod olfactory,bulb
R9307 T14266 T14262 conj bulb,hippocampus
R9308 T14267 T14266 punct ", ",bulb
R9309 T14268 T14266 cc and,bulb
R9310 T14269 T14270 amod remaining,areas
R9311 T14270 T14266 conj areas,bulb
R9312 T14271 T14270 compound forebrain,areas
R9313 T14272 T14263 auxpass were,isolated
R9314 T14273 T14263 punct .,isolated
R9315 T14275 T14276 amod Total,protein
R9316 T14276 T14277 nsubjpass protein,prepared
R9317 T14278 T14277 auxpass was,prepared
R9318 T14279 T14277 punct ", ",prepared
R9319 T14280 T14277 cc and,prepared
R9320 T14281 T14282 nsubjpass immunoblots,performed
R9321 T14282 T14277 conj performed,prepared
R9322 T14283 T14282 auxpass were,performed
R9323 T14284 T14285 mark as,described
R9324 T14285 T14282 advcl described,performed
R9325 T14286 T14287 punct [,87
R9326 T14287 T14282 parataxis 87,performed
R9327 T14288 T14287 punct ],87
R9328 T14289 T14282 punct .,performed
R9329 T14291 T14292 nsubj Antibodies,were
R9330 T14293 T14291 acl used,Antibodies
R9331 T14294 T14292 prep against,were
R9332 T14295 T14296 compound GluR,B
R9333 T14296 T14294 pobj B,against
R9334 T14297 T14296 punct -,B
R9335 T14298 T14299 punct (,Chemicon
R9336 T14299 T14296 parataxis Chemicon,B
R9337 T14300 T14301 dep 1,monoclonal
R9338 T14301 T14299 dep monoclonal,Chemicon
R9339 T14302 T14303 punct :,800
R9340 T14303 T14300 prep 800,1
R9341 T14304 T14301 punct ", ",monoclonal
R9342 T14305 T14299 punct ;,Chemicon
R9343 T14306 T14299 punct ),Chemicon
R9344 T14307 T14296 punct ", ",B
R9345 T14308 T14309 compound β,actin
R9346 T14309 T14296 appos actin,B
R9347 T14310 T14309 punct -,actin
R9348 T14311 T14312 punct (,Sigma
R9349 T14312 T14309 parataxis Sigma,actin
R9350 T14313 T14314 dep 1,monoclonal
R9351 T14314 T14312 dep monoclonal,Sigma
R9352 T14315 T14316 punct :,"40,000"
R9353 T14316 T14313 prep "40,000",1
R9354 T14317 T14314 punct ", ",monoclonal
R9355 T14318 T14312 punct ;,Sigma
R9356 T14319 T14312 punct ", ",Sigma
R9357 T14320 T14321 compound St.,Louis
R9358 T14321 T14312 npadvmod Louis,Sigma
R9359 T14322 T14312 punct ", ",Sigma
R9360 T14323 T14312 npadvmod Missouri,Sigma
R9361 T14324 T14312 punct ", ",Sigma
R9362 T14325 T14326 compound United,States
R9363 T14326 T14312 npadvmod States,Sigma
R9364 T14327 T14312 punct ),Sigma
R9365 T14328 T14296 prep as,B
R9366 T14329 T14330 det an,standard
R9367 T14330 T14328 pobj standard,as
R9368 T14331 T14330 amod internal,standard
R9369 T14332 T14296 punct ", ",B
R9370 T14333 T14296 cc and,B
R9371 T14334 T14335 amod secondary,antibodies
R9372 T14335 T14296 conj antibodies,B
R9373 T14336 T14335 nmod goat,antibodies
R9374 T14337 T14336 amod anti-rabbit,goat
R9375 T14338 T14336 cc and,goat
R9376 T14339 T14336 conj goat,goat
R9377 T14340 T14339 amod anti-mouse,goat
R9378 T14341 T14342 punct (,1
R9379 T14342 T14335 parataxis 1,antibodies
R9380 T14343 T14342 dep Vector,1
R9381 T14344 T14342 punct ", ",1
R9382 T14345 T14346 punct :,"15,000"
R9383 T14346 T14342 prep "15,000",1
R9384 T14347 T14342 punct ),1
R9385 T14348 T14292 punct .,were
R9386 T14350 T14351 nsubjpass Immunoreactivity,detected
R9387 T14352 T14351 auxpass was,detected
R9388 T14353 T14351 prep with,detected
R9389 T14354 T14353 pobj ECLplus,with
R9390 T14355 T14356 punct (,Amersham
R9391 T14356 T14354 parataxis Amersham,ECLplus
R9392 T14357 T14356 punct ", ",Amersham
R9393 T14358 T14359 compound Little,Chalfont
R9394 T14359 T14356 npadvmod Chalfont,Amersham
R9395 T14360 T14356 punct ", ",Amersham
R9396 T14361 T14362 compound United,Kingdom
R9397 T14362 T14356 npadvmod Kingdom,Amersham
R9398 T14363 T14356 punct ),Amersham
R9399 T14364 T14351 punct ", ",detected
R9400 T14365 T14351 cc and,detected
R9401 T14366 T14367 nsubj immunoblots,scanned
R9402 T14367 T14351 conj scanned,detected
R9403 T14368 T14367 aux were,scanned
R9404 T14369 T14367 cc and,scanned
R9405 T14370 T14371 advmod quantitatively,analyzed
R9406 T14371 T14367 conj analyzed,scanned
R9407 T14372 T14367 prep with,scanned
R9408 T14373 T14372 pobj ImageJ,with
R9409 T14374 T14367 punct .,scanned
R9410 T14415 T14416 amod Behavioral,analysis
R9411 T14416 T14417 dep analysis,Subjects
R9412 T14418 T14417 punct : ,Subjects
R9413 T14420 T14421 det All,mice
R9414 T14421 T14422 nsubj mice,were
R9415 T14423 T14424 quantmod four,six
R9416 T14424 T14426 nummod six,weeks
R9417 T14425 T14424 quantmod to,six
R9418 T14426 T14427 npadvmod weeks,old
R9419 T14427 T14422 acomp old,were
R9420 T14428 T14422 prep at,were
R9421 T14429 T14430 det the,beginning
R9422 T14430 T14428 pobj beginning,at
R9423 T14431 T14430 prep of,beginning
R9424 T14432 T14433 det the,experiments
R9425 T14433 T14431 pobj experiments,of
R9426 T14434 T14422 punct .,were
R9427 T14436 T14437 nsubjpass Subjects,maintained
R9428 T14438 T14437 auxpass were,maintained
R9429 T14439 T14437 prep on,maintained
R9430 T14440 T14441 det a,cycle
R9431 T14441 T14439 pobj cycle,on
R9432 T14442 T14443 nummod 12,h
R9433 T14443 T14441 compound h,cycle
R9434 T14444 T14443 punct -,h
R9435 T14445 T14446 compound light,dark
R9436 T14446 T14441 compound dark,cycle
R9437 T14447 T14446 punct -,dark
R9438 T14448 T14437 prep in,maintained
R9439 T14449 T14450 amod isolated,cages
R9440 T14450 T14448 pobj cages,in
R9441 T14451 T14437 prep in,maintained
R9442 T14452 T14453 det a,facility
R9443 T14453 T14451 pobj facility,in
R9444 T14454 T14455 npadvmod temperature,controlled
R9445 T14455 T14453 amod controlled,facility
R9446 T14456 T14454 cc and,temperature
R9447 T14457 T14454 conj humidity,temperature
R9448 T14458 T14455 punct -,controlled
R9449 T14459 T14453 compound animal,facility
R9450 T14460 T14437 punct .,maintained
R9451 T14462 T14463 det All,training
R9452 T14463 T14465 nsubjpass training,conducted
R9453 T14464 T14463 amod behavioral,training
R9454 T14466 T14465 auxpass was,conducted
R9455 T14467 T14465 prep during,conducted
R9456 T14468 T14467 pobj daytime,during
R9457 T14469 T14465 punct .,conducted
R9458 T14471 T14472 prep During,kept
R9459 T14473 T14474 det the,period
R9460 T14474 T14471 pobj period,During
R9461 T14475 T14474 compound training,period
R9462 T14476 T14472 punct ", ",kept
R9463 T14477 T14472 nsubjpass animals,kept
R9464 T14478 T14472 auxpass were,kept
R9465 T14479 T14472 prep on,kept
R9466 T14480 T14481 amod free,food
R9467 T14481 T14479 pobj food,on
R9468 T14482 T14479 cc but,on
R9469 T14483 T14479 conj on,on
R9470 T14484 T14485 det a,schedule
R9471 T14485 T14483 pobj schedule,on
R9472 T14486 T14487 compound water,restriction
R9473 T14487 T14485 compound restriction,schedule
R9474 T14488 T14487 punct -,restriction
R9475 T14489 T14485 acl designed,schedule
R9476 T14490 T14491 aux to,keep
R9477 T14491 T14489 advcl keep,designed
R9478 T14492 T14491 dobj them,keep
R9479 T14493 T14491 oprd at,keep
R9480 T14494 T14495 punct >,85
R9481 T14495 T14496 nummod 85,%
R9482 T14496 T14493 pobj %,at
R9483 T14497 T14496 prep of,%
R9484 T14498 T14499 poss their,weight
R9485 T14499 T14497 pobj weight,of
R9486 T14500 T14501 amod free,food
R9487 T14501 T14499 compound food,weight
R9488 T14502 T14499 compound body,weight
R9489 T14503 T14472 punct .,kept
R9490 T14505 T14506 amod Continuous,restriction
R9491 T14506 T14508 nsubj restriction,was
R9492 T14507 T14506 compound water,restriction
R9493 T14509 T14508 neg never,was
R9494 T14510 T14508 advmod longer,was
R9495 T14511 T14510 prep than,longer
R9496 T14512 T14513 nummod 12,h
R9497 T14513 T14511 pobj h,than
R9498 T14514 T14508 punct .,was
R9499 T14516 T14517 det All,care
R9500 T14517 T14519 nsubj care,were
R9501 T14518 T14517 compound animal,care
R9502 T14520 T14517 cc and,care
R9503 T14521 T14517 conj procedures,care
R9504 T14522 T14519 prep in,were
R9505 T14523 T14522 pobj accordance,in
R9506 T14524 T14523 prep with,accordance
R9507 T14525 T14526 det the,guidelines
R9508 T14526 T14524 pobj guidelines,with
R9509 T14527 T14526 compound animal,guidelines
R9510 T14528 T14526 compound ethics,guidelines
R9511 T14529 T14526 prep of,guidelines
R9512 T14530 T14531 det the,Society
R9513 T14531 T14529 pobj Society,of
R9514 T14532 T14533 compound Max,Planck
R9515 T14533 T14531 compound Planck,Society
R9516 T14534 T14533 punct -,Planck
R9517 T14535 T14519 punct .,were
R9518 T14574 T14575 det All,experiments
R9519 T14575 T14578 nsubjpass experiments,performed
R9520 T14576 T14577 amod olfactory,discrimination
R9521 T14577 T14575 compound discrimination,experiments
R9522 T14579 T14578 auxpass were,performed
R9523 T14580 T14578 advcl using,performed
R9524 T14581 T14582 nummod three,olfactometers
R9525 T14582 T14580 dobj olfactometers,using
R9526 T14583 T14582 amod modified,olfactometers
R9527 T14584 T14585 nummod eight,channel
R9528 T14585 T14582 compound channel,olfactometers
R9529 T14586 T14585 punct -,channel
R9530 T14587 T14588 punct (,Knosys
R9531 T14588 T14582 parataxis Knosys,olfactometers
R9532 T14589 T14588 punct [,Knosys
R9533 T14590 T14588 dep 61,Knosys
R9534 T14591 T14588 punct ],Knosys
R9535 T14592 T14588 punct ", ",Knosys
R9536 T14593 T14588 punct ", ",Knosys
R9537 T14594 T14588 npadvmod Bethesda,Knosys
R9538 T14595 T14588 punct ", ",Knosys
R9539 T14596 T14588 npadvmod Maryland,Knosys
R9540 T14597 T14588 punct ", ",Knosys
R9541 T14598 T14599 compound United,States
R9542 T14599 T14588 npadvmod States,Knosys
R9543 T14600 T14599 prep of,States
R9544 T14601 T14600 pobj America,of
R9545 T14602 T14588 punct ),Knosys
R9546 T14603 T14582 acl operated,olfactometers
R9547 T14604 T14603 prep by,operated
R9548 T14605 T14606 amod custom,written
R9549 T14606 T14608 amod written,software
R9550 T14607 T14606 punct -,written
R9551 T14608 T14604 pobj software,by
R9552 T14609 T14608 prep in,software
R9553 T14610 T14609 pobj Igor,in
R9554 T14611 T14612 punct (,Metrics
R9555 T14612 T14610 parataxis Metrics,Igor
R9556 T14613 T14612 compound Wave,Metrics
R9557 T14614 T14612 punct ", ",Metrics
R9558 T14615 T14616 compound Lake,Oswego
R9559 T14616 T14612 npadvmod Oswego,Metrics
R9560 T14617 T14612 punct ", ",Metrics
R9561 T14618 T14612 npadvmod Oregon,Metrics
R9562 T14619 T14612 punct ", ",Metrics
R9563 T14620 T14621 compound United,States
R9564 T14621 T14612 npadvmod States,Metrics
R9565 T14622 T14621 prep of,States
R9566 T14623 T14622 pobj America,of
R9567 T14624 T14612 punct ),Metrics
R9568 T14625 T14603 prep on,operated
R9569 T14626 T14627 nmod Pentium,I
R9570 T14627 T14628 nummod I,PCs
R9571 T14628 T14625 pobj PCs,on
R9572 T14629 T14627 punct ", ",I
R9573 T14630 T14627 conj II,I
R9574 T14631 T14630 punct ", ",II
R9575 T14632 T14630 cc and,II
R9576 T14633 T14630 conj III,II
R9577 T14634 T14628 acl running,PCs
R9578 T14635 T14636 compound Microsoft,Windows
R9579 T14636 T14634 dobj Windows,running
R9580 T14637 T14636 nummod 98,Windows
R9581 T14638 T14578 punct .,performed
R9582 T14640 T14641 amod Great,care
R9583 T14641 T14642 nsubjpass care,taken
R9584 T14643 T14642 auxpass was,taken
R9585 T14644 T14645 aux to,counterbalance
R9586 T14645 T14642 xcomp counterbalance,taken
R9587 T14646 T14645 dobj groups,counterbalance
R9588 T14647 T14645 prep between,counterbalance
R9589 T14648 T14647 pobj setups,between
R9590 T14649 T14642 punct .,taken
R9591 T14651 T14652 prep In,presented
R9592 T14653 T14651 pobj brief,In
R9593 T14654 T14652 punct ", ",presented
R9594 T14655 T14652 nsubjpass animals,presented
R9595 T14656 T14652 auxpass were,presented
R9596 T14657 T14652 prep with,presented
R9597 T14658 T14657 pobj odor,with
R9598 T14659 T14658 prep from,odor
R9599 T14660 T14661 quantmod one,eight
R9600 T14661 T14664 nummod eight,channels
R9601 T14662 T14661 quantmod out,eight
R9602 T14663 T14661 quantmod of,eight
R9603 T14664 T14659 pobj channels,from
R9604 T14665 T14664 amod possible,channels
R9605 T14666 T14664 compound odor,channels
R9606 T14667 T14652 cc and,presented
R9607 T14668 T14652 conj rewarded,presented
R9608 T14669 T14668 prep with,rewarded
R9609 T14670 T14671 det a,drop
R9610 T14671 T14669 pobj drop,with
R9611 T14672 T14673 quantmod 2,4
R9612 T14673 T14676 nummod 4,μl
R9613 T14674 T14673 punct -,4
R9614 T14675 T14673 quantmod to,4
R9615 T14676 T14671 compound μl,drop
R9616 T14677 T14676 punct -,μl
R9617 T14678 T14671 prep of,drop
R9618 T14679 T14678 pobj water,of
R9619 T14680 T14671 prep in,drop
R9620 T14681 T14682 det a,port
R9621 T14682 T14680 pobj port,in
R9622 T14683 T14682 amod combined,port
R9623 T14684 T14685 compound odor,reward
R9624 T14685 T14682 compound reward,port
R9625 T14686 T14685 punct /,reward
R9626 T14687 T14688 punct (,1B
R9627 T14688 T14668 parataxis 1B,rewarded
R9628 T14689 T14688 compound Figure,1B
R9629 T14690 T14688 punct ),1B
R9630 T14691 T14668 punct ", ",rewarded
R9631 T14692 T14668 advcl ensuring,rewarded
R9632 T14693 T14694 amod tight,association
R9633 T14694 T14692 dobj association,ensuring
R9634 T14695 T14694 prep of,association
R9635 T14696 T14697 det the,reward
R9636 T14697 T14695 pobj reward,of
R9637 T14698 T14697 compound water,reward
R9638 T14699 T14697 punct -,reward
R9639 T14700 T14694 prep with,association
R9640 T14701 T14702 det a,odorant
R9641 T14702 T14700 pobj odorant,with
R9642 T14703 T14702 amod presented,odorant
R9643 T14704 T14652 punct .,presented
R9644 T14706 T14707 compound Head,insertion
R9645 T14707 T14708 nsubjpass insertion,monitored
R9646 T14709 T14707 prep into,insertion
R9647 T14710 T14711 det the,port
R9648 T14711 T14709 pobj port,into
R9649 T14712 T14708 auxpass was,monitored
R9650 T14713 T14708 prep by,monitored
R9651 T14714 T14715 det an,beam
R9652 T14715 T14713 pobj beam,by
R9653 T14716 T14715 compound IR,beam
R9654 T14717 T14715 cc and,beam
R9655 T14718 T14715 conj photodiode,beam
R9656 T14719 T14720 punct (,1B
R9657 T14720 T14708 parataxis 1B,monitored
R9658 T14721 T14720 compound Figure,1B
R9659 T14722 T14720 punct ),1B
R9660 T14723 T14708 punct .,monitored
R9661 T14725 T14726 nsubj Odors,were
R9662 T14727 T14725 acl used,Odors
R9663 T14728 T14729 compound n,amyl
R9664 T14729 T14731 compound amyl,acetate
R9665 T14730 T14729 punct -,amyl
R9666 T14731 T14726 attr acetate,were
R9667 T14732 T14731 punct ", ",acetate
R9668 T14733 T14734 compound ethyl,butyrate
R9669 T14734 T14731 conj butyrate,acetate
R9670 T14735 T14734 punct ", ",butyrate
R9671 T14736 T14737 amod pelargonic,acid
R9672 T14737 T14734 conj acid,butyrate
R9673 T14738 T14737 punct ", ",acid
R9674 T14739 T14740 amod valeric,acid
R9675 T14740 T14737 conj acid,acid
R9676 T14741 T14740 punct ", ",acid
R9677 T14742 T14740 cc and,acid
R9678 T14743 T14744 amod binary,mixtures
R9679 T14744 T14740 conj mixtures,acid
R9680 T14745 T14744 prep of,mixtures
R9681 T14746 T14745 pobj cineol,of
R9682 T14747 T14746 cc and,cineol
R9683 T14748 T14746 conj eugenol,cineol
R9684 T14749 T14726 punct .,were
R9685 T14751 T14752 mark If,noted
R9686 T14752 T14755 advcl noted,diluted
R9687 T14753 T14752 neg not,noted
R9688 T14754 T14752 advmod otherwise,noted
R9689 T14756 T14755 punct ", ",diluted
R9690 T14757 T14755 nsubjpass odors,diluted
R9691 T14758 T14755 auxpass were,diluted
R9692 T14759 T14755 prep to,diluted
R9693 T14760 T14761 nummod 1,%
R9694 T14761 T14759 pobj %,to
R9695 T14762 T14755 prep in,diluted
R9696 T14763 T14764 compound mineral,oil
R9697 T14764 T14762 pobj oil,in
R9698 T14765 T14766 punct (,Chemie
R9699 T14766 T14755 parataxis Chemie,diluted
R9700 T14767 T14766 compound Fluka,Chemie
R9701 T14768 T14766 punct ", ",Chemie
R9702 T14769 T14766 npadvmod Steinheim,Chemie
R9703 T14770 T14766 punct ", ",Chemie
R9704 T14771 T14766 npadvmod Germany,Chemie
R9705 T14772 T14766 punct ),Chemie
R9706 T14773 T14755 cc and,diluted
R9707 T14774 T14775 advmod further,diluted
R9708 T14775 T14755 conj diluted,diluted
R9709 T14776 T14775 prep by,diluted
R9710 T14777 T14776 pobj airflow,by
R9711 T14778 T14775 prep to,diluted
R9712 T14779 T14780 det a,concentration
R9713 T14780 T14778 pobj concentration,to
R9714 T14781 T14780 amod final,concentration
R9715 T14782 T14780 prep of,concentration
R9716 T14783 T14784 advmod approximately,0.15
R9717 T14784 T14785 nummod 0.15,%
R9718 T14785 T14782 pobj %,of
R9719 T14786 T14755 punct .,diluted
R9720 T14788 T14789 det All,dilutions
R9721 T14789 T14790 nsubj dilutions,refer
R9722 T14791 T14789 prep in,dilutions
R9723 T14792 T14793 det the,text
R9724 T14793 T14791 pobj text,in
R9725 T14794 T14790 prep to,refer
R9726 T14795 T14796 det the,dilution
R9727 T14796 T14794 pobj dilution,to
R9728 T14797 T14796 prep in,dilution
R9729 T14798 T14799 compound mineral,oil
R9730 T14799 T14797 pobj oil,in
R9731 T14800 T14790 punct .,refer
R9732 T14802 T14803 det All,chemicals
R9733 T14803 T14804 nsubjpass chemicals,obtained
R9734 T14805 T14804 auxpass were,obtained
R9735 T14806 T14804 prep from,obtained
R9736 T14807 T14808 compound Fluka,Chemie
R9737 T14808 T14806 pobj Chemie,from
R9738 T14809 T14804 punct .,obtained
R9739 T14842 T14843 compound Task,habituation
R9740 T14843 T14844 compound habituation,training
R9741 T14846 T14847 advcl Beginning,trained
R9742 T14848 T14849 quantmod 1,3
R9743 T14849 T14851 nummod 3,d
R9744 T14850 T14849 punct –,3
R9745 T14851 T14852 npadvmod d,after
R9746 T14852 T14846 prep after,Beginning
R9747 T14853 T14854 det the,start
R9748 T14854 T14852 pobj start,after
R9749 T14855 T14854 prep of,start
R9750 T14856 T14857 det the,schedule
R9751 T14857 T14855 pobj schedule,of
R9752 T14858 T14859 compound water,restriction
R9753 T14859 T14857 compound restriction,schedule
R9754 T14860 T14847 punct ", ",trained
R9755 T14861 T14847 nsubjpass animals,trained
R9756 T14862 T14847 auxpass were,trained
R9757 T14863 T14847 advcl using,trained
R9758 T14864 T14865 amod standard,procedures
R9759 T14865 T14863 dobj procedures,using
R9760 T14866 T14865 nmod operant,procedures
R9761 T14867 T14866 punct -,operant
R9762 T14868 T14866 amod conditioning,operant
R9763 T14869 T14870 punct [,3
R9764 T14870 T14847 parataxis 3,trained
R9765 T14871 T14870 punct ],3
R9766 T14872 T14847 punct .,trained
R9767 T14874 T14875 prep In,rewarded
R9768 T14876 T14877 det a,step
R9769 T14877 T14874 pobj step,In
R9770 T14878 T14877 amod first,step
R9771 T14879 T14877 compound pretraining,step
R9772 T14880 T14875 punct ", ",rewarded
R9773 T14881 T14882 det each,lick
R9774 T14882 T14875 nsubjpass lick,rewarded
R9775 T14883 T14882 prep at,lick
R9776 T14884 T14885 det the,tube
R9777 T14885 T14883 pobj tube,at
R9778 T14886 T14885 compound water,tube
R9779 T14887 T14885 compound delivery,tube
R9780 T14888 T14875 auxpass was,rewarded
R9781 T14889 T14875 punct .,rewarded
R9782 T14891 T14892 prep After,entered
R9783 T14893 T14894 nummod 20,licks
R9784 T14894 T14891 pobj licks,After
R9785 T14895 T14892 punct ", ",entered
R9786 T14896 T14897 det a,stage
R9787 T14897 T14892 nsubjpass stage,entered
R9788 T14898 T14897 amod second,stage
R9789 T14899 T14892 auxpass was,entered
R9790 T14900 T14901 prep in,initiated
R9791 T14901 T14892 ccomp initiated,entered
R9792 T14902 T14900 pobj which,in
R9793 T14903 T14904 compound head,insertion
R9794 T14904 T14901 nsubj insertion,initiated
R9795 T14905 T14906 det a,presentation
R9796 T14906 T14901 dobj presentation,initiated
R9797 T14907 T14908 nummod 2,s
R9798 T14908 T14906 nmod s,presentation
R9799 T14909 T14908 punct -,s
R9800 T14910 T14906 punct “,presentation
R9801 T14911 T14906 nmod odor,presentation
R9802 T14912 T14906 punct ”,presentation
R9803 T14913 T14914 prep during,rewarded
R9804 T14914 T14906 relcl rewarded,presentation
R9805 T14915 T14913 pobj which,during
R9806 T14916 T14917 det a,lick
R9807 T14917 T14914 nsubjpass lick,rewarded
R9808 T14918 T14914 auxpass was,rewarded
R9809 T14919 T14892 punct .,entered
R9810 T14921 T14922 det The,odorant
R9811 T14922 T14924 nsubj odorant,was
R9812 T14923 T14922 punct “,odorant
R9813 T14925 T14922 punct ”,odorant
R9814 T14926 T14922 acl used,odorant
R9815 T14927 T14926 prep in,used
R9816 T14928 T14929 det the,pretraining
R9817 T14929 T14927 pobj pretraining,in
R9818 T14930 T14931 det the,medium
R9819 T14931 T14924 attr medium,was
R9820 T14932 T14931 compound carrier,medium
R9821 T14933 T14934 compound mineral,oil
R9822 T14934 T14931 appos oil,medium
R9823 T14935 T14924 punct .,was
R9824 T14937 T14938 det All,animals
R9825 T14938 T14939 nsubj animals,learned
R9826 T14940 T14941 det this,task
R9827 T14941 T14939 dobj task,learned
R9828 T14942 T14939 prep within,learned
R9829 T14943 T14944 nummod one,day
R9830 T14944 T14942 pobj day,within
R9831 T14945 T14946 punct (,sessions
R9832 T14946 T14944 parataxis sessions,day
R9833 T14947 T14948 quantmod 2,3
R9834 T14948 T14946 nummod 3,sessions
R9835 T14949 T14948 punct –,3
R9836 T14950 T14951 nummod 30,min
R9837 T14951 T14946 npadvmod min,sessions
R9838 T14952 T14951 appos each,min
R9839 T14953 T14946 punct ),sessions
R9840 T14954 T14939 punct .,learned
R9841 T14985 T14984 prep of,Structure
R9842 T14986 T14987 det an,trial
R9843 T14987 T14985 pobj trial,of
R9844 T14988 T14987 amod individual,trial
R9845 T14990 T14991 det The,mouse
R9846 T14991 T14992 nsubj mouse,initiates
R9847 T14993 T14994 det each,trial
R9848 T14994 T14992 dobj trial,initiates
R9849 T14995 T14992 prep by,initiates
R9850 T14996 T14995 pcomp breaking,by
R9851 T14997 T14998 det a,barrier
R9852 T14998 T14996 dobj barrier,breaking
R9853 T14999 T14998 compound light,barrier
R9854 T15000 T14996 prep at,breaking
R9855 T15001 T15002 det the,opening
R9856 T15002 T15000 pobj opening,at
R9857 T15003 T15002 prep of,opening
R9858 T15004 T15005 det the,port
R9859 T15005 T15003 pobj port,of
R9860 T15006 T15005 compound sampling,port
R9861 T15007 T15008 punct (,see
R9862 T15008 T14992 parataxis see,initiates
R9863 T15009 T15008 advmod also,see
R9864 T15010 T15008 punct [,see
R9865 T15011 T15008 dobj 3,see
R9866 T15012 T15008 punct ],see
R9867 T15013 T15008 punct ),see
R9868 T15014 T14992 punct .,initiates
R9869 T15016 T15017 nsubj This,opens
R9870 T15018 T15017 dobj one,opens
R9871 T15019 T15018 prep of,one
R9872 T15020 T15021 nummod eight,valves
R9873 T15021 T15019 pobj valves,of
R9874 T15022 T15021 compound odor,valves
R9875 T15023 T15021 punct ", ",valves
R9876 T15024 T15021 cc and,valves
R9877 T15025 T15026 det a,valve
R9878 T15026 T15021 conj valve,valves
R9879 T15027 T15026 compound diversion,valve
R9880 T15028 T15029 dep that,diverts
R9881 T15029 T15026 relcl diverts,valve
R9882 T15030 T15031 det all,flow
R9883 T15031 T15029 dobj flow,diverts
R9884 T15032 T15031 compound air,flow
R9885 T15033 T15029 advmod away,diverts
R9886 T15034 T15033 prep from,away
R9887 T15035 T15036 det the,animal
R9888 T15036 T15034 pobj animal,from
R9889 T15037 T15029 prep for,diverts
R9890 T15038 T15039 advmod typically,ms
R9891 T15039 T15037 pobj ms,for
R9892 T15040 T15039 nummod 500,ms
R9893 T15041 T15017 punct .,opens
R9894 T15043 T15044 prep After,is
R9895 T15045 T15046 det the,release
R9896 T15046 T15043 pobj release,After
R9897 T15047 T15046 prep of,release
R9898 T15048 T15049 det the,valve
R9899 T15049 T15047 pobj valve,of
R9900 T15050 T15049 compound diversion,valve
R9901 T15051 T15044 punct ", ",is
R9902 T15052 T15053 det the,odor
R9903 T15053 T15044 nsubj odor,is
R9904 T15054 T15044 acomp accessible,is
R9905 T15055 T15054 prep to,accessible
R9906 T15056 T15057 det the,animal
R9907 T15057 T15055 pobj animal,to
R9908 T15058 T15044 prep for,is
R9909 T15059 T15060 nummod "2,000",ms
R9910 T15060 T15058 pobj ms,for
R9911 T15061 T15044 punct .,is
R9912 T15063 T15064 mark If,licks
R9913 T15064 T15067 advcl licks,receive
R9914 T15065 T15064 nsubj it,licks
R9915 T15066 T15064 advmod continuously,licks
R9916 T15068 T15064 prep at,licks
R9917 T15069 T15070 det the,port
R9918 T15070 T15068 pobj port,at
R9919 T15071 T15070 compound lick,port
R9920 T15072 T15064 prep during,licks
R9921 T15073 T15074 det this,time
R9922 T15074 T15072 pobj time,during
R9923 T15075 T15076 punct (,in
R9924 T15076 T15064 parataxis in,licks
R9925 T15077 T15076 advmod once,in
R9926 T15078 T15079 advmod at,least
R9927 T15079 T15080 advmod least,four
R9928 T15080 T15084 nummod four,bins
R9929 T15081 T15080 quantmod three,four
R9930 T15082 T15080 quantmod out,four
R9931 T15083 T15080 quantmod of,four
R9932 T15084 T15076 pobj bins,in
R9933 T15085 T15086 nummod 500,ms
R9934 T15086 T15084 compound ms,bins
R9935 T15087 T15086 punct -,ms
R9936 T15088 T15076 punct ),in
R9937 T15089 T15067 punct ", ",receive
R9938 T15090 T15067 nsubj it,receive
R9939 T15091 T15067 aux can,receive
R9940 T15092 T15093 det a,reward
R9941 T15093 T15067 dobj reward,receive
R9942 T15094 T15095 quantmod 2,4
R9943 T15095 T15098 nummod 4,μl
R9944 T15096 T15095 punct -,4
R9945 T15097 T15095 quantmod to,4
R9946 T15098 T15093 compound μl,reward
R9947 T15099 T15098 punct -,μl
R9948 T15100 T15093 compound water,reward
R9949 T15101 T15067 prep after,receive
R9950 T15102 T15103 det the,end
R9951 T15103 T15101 pobj end,after
R9952 T15104 T15103 prep of,end
R9953 T15105 T15106 det the,period
R9954 T15106 T15104 pobj period,of
R9955 T15107 T15108 nummod "2,000",ms
R9956 T15108 T15106 compound ms,period
R9957 T15109 T15108 punct -,ms
R9958 T15110 T15067 punct .,receive
R9959 T15112 T15113 mark If,lick
R9960 T15113 T15119 advcl lick,given
R9961 T15114 T15115 det the,animal
R9962 T15115 T15113 nsubj animal,lick
R9963 T15116 T15113 aux does,lick
R9964 T15117 T15113 neg not,lick
R9965 T15118 T15113 advmod continuously,lick
R9966 T15120 T15113 punct ", ",lick
R9967 T15121 T15113 cc or,lick
R9968 T15122 T15123 mark if,was
R9969 T15123 T15113 conj was,lick
R9970 T15124 T15125 det the,odor
R9971 T15125 T15123 nsubj odor,was
R9972 T15126 T15125 amod presented,odor
R9973 T15127 T15128 det a,odor
R9974 T15128 T15123 attr odor,was
R9975 T15129 T15128 amod designated,odor
R9976 T15130 T15128 amod nonrewarded,odor
R9977 T15131 T15119 punct ", ",given
R9978 T15132 T15133 preconj neither,reward
R9979 T15133 T15119 nsubjpass reward,given
R9980 T15134 T15133 det a,reward
R9981 T15135 T15119 auxpass is,given
R9982 T15136 T15137 cc nor,sort
R9983 T15137 T15119 dep sort,given
R9984 T15138 T15137 det any,sort
R9985 T15139 T15137 prep of,sort
R9986 T15140 T15139 pobj punishment,of
R9987 T15141 T15119 punct ", ",given
R9988 T15142 T15143 aux to,minimize
R9989 T15143 T15119 advcl minimize,given
R9990 T15144 T15143 dobj stress,minimize
R9991 T15145 T15143 prep for,minimize
R9992 T15146 T15147 det the,animal
R9993 T15147 T15145 pobj animal,for
R9994 T15148 T15119 punct .,given
R9995 T15150 T15151 nsubjpass Trials,counted
R9996 T15152 T15151 auxpass are,counted
R9997 T15153 T15151 prep as,counted
R9998 T15154 T15153 amod correct,as
R9999 T15155 T15156 mark if,licks
R10000 T15156 T15151 advcl licks,counted
R10001 T15157 T15158 det the,animal
R10002 T15158 T15156 nsubj animal,licks
R10003 T15159 T15156 advmod continuously,licks
R10004 T15160 T15156 prep upon,licks
R10005 T15161 T15160 pobj presentation,upon
R10006 T15162 T15161 prep of,presentation
R10007 T15163 T15164 det a,odor
R10008 T15164 T15162 pobj odor,of
R10009 T15165 T15164 amod rewarded,odor
R10010 T15166 T15156 cc or,licks
R10011 T15167 T15168 aux does,lick
R10012 T15168 T15156 conj lick,licks
R10013 T15169 T15168 neg not,lick
R10014 T15170 T15168 advmod continuously,lick
R10015 T15171 T15168 prep with,lick
R10016 T15172 T15173 det a,odor
R10017 T15173 T15171 pobj odor,with
R10018 T15174 T15173 amod nonrewarded,odor
R10019 T15175 T15151 punct .,counted
R10020 T15177 T15178 det A,trial
R10021 T15178 T15180 nsubjpass trial,initiated
R10022 T15179 T15178 amod second,trial
R10023 T15181 T15180 aux can,initiated
R10024 T15182 T15180 neg not,initiated
R10025 T15183 T15180 auxpass be,initiated
R10026 T15184 T15185 mark unless,passed
R10027 T15185 T15180 advcl passed,initiated
R10028 T15186 T15187 det an,interval
R10029 T15187 T15185 nsubj interval,passed
R10030 T15188 T15187 amod intertrial,interval
R10031 T15189 T15187 prep of,interval
R10032 T15190 T15191 advmod at,least
R10033 T15191 T15192 advmod least,5
R10034 T15192 T15193 nummod 5,s
R10035 T15193 T15189 pobj s,of
R10036 T15194 T15185 aux has,passed
R10037 T15195 T15180 punct .,initiated
R10038 T15197 T15198 det This,interval
R10039 T15198 T15199 nsubj interval,is
R10040 T15200 T15201 advmod sufficiently,long
R10041 T15201 T15199 acomp long,is
R10042 T15202 T15203 advmod so,retract
R10043 T15203 T15199 advcl retract,is
R10044 T15204 T15203 mark that,retract
R10045 T15205 T15203 nsubj animals,retract
R10046 T15206 T15203 advmod typically,retract
R10047 T15207 T15203 advmod quickly,retract
R10048 T15208 T15203 prep after,retract
R10049 T15209 T15210 det the,end
R10050 T15210 T15208 pobj end,after
R10051 T15211 T15210 prep of,end
R10052 T15212 T15213 det the,trial
R10053 T15213 T15211 pobj trial,of
R10054 T15214 T15199 punct .,is
R10055 T15216 T15217 nsubjpass Odors,presented
R10056 T15218 T15217 auxpass are,presented
R10057 T15219 T15217 prep in,presented
R10058 T15220 T15221 det a,scheme
R10059 T15221 T15219 pobj scheme,in
R10060 T15222 T15221 amod pseudo-randomized,scheme
R10061 T15223 T15224 punct (,numbers
R10062 T15224 T15217 parataxis numbers,presented
R10063 T15225 T15226 quantmod no,two
R10064 T15226 T15229 nummod two,presentations
R10065 T15227 T15226 amod more,two
R10066 T15228 T15226 quantmod than,two
R10067 T15229 T15224 dep presentations,numbers
R10068 T15230 T15229 amod successive,presentations
R10069 T15231 T15229 prep of,presentations
R10070 T15232 T15233 det the,odor
R10071 T15233 T15231 pobj odor,of
R10072 T15234 T15233 amod same,odor
R10073 T15235 T15224 punct ", ",numbers
R10074 T15236 T15224 amod equal,numbers
R10075 T15237 T15224 prep within,numbers
R10076 T15238 T15239 det each,block
R10077 T15239 T15237 pobj block,within
R10078 T15240 T15241 nummod 20,trial
R10079 T15241 T15239 compound trial,block
R10080 T15242 T15241 punct -,trial
R10081 T15243 T15224 punct ),numbers
R10082 T15244 T15217 punct .,presented
R10083 T15246 T15247 det No,preference
R10084 T15247 T15249 nsubjpass preference,observed
R10085 T15248 T15247 amod intrinsic,preference
R10086 T15250 T15247 prep toward,preference
R10087 T15251 T15250 pobj any,toward
R10088 T15252 T15251 prep of,any
R10089 T15253 T15254 det the,odors
R10090 T15254 T15252 pobj odors,of
R10091 T15255 T15249 auxpass was,observed
R10092 T15256 T15249 cc but,observed
R10093 T15257 T15249 conj controlled,observed
R10094 T15258 T15257 prep for,controlled
R10095 T15259 T15257 prep by,controlled
R10096 T15260 T15259 pobj counterbalancing,by
R10097 T15261 T15249 punct .,observed
R10098 T15263 T15264 quantmod A,300
R10099 T15264 T15269 nummod 300,trials
R10100 T15265 T15264 quantmod total,300
R10101 T15266 T15264 quantmod of,300
R10102 T15267 T15264 quantmod 100,300
R10103 T15268 T15264 punct –,300
R10104 T15269 T15270 nsubjpass trials,separated
R10105 T15271 T15270 auxpass were,separated
R10106 T15272 T15270 aux performed,separated
R10107 T15273 T15274 det each,day
R10108 T15274 T15270 npadvmod day,separated
R10109 T15275 T15270 punct ", ",separated
R10110 T15276 T15270 prep into,separated
R10111 T15277 T15278 quantmod 30,40
R10112 T15278 T15281 nummod 40,min
R10113 T15279 T15278 punct -,40
R10114 T15280 T15278 quantmod to,40
R10115 T15281 T15283 compound min,stretches
R10116 T15282 T15281 punct -,min
R10117 T15283 T15276 pobj stretches,into
R10118 T15284 T15285 aux to,ensure
R10119 T15285 T15270 advcl ensure,separated
R10120 T15286 T15287 amod maximal,motivation
R10121 T15287 T15285 dobj motivation,ensure
R10122 T15288 T15285 prep despite,ensure
R10123 T15289 T15290 det the,scheme
R10124 T15290 T15288 pobj scheme,despite
R10125 T15291 T15290 amod mild,scheme
R10126 T15292 T15293 compound water,restriction
R10127 T15293 T15290 compound restriction,scheme
R10128 T15294 T15270 punct .,separated
R10129 T15296 T15297 advmod Additionally,controlled
R10130 T15298 T15297 punct ", ",controlled
R10131 T15299 T15297 nsubjpass motivation,controlled
R10132 T15300 T15297 auxpass was,controlled
R10133 T15301 T15297 prep by,controlled
R10134 T15302 T15301 pcomp monitoring,by
R10135 T15303 T15304 amod intertrial,intervals
R10136 T15304 T15302 dobj intervals,monitoring
R10137 T15305 T15304 cc and,intervals
R10138 T15306 T15307 det the,frequency
R10139 T15307 T15304 conj frequency,intervals
R10140 T15308 T15307 compound response,frequency
R10141 T15309 T15310 punct [,3
R10142 T15310 T15297 parataxis 3,controlled
R10143 T15311 T15310 punct ],3
R10144 T15312 T15297 punct .,controlled
R10145 T15339 T15338 prep of,Measurement
R10146 T15340 T15339 pobj performance,of
R10147 T15342 T15343 det The,measure
R10148 T15343 T15345 nsubj measure,is
R10149 T15344 T15343 amod simplest,measure
R10150 T15346 T15343 prep of,measure
R10151 T15347 T15346 pobj performance,of
R10152 T15348 T15349 det the,fraction
R10153 T15349 T15345 attr fraction,is
R10154 T15350 T15349 prep of,fraction
R10155 T15351 T15350 pobj trials,of
R10156 T15352 T15353 prep in,responds
R10157 T15353 T15349 relcl responds,fraction
R10158 T15354 T15352 pobj which,in
R10159 T15355 T15356 det the,animal
R10160 T15356 T15353 nsubj animal,responds
R10161 T15357 T15353 advmod correctly,responds
R10162 T15358 T15353 punct —,responds
R10163 T15359 T15360 advmod that,is
R10164 T15360 T15361 advmod is,responds
R10165 T15361 T15353 dep responds,responds
R10166 T15362 T15361 punct ", ",responds
R10167 T15363 T15361 prep with,responds
R10168 T15364 T15363 pobj licking,with
R10169 T15365 T15361 prep to,responds
R10170 T15366 T15367 det the,presentation
R10171 T15367 T15365 pobj presentation,to
R10172 T15368 T15367 prep of,presentation
R10173 T15369 T15370 det the,odor
R10174 T15370 T15368 pobj odor,of
R10175 T15371 T15370 nmod S,odor
R10176 T15372 T15371 punct +,S
R10177 T15373 T15361 cc and,responds
R10178 T15374 T15375 aux does,lick
R10179 T15375 T15361 conj lick,responds
R10180 T15376 T15375 neg not,lick
R10181 T15377 T15375 prep with,lick
R10182 T15378 T15377 pobj presentation,with
R10183 T15379 T15378 prep of,presentation
R10184 T15380 T15381 det the,odor
R10185 T15381 T15379 pobj odor,of
R10186 T15382 T15381 nmod S,odor
R10187 T15383 T15381 punct −,odor
R10188 T15384 T15345 punct .,is
R10189 T15386 T15387 nsubjpass It,shown
R10190 T15388 T15387 auxpass was,shown
R10191 T15389 T15387 advmod previously,shown
R10192 T15390 T15387 punct ", ",shown
R10193 T15391 T15387 advmod however,shown
R10194 T15392 T15387 punct ", ",shown
R10195 T15393 T15394 mark that,is
R10196 T15394 T15387 ccomp is,shown
R10197 T15395 T15396 det the,pattern
R10198 T15396 T15394 nsubj pattern,is
R10199 T15397 T15396 amod detailed,pattern
R10200 T15398 T15396 compound sampling,pattern
R10201 T15399 T15400 det a,measure
R10202 T15400 T15394 attr measure,is
R10203 T15401 T15402 advmod more,sensitive
R10204 T15402 T15400 amod sensitive,measure
R10205 T15403 T15400 prep of,measure
R10206 T15404 T15405 compound discrimination,performance
R10207 T15405 T15403 pobj performance,of
R10208 T15406 T15407 punct [,3
R10209 T15407 T15387 parataxis 3,shown
R10210 T15408 T15407 punct ],3
R10211 T15409 T15387 punct .,shown
R10212 T15411 T15412 aux To,avoid
R10213 T15412 T15413 advcl avoid,chose
R10214 T15414 T15415 amod long,periods
R10215 T15415 T15412 dobj periods,avoid
R10216 T15416 T15417 punct (,week
R10217 T15417 T15414 parataxis week,long
R10218 T15418 T15419 punct >,3
R10219 T15419 T15417 nummod 3,week
R10220 T15420 T15417 punct -,week
R10221 T15421 T15417 punct ),week
R10222 T15422 T15415 compound training,periods
R10223 T15423 T15413 punct ", ",chose
R10224 T15424 T15413 nsubj we,chose
R10225 T15425 T15426 neg not,measure
R10226 T15426 T15413 xcomp measure,chose
R10227 T15427 T15426 aux to,measure
R10228 T15428 T15429 compound discrimination,times
R10229 T15429 T15426 dobj times,measure
R10230 T15430 T15431 punct [,3
R10231 T15431 T15426 parataxis 3,measure
R10232 T15432 T15431 punct ],3
R10233 T15433 T15426 cc but,measure
R10234 T15434 T15435 aux to,analyze
R10235 T15435 T15426 conj analyze,measure
R10236 T15436 T15437 det the,behavior
R10237 T15437 T15435 dobj behavior,analyze
R10238 T15438 T15437 amod average,behavior
R10239 T15439 T15437 compound sampling,behavior
R10240 T15440 T15435 prep in,analyze
R10241 T15441 T15440 amod total,in
R10242 T15442 T15413 punct .,chose
R10243 T15444 T15445 prep Upon,breaks
R10244 T15446 T15444 pobj presentation,Upon
R10245 T15447 T15446 prep of,presentation
R10246 T15448 T15449 det a,odor
R10247 T15449 T15447 pobj odor,of
R10248 T15450 T15449 amod rewarded,odor
R10249 T15451 T15445 punct ", ",breaks
R10250 T15452 T15453 det the,animal
R10251 T15453 T15445 nsubj animal,breaks
R10252 T15454 T15445 advmod usually,breaks
R10253 T15455 T15445 advmod continuously,breaks
R10254 T15456 T15457 det the,beam
R10255 T15457 T15445 dobj beam,breaks
R10256 T15458 T15445 punct ", ",breaks
R10257 T15459 T15460 mark whereas,retracted
R10258 T15460 T15445 advcl retracted,breaks
R10259 T15461 T15460 prep upon,retracted
R10260 T15462 T15461 pobj presentation,upon
R10261 T15463 T15462 prep of,presentation
R10262 T15464 T15465 det an,odor
R10263 T15465 T15463 pobj odor,of
R10264 T15466 T15465 amod unrewarded,odor
R10265 T15467 T15468 det the,head
R10266 T15468 T15460 nsubjpass head,retracted
R10267 T15469 T15460 auxpass is,retracted
R10268 T15470 T15460 advmod quickly,retracted
R10269 T15471 T15445 punct .,breaks
R10270 T15473 T15474 det The,difference
R10271 T15474 T15475 nsubj difference,is
R10272 T15476 T15474 prep in,difference
R10273 T15477 T15476 pobj response,in
R10274 T15478 T15477 prep to,response
R10275 T15479 T15480 det the,odor
R10276 T15480 T15478 pobj odor,to
R10277 T15481 T15480 amod rewarded,odor
R10278 T15482 T15481 cc and,rewarded
R10279 T15483 T15481 conj unrewarded,rewarded
R10280 T15484 T15485 advmod approximately,sigmoidal
R10281 T15485 T15475 acomp sigmoidal,is
R10282 T15486 T15487 punct (,1D
R10283 T15487 T15475 parataxis 1D,is
R10284 T15488 T15487 compound Figures,1D
R10285 T15489 T15487 punct ", ",1D
R10286 T15490 T15487 conj 1E,1D
R10287 T15491 T15490 punct ", ",1E
R10288 T15492 T15490 cc and,1E
R10289 T15493 T15490 conj 2D,1E
R10290 T15494 T15487 punct ),1D
R10291 T15495 T15475 cc and,is
R10292 T15496 T15475 conj yields,is
R10293 T15497 T15498 det a,measure
R10294 T15498 T15496 dobj measure,yields
R10295 T15499 T15498 amod sensitive,measure
R10296 T15500 T15498 prep of,measure
R10297 T15501 T15502 det the,performance
R10298 T15502 T15500 pobj performance,of
R10299 T15503 T15502 compound discrimination,performance
R10300 T15504 T15475 punct .,is
R10301 T15506 T15507 prep From,determined
R10302 T15508 T15509 det this,difference
R10303 T15509 T15506 pobj difference,From
R10304 T15510 T15506 cc or,From
R10305 T15511 T15506 conj from,From
R10306 T15512 T15513 det a,fit
R10307 T15513 T15511 pobj fit,from
R10308 T15514 T15513 amod sigmoidal,fit
R10309 T15515 T15513 prep to,fit
R10310 T15516 T15517 det the,difference
R10311 T15517 T15515 pobj difference,to
R10312 T15518 T15519 punct (,1E
R10313 T15519 T15511 parataxis 1E,from
R10314 T15520 T15519 compound Figure,1E
R10315 T15521 T15519 punct ),1E
R10316 T15522 T15507 punct ", ",determined
R10317 T15523 T15524 amod several,measures
R10318 T15524 T15507 nsubjpass measures,determined
R10319 T15525 T15524 prep of,measures
R10320 T15526 T15525 pobj discrimination,of
R10321 T15527 T15507 aux can,determined
R10322 T15528 T15507 auxpass be,determined
R10323 T15529 T15507 punct : ,determined
R10324 T15530 T15531 det the,difference
R10325 T15531 T15507 dobj difference,determined
R10326 T15532 T15531 amod average,difference
R10327 T15533 T15531 punct ", ",difference
R10328 T15534 T15535 nmod peak,time
R10329 T15535 T15531 conj time,difference
R10330 T15536 T15534 punct ", ",peak
R10331 T15537 T15534 cc or,peak
R10332 T15538 T15534 conj maximum,peak
R10333 T15539 T15535 punct ", ",time
R10334 T15540 T15535 prep of,time
R10335 T15541 T15542 amod half,maximum
R10336 T15542 T15540 pobj maximum,of
R10337 T15543 T15535 punct ", ",time
R10338 T15544 T15535 cc and,time
R10339 T15545 T15535 conj slope,time
R10340 T15546 T15545 prep of,slope
R10341 T15547 T15548 det the,sigmoid
R10342 T15548 T15546 pobj sigmoid,of
R10343 T15549 T15548 amod fitted,sigmoid
R10344 T15550 T15507 punct .,determined
R10345 T15552 T15553 mark Whereas,is
R10346 T15553 T15565 advcl is,yielded
R10347 T15554 T15553 prep for,is
R10348 T15555 T15556 amod small,numbers
R10349 T15556 T15554 pobj numbers,for
R10350 T15557 T15556 compound trial,numbers
R10351 T15558 T15559 punct (,200
R10352 T15559 T15556 parataxis 200,numbers
R10353 T15560 T15559 punct <,200
R10354 T15561 T15559 punct ),200
R10355 T15562 T15563 det the,slope
R10356 T15563 T15553 nsubj slope,is
R10357 T15564 T15553 advmod often,is
R10358 T15566 T15553 neg not,is
R10359 T15567 T15568 advmod well,constrained
R10360 T15568 T15553 acomp constrained,is
R10361 T15569 T15565 punct ", ",yielded
R10362 T15570 T15565 nsubj any,yielded
R10363 T15571 T15570 prep of,any
R10364 T15572 T15573 det the,parameters
R10365 T15573 T15571 pobj parameters,of
R10366 T15574 T15573 amod other,parameters
R10367 T15575 T15565 advmod essentially,yielded
R10368 T15576 T15577 det the,results
R10369 T15577 T15565 dobj results,yielded
R10370 T15578 T15577 amod same,results
R10371 T15579 T15565 punct .,yielded
R10372 T15581 T15582 det The,index
R10373 T15582 T15584 nsubj index,refers
R10374 T15583 T15582 compound discrimination,index
R10375 T15585 T15582 acl plotted,index
R10376 T15586 T15585 prep in,plotted
R10377 T15587 T15588 compound Figures,1F
R10378 T15588 T15586 pobj 1F,in
R10379 T15589 T15588 punct ", ",1F
R10380 T15590 T15588 conj 2C,1F
R10381 T15591 T15590 punct ", ",2C
R10382 T15592 T15590 conj 4D,2C
R10383 T15593 T15592 punct ", ",4D
R10384 T15594 T15592 cc and,4D
R10385 T15595 T15592 conj 6C,4D
R10386 T15596 T15584 prep to,refers
R10387 T15597 T15598 det the,maximum
R10388 T15598 T15596 pobj maximum,to
R10389 T15599 T15598 amod fitted,maximum
R10390 T15600 T15598 punct ", ",maximum
R10391 T15601 T15602 advmod generally,ranging
R10392 T15602 T15598 acl ranging,maximum
R10393 T15603 T15602 prep from,ranging
R10394 T15604 T15603 pobj zero,from
R10395 T15605 T15603 prep to,from
R10396 T15606 T15605 pobj one,to
R10397 T15607 T15602 punct ", ",ranging
R10398 T15608 T15609 nsubj one,indicating
R10399 T15609 T15602 advcl indicating,ranging
R10400 T15610 T15611 det the,discrimination
R10401 T15611 T15609 dobj discrimination,indicating
R10402 T15612 T15611 amod best,discrimination
R10403 T15613 T15584 punct .,refers
R10404 T15615 T15616 amod Identical,results
R10405 T15616 T15617 nsubjpass results,obtained
R10406 T15618 T15617 auxpass were,obtained
R10407 T15619 T15617 prep with,obtained
R10408 T15620 T15621 amod other,measures
R10409 T15621 T15619 pobj measures,with
R10410 T15622 T15621 prep of,measures
R10411 T15623 T15622 pobj discrimination,of
R10412 T15624 T15621 punct ", ",measures
R10413 T15625 T15626 amod such,as
R10414 T15626 T15621 prep as,measures
R10415 T15627 T15628 det the,difference
R10416 T15628 T15626 pobj difference,as
R10417 T15629 T15628 amod average,difference
R10418 T15630 T15628 compound sampling,difference
R10419 T15631 T15617 punct .,obtained
R10420 T15660 T15659 prep of,Structure
R10421 T15661 T15660 pobj training,of
R10422 T15663 T15664 prep After,trained
R10423 T15665 T15663 pobj habituation,After
R10424 T15666 T15664 punct ", ",trained
R10425 T15667 T15664 nsubjpass mice,trained
R10426 T15668 T15664 auxpass were,trained
R10427 T15669 T15670 aux to,discriminate
R10428 T15670 T15664 xcomp discriminate,trained
R10429 T15671 T15672 nummod 1,%
R10430 T15672 T15673 compound %,amylacetate
R10431 T15673 T15670 dobj amylacetate,discriminate
R10432 T15674 T15670 prep from,discriminate
R10433 T15675 T15676 nummod 1,%
R10434 T15676 T15677 compound %,ethylbutyrate
R10435 T15677 T15674 pobj ethylbutyrate,from
R10436 T15678 T15670 prep for,discriminate
R10437 T15679 T15680 nummod 500,trials
R10438 T15680 T15678 pobj trials,for
R10439 T15681 T15664 punct .,trained
R10440 T15683 T15684 prep During,rewarded
R10441 T15685 T15686 det the,trials
R10442 T15686 T15683 pobj trials,During
R10443 T15687 T15686 amod last,trials
R10444 T15688 T15686 nummod 100,trials
R10445 T15689 T15684 punct ", ",rewarded
R10446 T15690 T15691 det the,odor
R10447 T15691 T15684 nsubjpass odor,rewarded
R10448 T15692 T15691 nmod S,odor
R10449 T15693 T15692 punct +,S
R10450 T15694 T15684 auxpass was,rewarded
R10451 T15695 T15684 prep in,rewarded
R10452 T15696 T15697 advmod only,50
R10453 T15697 T15698 nummod 50,%
R10454 T15698 T15695 pobj %,in
R10455 T15699 T15698 prep of,%
R10456 T15700 T15701 det the,cases
R10457 T15701 T15699 pobj cases,of
R10458 T15702 T15703 aux to,increase
R10459 T15703 T15684 advcl increase,rewarded
R10460 T15704 T15705 det the,resistance
R10461 T15705 T15703 dobj resistance,increase
R10462 T15706 T15705 prep to,resistance
R10463 T15707 T15706 pobj extinction,to
R10464 T15708 T15707 prep of,extinction
R10465 T15709 T15710 det the,memory
R10466 T15710 T15708 pobj memory,of
R10467 T15711 T15710 amod acquired,memory
R10468 T15712 T15684 punct .,rewarded
R10469 T15714 T15715 det These,trials
R10470 T15715 T15716 nsubjpass trials,excluded
R10471 T15717 T15716 auxpass were,excluded
R10472 T15718 T15716 prep for,excluded
R10473 T15719 T15720 det the,analysis
R10474 T15720 T15718 pobj analysis,for
R10475 T15721 T15720 amod statistical,analysis
R10476 T15722 T15720 prep of,analysis
R10477 T15723 T15724 det the,curves
R10478 T15724 T15722 pobj curves,of
R10479 T15725 T15724 compound learning,curves
R10480 T15726 T15716 punct .,excluded
R10481 T15728 T15729 nsubj Inclusion,alter
R10482 T15729 T15732 ccomp alter,was
R10483 T15730 T15729 aux did,alter
R10484 T15731 T15729 neg not,alter
R10485 T15733 T15734 det the,result
R10486 T15734 T15729 dobj result,alter
R10487 T15735 T15734 prep of,result
R10488 T15736 T15737 det the,ANOVA
R10489 T15737 T15735 pobj ANOVA,of
R10490 T15738 T15732 punct ;,was
R10491 T15739 T15732 advmod however,was
R10492 T15740 T15732 punct ", ",was
R10493 T15741 T15742 amod linear,fitting
R10494 T15742 T15732 nsubj fitting,was
R10495 T15743 T15742 prep of,fitting
R10496 T15744 T15745 det the,curve
R10497 T15745 T15743 pobj curve,of
R10498 T15746 T15745 compound learning,curve
R10499 T15747 T15732 neg not,was
R10500 T15748 T15732 acomp appropriate,was
R10501 T15749 T15732 advmod anymore,was
R10502 T15750 T15751 mark as,occurred
R10503 T15751 T15732 advcl occurred,was
R10504 T15752 T15753 amod partial,saturation
R10505 T15753 T15751 nsubj saturation,occurred
R10506 T15754 T15753 prep of,saturation
R10507 T15755 T15756 compound learning,performance
R10508 T15756 T15754 pobj performance,of
R10509 T15757 T15751 aux had,occurred
R10510 T15758 T15751 advmod already,occurred
R10511 T15759 T15732 punct .,was
R10512 T15761 T15762 advmod Subsequently,trained
R10513 T15763 T15762 punct ", ",trained
R10514 T15764 T15762 nsubjpass animals,trained
R10515 T15765 T15762 auxpass were,trained
R10516 T15766 T15762 prep for,trained
R10517 T15767 T15768 nummod 500,trials
R10518 T15768 T15766 pobj trials,for
R10519 T15769 T15762 prep on,trained
R10520 T15770 T15771 det the,task
R10521 T15771 T15769 pobj task,on
R10522 T15772 T15771 punct “,task
R10523 T15773 T15771 amod difficult,task
R10524 T15774 T15771 punct ”,task
R10525 T15775 T15771 compound discrimination,task
R10526 T15776 T15777 punct [,3
R10527 T15777 T15771 parataxis 3,task
R10528 T15778 T15777 punct ],3
R10529 T15779 T15771 prep between,task
R10530 T15780 T15781 det the,mixtures
R10531 T15781 T15779 pobj mixtures,between
R10532 T15782 T15781 amod binary,mixtures
R10533 T15783 T15784 nummod 0.6,%
R10534 T15784 T15785 compound %,eugenol
R10535 T15785 T15781 appos eugenol,mixtures
R10536 T15786 T15785 punct /,eugenol
R10537 T15787 T15788 nummod 0.4,%
R10538 T15788 T15789 compound %,cineol
R10539 T15789 T15785 appos cineol,eugenol
R10540 T15790 T15785 cc and,eugenol
R10541 T15791 T15792 nummod 0.4,%
R10542 T15792 T15793 compound %,eugenol
R10543 T15793 T15785 conj eugenol,eugenol
R10544 T15794 T15793 punct /,eugenol
R10545 T15795 T15796 nummod 0.6,%
R10546 T15796 T15797 compound %,cineol
R10547 T15797 T15793 appos cineol,eugenol
R10548 T15798 T15762 punct .,trained
R10549 T15800 T15801 aux To,allow
R10550 T15801 T15802 advcl allow,altered
R10551 T15803 T15801 dobj comparison,allow
R10552 T15804 T15802 punct ", ",altered
R10553 T15805 T15806 det the,trials
R10554 T15806 T15802 nsubjpass trials,altered
R10555 T15807 T15806 amod last,trials
R10556 T15808 T15806 nummod 100,trials
R10557 T15809 T15802 auxpass were,altered
R10558 T15810 T15802 prep as,altered
R10559 T15811 T15810 prep for,as
R10560 T15812 T15813 det the,task
R10561 T15813 T15811 pobj task,for
R10562 T15814 T15813 punct “,task
R10563 T15815 T15813 amod simple,task
R10564 T15816 T15813 punct ”,task
R10565 T15817 T15813 compound discrimination,task
R10566 T15818 T15813 advmod above,task
R10567 T15819 T15802 punct .,altered
R10568 T15821 T15822 prep After,trained
R10569 T15823 T15824 nummod two,days
R10570 T15824 T15821 pobj days,After
R10571 T15825 T15824 prep of,days
R10572 T15826 T15825 pobj rest,of
R10573 T15827 T15822 punct ", ",trained
R10574 T15828 T15822 nsubjpass animals,trained
R10575 T15829 T15822 auxpass were,trained
R10576 T15830 T15822 advmod finally,trained
R10577 T15831 T15822 prep on,trained
R10578 T15832 T15833 det the,task
R10579 T15833 T15831 pobj task,on
R10580 T15834 T15833 punct “,task
R10581 T15835 T15833 amod simple,task
R10582 T15836 T15833 punct ”,task
R10583 T15837 T15833 compound discrimination,task
R10584 T15838 T15833 prep between,task
R10585 T15839 T15840 nummod 1,%
R10586 T15840 T15841 nmod %,acid
R10587 T15841 T15838 pobj acid,between
R10588 T15842 T15841 amod pelargonic,acid
R10589 T15843 T15841 cc and,acid
R10590 T15844 T15845 nummod 1,%
R10591 T15845 T15846 nmod %,acid
R10592 T15846 T15841 conj acid,acid
R10593 T15847 T15846 amod valeric,acid
R10594 T15848 T15822 prep for,trained
R10595 T15849 T15850 det another,trials
R10596 T15850 T15848 pobj trials,for
R10597 T15851 T15850 nummod 600,trials
R10598 T15852 T15822 punct .,trained
R10599 T15854 T15855 prep In,ensured
R10600 T15856 T15857 det all,experiments
R10601 T15857 T15854 pobj experiments,In
R10602 T15858 T15855 punct ", ",ensured
R10603 T15859 T15855 nsubjpass counterbalancing,ensured
R10604 T15860 T15859 prep between,counterbalancing
R10605 T15861 T15862 det both,odors
R10606 T15862 T15860 pobj odors,between
R10607 T15863 T15862 cc and,odors
R10608 T15864 T15862 conj setups,odors
R10609 T15865 T15855 auxpass was,ensured
R10610 T15866 T15855 prep within,ensured
R10611 T15867 T15866 cc and,within
R10612 T15868 T15866 conj between,within
R10613 T15869 T15870 amod genetic,groups
R10614 T15870 T15868 pobj groups,between
R10615 T15871 T15855 punct ", ",ensured
R10616 T15872 T15855 cc or,ensured
R10617 T15873 T15874 nsubjpass results,compared
R10618 T15874 T15855 conj compared,ensured
R10619 T15875 T15874 auxpass were,compared
R10620 T15876 T15874 prep with,compared
R10621 T15877 T15878 amod counterbalanced,subgroups
R10622 T15878 T15876 pobj subgroups,with
R10623 T15879 T15874 punct ", ",compared
R10624 T15880 T15881 dep which,yielded
R10625 T15881 T15874 advcl yielded,compared
R10626 T15882 T15881 prep in,yielded
R10627 T15883 T15884 det every,case
R10628 T15884 T15882 pobj case,in
R10629 T15885 T15886 amod identical,results
R10630 T15886 T15881 dobj results,yielded
R10631 T15887 T15855 punct .,ensured
R10632 T15889 T15890 prep During,was
R10633 T15891 T15892 det the,course
R10634 T15892 T15889 pobj course,During
R10635 T15893 T15892 amod entire,course
R10636 T15894 T15892 prep of,course
R10637 T15895 T15896 det the,experiment
R10638 T15896 T15894 pobj experiment,of
R10639 T15897 T15890 punct ", ",was
R10640 T15898 T15899 det the,person
R10641 T15899 T15890 nsubj person,was
R10642 T15900 T15899 acl handling,person
R10643 T15901 T15902 det the,animals
R10644 T15902 T15900 dobj animals,handling
R10645 T15903 T15900 cc and,handling
R10646 T15904 T15900 conj operating,handling
R10647 T15905 T15906 det the,olfactometers
R10648 T15906 T15904 dobj olfactometers,operating
R10649 T15907 T15890 acomp blind,was
R10650 T15908 T15907 prep to,blind
R10651 T15909 T15910 det the,genotype
R10652 T15910 T15908 pobj genotype,to
R10653 T15911 T15910 prep of,genotype
R10654 T15912 T15913 det the,mice
R10655 T15913 T15911 pobj mice,of
R10656 T15914 T15890 punct .,was
R10657 T15964 T15965 compound Memory,measurement
R10658 T15967 T15968 aux To,assess
R10659 T15968 T15969 advcl assess,interleaved
R10660 T15969 T15989 ccomp interleaved,included
R10661 T15970 T15968 dobj memory,assess
R10662 T15971 T15969 punct ", ",interleaved
R10663 T15972 T15969 prep after,interleaved
R10664 T15973 T15974 nummod 280,trials
R10665 T15974 T15972 pobj trials,after
R10666 T15975 T15974 prep of,trials
R10667 T15976 T15975 pobj training,of
R10668 T15977 T15978 aux to,discriminate
R10669 T15978 T15976 acl discriminate,training
R10670 T15979 T15978 prep between,discriminate
R10671 T15980 T15981 amod pelargonic,acid
R10672 T15981 T15979 pobj acid,between
R10673 T15982 T15981 cc and,acid
R10674 T15983 T15984 amod valeric,acid
R10675 T15984 T15981 conj acid,acid
R10676 T15985 T15969 punct ", ",interleaved
R10677 T15986 T15987 compound memory,trials
R10678 T15987 T15969 nsubjpass trials,interleaved
R10679 T15988 T15969 auxpass were,interleaved
R10680 T15990 T15969 prep for,interleaved
R10681 T15991 T15992 nummod 120,trials
R10682 T15992 T15990 pobj trials,for
R10683 T15993 T15989 punct ;,included
R10684 T15994 T15995 advmod that,is
R10685 T15995 T15989 advmod is,included
R10686 T15996 T15989 punct ", ",included
R10687 T15997 T15989 prep within,included
R10688 T15998 T15999 det each,block
R10689 T15999 T15997 pobj block,within
R10690 T16000 T15999 prep of,block
R10691 T16001 T16002 nummod 20,trials
R10692 T16002 T16000 pobj trials,of
R10693 T16003 T16004 nummod two,amylacetate
R10694 T16004 T15989 nsubjpass amylacetate,included
R10695 T16005 T16004 amod unrewarded,amylacetate
R10696 T16006 T16004 cc and,amylacetate
R10697 T16007 T16008 nummod two,ethylbutyrate
R10698 T16008 T16010 compound ethylbutyrate,trials
R10699 T16009 T16008 amod unrewarded,ethylbutyrate
R10700 T16010 T16004 conj trials,amylacetate
R10701 T16011 T15989 auxpass were,included
R10702 T16012 T15989 punct .,included
R10703 T16014 T16015 compound Memory,scores
R10704 T16015 T16016 nsubjpass scores,given
R10705 T16017 T16016 auxpass are,given
R10706 T16018 T16016 prep as,given
R10707 T16019 T16020 det the,fraction
R10708 T16020 T16018 pobj fraction,as
R10709 T16021 T16020 prep of,fraction
R10710 T16022 T16023 det those,trials
R10711 T16023 T16021 pobj trials,of
R10712 T16024 T16023 amod unrewarded,trials
R10713 T16025 T16026 dep that,responded
R10714 T16026 T16023 relcl responded,trials
R10715 T16027 T16026 auxpass were,responded
R10716 T16028 T16026 prep to,responded
R10717 T16029 T16026 punct “,responded
R10718 T16030 T16026 advmod correctly,responded
R10719 T16031 T16026 punct ”,responded
R10720 T16032 T16033 punct (,response
R10721 T16033 T16026 parataxis response,responded
R10722 T16034 T16035 compound licking,response
R10723 T16035 T16033 dep response,response
R10724 T16036 T16035 prep to,response
R10725 T16037 T16038 det the,odor
R10726 T16038 T16036 pobj odor,to
R10727 T16039 T16040 dep that,rewarded
R10728 T16040 T16038 relcl rewarded,odor
R10729 T16041 T16040 auxpass was,rewarded
R10730 T16042 T16040 prep in,rewarded
R10731 T16043 T16044 det the,session
R10732 T16044 T16042 pobj session,in
R10733 T16045 T16044 amod initial,session
R10734 T16046 T16044 compound training,session
R10735 T16047 T16048 punct [,S
R10736 T16048 T16035 parataxis S,response
R10737 T16049 T16048 punct +,S
R10738 T16050 T16048 punct ],S
R10739 T16051 T16033 punct ", ",response
R10740 T16052 T16033 det no,response
R10741 T16053 T16033 prep to,response
R10742 T16054 T16055 det the,odor
R10743 T16055 T16053 pobj odor,to
R10744 T16056 T16057 dep that,rewarded
R10745 T16057 T16055 relcl rewarded,odor
R10746 T16058 T16057 auxpass was,rewarded
R10747 T16059 T16057 neg not,rewarded
R10748 T16060 T16057 advmod initially,rewarded
R10749 T16061 T16062 punct [,S
R10750 T16062 T16033 parataxis S,response
R10751 T16063 T16062 punct −,S
R10752 T16064 T16062 punct ],S
R10753 T16065 T16033 punct ),response
R10754 T16066 T16016 punct .,given
R10755 T16068 T16069 prep Due,trained
R10756 T16070 T16068 pcomp to,Due
R10757 T16071 T16072 det the,phenotype
R10758 T16072 T16068 pobj phenotype,Due
R10759 T16073 T16072 amod epileptic,phenotype
R10760 T16074 T16072 cc and,phenotype
R10761 T16075 T16076 det the,mortality
R10762 T16076 T16072 conj mortality,phenotype
R10763 T16077 T16078 advmod slightly,increased
R10764 T16078 T16076 amod increased,mortality
R10765 T16079 T16080 punct [,58
R10766 T16080 T16076 parataxis 58,mortality
R10767 T16081 T16080 punct ],58
R10768 T16082 T16069 punct ", ",trained
R10769 T16083 T16084 nmod GluRBΔECS,FB
R10770 T16084 T16086 compound FB,mice
R10771 T16085 T16084 punct :,FB
R10772 T16086 T16069 nsubjpass mice,trained
R10773 T16087 T16069 auxpass were,trained
R10774 T16088 T16089 advmod only,for
R10775 T16089 T16069 prep for,trained
R10776 T16090 T16091 det the,period
R10777 T16091 T16089 pobj period,for
R10778 T16092 T16091 amod initial,period
R10779 T16093 T16091 prep of,period
R10780 T16094 T16095 nummod 400,trials
R10781 T16095 T16093 pobj trials,of
R10782 T16096 T16069 punct .,trained
R10783 T16135 T16136 compound Learning,curves
R10784 T16136 T16137 nsubjpass curves,analyzed
R10785 T16138 T16136 prep for,curves
R10786 T16139 T16140 preconj both,performance
R10787 T16140 T16138 pobj performance,for
R10788 T16141 T16140 amod correct,performance
R10789 T16142 T16143 punct (,percentage
R10790 T16143 T16140 parataxis percentage,performance
R10791 T16144 T16143 punct “,percentage
R10792 T16145 T16143 amod correct,percentage
R10793 T16146 T16143 punct ”,percentage
R10794 T16147 T16143 punct ),percentage
R10795 T16148 T16140 cc and,performance
R10796 T16149 T16150 det the,performance
R10797 T16150 T16140 conj performance,performance
R10798 T16151 T16150 compound discrimination,performance
R10799 T16152 T16137 auxpass were,analyzed
R10800 T16153 T16137 prep by,analyzed
R10801 T16154 T16155 amod repeated,measure
R10802 T16155 T16156 compound measure,ANOVA
R10803 T16156 T16153 pobj ANOVA,by
R10804 T16157 T16137 punct .,analyzed
R10805 T16159 T16160 advmod Additionally,assessed
R10806 T16161 T16160 punct ", ",assessed
R10807 T16162 T16163 compound learning,curves
R10808 T16163 T16160 nsubjpass curves,assessed
R10809 T16164 T16160 auxpass were,assessed
R10810 T16165 T16160 prep by,assessed
R10811 T16166 T16167 advmod linearly,fitting
R10812 T16167 T16165 pobj fitting,by
R10813 T16168 T16167 prep of,fitting
R10814 T16169 T16170 compound trend,lines
R10815 T16170 T16168 pobj lines,of
R10816 T16171 T16167 prep to,fitting
R10817 T16172 T16173 det the,data
R10818 T16173 T16171 pobj data,to
R10819 T16174 T16167 prep with,fitting
R10820 T16175 T16176 amod fixed,offsets
R10821 T16176 T16174 pobj offsets,with
R10822 T16177 T16160 punct ", ",assessed
R10823 T16178 T16160 advcl leaving,assessed
R10824 T16179 T16180 det the,slope
R10825 T16180 T16178 dobj slope,leaving
R10826 T16181 T16178 prep as,leaving
R10827 T16182 T16183 det the,variable
R10828 T16183 T16181 pobj variable,as
R10829 T16184 T16183 amod only,variable
R10830 T16185 T16160 punct .,assessed
R10831 T16187 T16188 prep In,was
R10832 T16189 T16187 amod general,In
R10833 T16190 T16188 punct ", ",was
R10834 T16191 T16188 nsubj binning,was
R10835 T16192 T16193 nummod 100,trials
R10836 T16193 T16188 attr trials,was
R10837 T16194 T16193 prep per,trials
R10838 T16195 T16194 pobj block,per
R10839 T16196 T16188 punct .,was
R10840 T16198 T16199 aux To,allow
R10841 T16199 T16200 advcl allow,reduced
R10842 T16201 T16199 prep for,allow
R10843 T16202 T16203 det the,investigation
R10844 T16203 T16201 pobj investigation,for
R10845 T16204 T16203 prep of,investigation
R10846 T16205 T16206 compound group,block
R10847 T16206 T16208 compound block,interactions
R10848 T16207 T16206 punct /,block
R10849 T16208 T16204 pobj interactions,of
R10850 T16209 T16200 punct ", ",reduced
R10851 T16210 T16211 det the,binning
R10852 T16211 T16200 nsubjpass binning,reduced
R10853 T16212 T16213 amod repeated,measure
R10854 T16213 T16211 compound measure,binning
R10855 T16214 T16211 compound ANOVA,binning
R10856 T16215 T16200 auxpass was,reduced
R10857 T16216 T16200 prep to,reduced
R10858 T16217 T16218 nummod 20,trials
R10859 T16218 T16216 pobj trials,to
R10860 T16219 T16218 prep per,trials
R10861 T16220 T16219 pobj block,per
R10862 T16221 T16200 punct .,reduced
R10863 T16223 T16224 aux To,compare
R10864 T16224 T16225 advcl compare,employed
R10865 T16226 T16227 compound memory,performance
R10866 T16227 T16224 dobj performance,compare
R10867 T16228 T16224 prep in,compare
R10868 T16229 T16230 det the,mice
R10869 T16230 T16228 pobj mice,in
R10870 T16231 T16232 nmod GluR,BRescue
R10871 T16232 T16230 nmod BRescue,mice
R10872 T16233 T16232 punct -,BRescue
R10873 T16234 T16235 punct (,8
R10874 T16235 T16232 parataxis 8,BRescue
R10875 T16236 T16235 nsubj n,8
R10876 T16237 T16235 punct =,8
R10877 T16238 T16235 punct ),8
R10878 T16239 T16232 cc and,BRescue
R10879 T16240 T16241 compound GluR,BΔFB
R10880 T16241 T16232 conj BΔFB,BRescue
R10881 T16242 T16241 punct -,BΔFB
R10882 T16243 T16244 punct (,22
R10883 T16244 T16241 parataxis 22,BΔFB
R10884 T16245 T16244 nsubj n,22
R10885 T16246 T16244 punct =,22
R10886 T16247 T16244 punct ),22
R10887 T16248 T16225 punct ", ",employed
R10888 T16249 T16225 prep due,employed
R10889 T16250 T16249 pcomp to,due
R10890 T16251 T16252 det the,variability
R10891 T16252 T16249 pobj variability,due
R10892 T16253 T16252 amod high,variability
R10893 T16254 T16225 punct ", ",employed
R10894 T16255 T16256 det a,approach
R10895 T16256 T16225 nsubjpass approach,employed
R10896 T16257 T16256 compound bootstrap,approach
R10897 T16258 T16225 auxpass was,employed
R10898 T16259 T16225 punct .,employed
R10899 T16261 T16262 nsubjpass Subpopulations,selected
R10900 T16263 T16261 prep of,Subpopulations
R10901 T16264 T16265 nummod eight,animals
R10902 T16265 T16263 pobj animals,of
R10903 T16266 T16262 auxpass were,selected
R10904 T16267 T16262 prep from,selected
R10905 T16268 T16269 det the,population
R10906 T16269 T16267 pobj population,from
R10907 T16270 T16269 prep of,population
R10908 T16271 T16272 nummod 22,mice
R10909 T16272 T16270 pobj mice,of
R10910 T16273 T16274 compound GluR,BΔFB
R10911 T16274 T16272 compound BΔFB,mice
R10912 T16275 T16274 punct -,BΔFB
R10913 T16276 T16262 punct ", ",selected
R10914 T16277 T16262 cc and,selected
R10915 T16278 T16279 compound mean,memory
R10916 T16279 T16280 nsubjpass memory,determined
R10917 T16280 T16262 conj determined,selected
R10918 T16281 T16280 auxpass was,determined
R10919 T16282 T16280 punct .,determined
R10920 T16284 T16285 prep In,exceeded
R10921 T16286 T16287 amod only,"20,000"
R10922 T16287 T16291 nummod "20,000",subpopulations
R10923 T16288 T16287 quantmod 343,"20,000"
R10924 T16289 T16287 quantmod out,"20,000"
R10925 T16290 T16287 quantmod of,"20,000"
R10926 T16291 T16284 pobj subpopulations,In
R10927 T16292 T16285 punct ", ",exceeded
R10928 T16293 T16294 compound mean,memory
R10929 T16294 T16285 nsubj memory,exceeded
R10930 T16295 T16296 det the,memory
R10931 T16296 T16285 dobj memory,exceeded
R10932 T16297 T16296 compound mean,memory
R10933 T16298 T16299 compound GluR,BRescue
R10934 T16299 T16296 compound BRescue,memory
R10935 T16300 T16299 punct -,BRescue
R10936 T16301 T16296 prep of,memory
R10937 T16302 T16303 nummod 74.99,%
R10938 T16303 T16301 pobj %,of
R10939 T16304 T16285 punct ", ",exceeded
R10940 T16305 T16285 advcl resulting,exceeded
R10941 T16306 T16305 prep in,resulting
R10942 T16307 T16308 det a,value
R10943 T16308 T16306 pobj value,in
R10944 T16309 T16308 compound p,value
R10945 T16310 T16308 prep of,value
R10946 T16311 T16312 nsubj p,"20,000"
R10947 T16312 T16310 pcomp "20,000",of
R10948 T16313 T16312 punct =,"20,000"
R10949 T16314 T16312 nummod 343,"20,000"
R10950 T16315 T16312 punct /,"20,000"
R10951 T16316 T16317 punct =,0.017
R10952 T16317 T16312 acl 0.017,"20,000"
R10953 T16318 T16285 punct .,exceeded
R23 T99 T96 nmod hydroxy,isoxazolepropionate
R27 T103 T96 nmod methyl,isoxazolepropionate
R32 T108 T92 pobj receptors,of
R1 T72 T73 amod Enhanced,Discrimination
R2 T75 T73 compound Odor,Discrimination
R3 T76 T73 cc and,Discrimination
R4 T77 T78 amod Impaired,Memory
R7 T80 T73 prep by,Discrimination
R8 T81 T82 advmod Spatially,Controlled
R9 T82 T83 amod Controlled,Switch
R10 T83 T80 pobj Switch,by
R11 T84 T83 prep of,Switch
R12 T85 T86 compound AMPA,Receptors
R13 T86 T84 pobj Receptors,of
R14 T89 T90 amod Genetic,perturbations
R15 T90 T91 nsubjpass perturbations,used
R16 T92 T90 prep of,perturbations
R17 T93 T94 nmod α,amino
R33 T109 T108 punct (,receptors
R34 T110 T108 appos AMPARs,receptors
R35 T111 T91 punct ),used
R36 T112 T91 auxpass are,used
R37 T113 T91 advmod widely,used
R38 T114 T115 aux to,dissect
R39 T115 T91 advcl dissect,used
R40 T116 T117 amod molecular,mechanisms
R41 T117 T115 dobj mechanisms,dissect
R42 T118 T117 prep of,mechanisms
R43 T119 T120 amod sensory,coding
R44 T120 T118 pobj coding,of
R45 T121 T120 punct ", ",coding
R46 T122 T120 conj learning,coding
R47 T123 T122 punct ", ",learning
R48 T124 T122 cc and,learning
R49 T125 T122 conj memory,learning
R50 T126 T91 punct .,used
R51 T128 T129 prep In,investigated
R52 T130 T131 det this,study
R53 T131 T128 pobj study,In
R54 T132 T129 punct ", ",investigated
R55 T133 T129 nsubj we,investigated
R56 T134 T135 det the,role
R57 T135 T129 dobj role,investigated
R58 T136 T135 prep of,role
R59 T137 T138 npadvmod Ca2,permeable
R63 T141 T136 pobj AMPARs,of
R64 T142 T135 prep in,role
R65 T143 T144 amod olfactory,behavior
R66 T144 T142 pobj behavior,in
R67 T145 T129 punct .,investigated
R68 T147 T148 compound AMPAR,modification
R69 T148 T149 nsubjpass modification,obtained
R70 T150 T149 auxpass was,obtained
R71 T151 T149 prep by,obtained
R72 T152 T151 pobj depletion,by
R73 T153 T152 prep of,depletion
R74 T154 T155 det the,subunit
R77 T157 T155 compound B,subunit
R79 T159 T152 cc or,depletion
R80 T160 T152 conj expression,depletion
R81 T161 T160 prep of,expression
R82 T162 T163 amod unedited,Q
R88 T168 T163 punct ),Q
R89 T169 T149 punct ", ",obtained
R90 T170 T171 nsubj both,leading
R91 T171 T149 advcl leading,obtained
R92 T172 T171 prep to,leading
R93 T173 T174 amod increased,permeability
R97 T177 T174 prep of,permeability
R98 T178 T177 pobj AMPARs,of
R99 T179 T149 punct .,obtained
R100 T181 T182 nsubj Mice,showed
R101 T183 T181 prep with,Mice
R102 T184 T185 det this,switch
R60 T138 T141 amod permeable,AMPARs
R106 T188 T185 punct ", ",switch
R107 T189 T190 advmod specifically,in
R108 T190 T185 prep in,switch
R109 T191 T190 pobj forebrain,in
R110 T192 T182 punct ", ",showed
R111 T193 T194 amod enhanced,discrimination
R114 T196 T194 cc and,discrimination
R115 T197 T198 advmod more,rapid
R116 T198 T199 amod rapid,learning
R117 T199 T194 conj learning,discrimination
R118 T200 T182 prep in,showed
R119 T201 T202 det a,task
R124 T206 T203 appos go,go
R128 T210 T182 punct .,showed
R129 T212 T213 amod Olfactory,memory
R130 T213 T214 nsubjpass memory,impaired
R131 T215 T214 punct ", ",impaired
R132 T216 T214 advmod however,impaired
R133 T217 T214 punct ", ",impaired
R134 T218 T214 auxpass was,impaired
R135 T219 T214 advmod dramatically,impaired
R136 T220 T214 punct .,impaired
R137 T222 T223 compound GluR,B
R140 T225 T226 nsubj depletion,was
R141 T227 T225 prep in,depletion
R142 T228 T227 pobj forebrain,in
R143 T229 T230 advmod ectopically,variable
R144 T230 T226 acomp variable,was
R145 T231 T232 punct (,mosaic
R148 T234 T232 punct ”,mosaic
R149 T235 T232 punct ),mosaic
R150 T236 T230 prep among,variable
R151 T237 T236 pobj individuals,among
R152 T238 T230 cc and,variable
R153 T239 T240 advmod strongly,correlated
R154 T240 T230 conj correlated,variable
R155 T241 T240 prep with,correlated
R156 T242 T243 amod decreased,memory
R159 T245 T243 prep in,memory
R160 T246 T245 pobj hippocampus,in
R161 T247 T246 cc and,hippocampus
R162 T248 T246 conj cortex,hippocampus
R163 T249 T226 punct .,was
R164 T251 T252 advmod Accordingly,rescued
R165 T253 T252 punct ", ",rescued
R166 T254 T252 nsubjpass memory,rescued
R167 T255 T252 auxpass was,rescued
R168 T256 T252 agent by,rescued
R169 T257 T258 amod transgenic,expression
R172 T260 T258 compound B,expression
R174 T262 T258 acl restricted,expression
R175 T263 T262 prep to,restricted
R176 T264 T265 amod piriform,cortex
R177 T265 T263 pobj cortex,to
R178 T266 T265 cc and,cortex
R179 T267 T265 conj hippocampus,cortex
R180 T268 T252 punct ", ",rescued
R181 T269 T270 mark while,was
R184 T272 T270 nsubj discrimination,was
R186 T274 T270 acomp independent,was
R187 T275 T274 prep of,independent
R188 T276 T277 preconj both,variability
R191 T279 T277 compound B,variability
R193 T281 T277 cc and,variability
R194 T282 T283 amod transgenic,expression
R197 T285 T283 compound B,expression
R199 T287 T252 punct .,rescued
R200 T289 T290 advmod Thus,allowed
R201 T291 T290 punct ", ",allowed
R202 T292 T293 amod correlated,differences
R203 T293 T290 nsubj differences,allowed
R204 T294 T293 prep in,differences
R205 T295 T294 pobj behavior,in
R206 T296 T295 cc and,behavior
R207 T297 T295 conj levels,behavior
R208 T298 T297 prep of,levels
R209 T299 T300 compound GluR,B
R212 T302 T298 pobj expression,of
R213 T303 T304 det a,dissection
R218 T308 T304 prep of,dissection
R219 T309 T310 amod olfactory,learning
R220 T310 T311 nmod learning,capabilities
R227 T317 T290 punct .,allowed
R4099 T6174 T6161 parataxis %,in
R3769 T5585 T5583 ccomp varied,observed
R1549 T2529 T2527 pobj gene,by
R1581 T2563 T2560 dobj allele,unsilence
R1630 T2614 T2605 dobj gene,removes
R1639 T2623 T2621 pobj allele,to
R1861 T2857 T2836 parataxis %,acquired
R1979 T2983 T2981 pobj trial,during
R2207 T3611 T3609 pobj form,in
R3001 T4440 T4437 ccomp 29.5,4
R3125 T4563 T4547 parataxis 0.1,was
R3298 T4745 T4740 pobj mice,in
R266 T695 T692 nsubj analyses,are
R305 T735 T733 parataxis 9,hippocampus
R322 T753 T750 nsubjpass correlates,delineated
R374 T809 T807 pobj correlate,for
R382 T817 T815 attr connections,be
R386 T821 T819 pobj cortex,in
R391 T826 T823 pobj connectivity,due
R429 T866 T864 pobj circuitry,to
R433 T870 T868 pobj bulb,of
R452 T890 T892 nsubjpass circuits,postulated
R505 T945 T947 nsubj enhancement,rest
R513 T954 T952 pobj properties,on
R524 T965 T961 parataxis cells,neurons
R526 T967 T961 cc and,neurons
R527 T968 T969 amod local,neurons
R530 T971 T972 punct (,cells
R533 T974 T972 punct ),cells
R534 T975 T961 prep of,neurons
R535 T976 T977 det the,bulb
R538 T979 T947 punct .,rest
R539 T981 T982 prep In,controlled
R540 T983 T984 det these,synapses
R543 T986 T982 punct ", ",controlled
R544 T987 T988 amod lateral,inhibition
R548 T991 T988 acl mediated,inhibition
R549 T992 T991 agent by,mediated
R550 T993 T994 det the,system
R553 T996 T994 amod aminobutyric,system
R556 T999 T994 compound A,system
R558 T1001 T982 aux may,controlled
R559 T1002 T982 auxpass be,controlled
R560 T1003 T982 agent by,controlled
R561 T1004 T1005 det the,activity
R562 T1005 T1003 pobj activity,by
R563 T1006 T1005 prep of,activity
R564 T1007 T1008 det the,part
R569 T1012 T982 punct ", ",controlled
R570 T1013 T1014 advmod perhaps,triggering
R571 T1014 T982 advcl triggering,controlled
R572 T1015 T1016 amod increased,release
R575 T1018 T1020 amod aminobutyric,acid
R578 T1021 T1016 prep by,release
R579 T1022 T1023 nmod Ca2,influx
R582 T1025 T1023 prep through,influx
R583 T1026 T1027 npadvmod glutamate,gated
R588 T1031 T1032 punct (,38
R591 T1034 T1032 punct ],38
R592 T1035 T1032 punct ;,38
R593 T1036 T1032 advcl see,38
R594 T1037 T1036 advmod also,see
R595 T1038 T1036 punct [,see
R596 T1039 T1036 dobj 39,see
R597 T1040 T1032 punct ],38
R598 T1041 T1032 punct ),38
R599 T1042 T982 punct .,controlled
R600 T1044 T1045 prep Given,sought
R601 T1046 T1047 mark that,rely
R610 T1055 T1052 cc as,discrimination
R615 T1060 T1047 prep on,rely
R616 T1061 T1060 pobj properties,on
R617 T1062 T1061 prep of,properties
R618 T1063 T1064 amod fast,neurotransmission
R621 T1066 T1064 acl mediated,neurotransmission
R622 T1067 T1066 agent by,mediated
R623 T1068 T1069 nmod α,amino
R629 T1074 T1071 nmod hydroxy,isoxazolepropionate
R633 T1078 T1071 nmod methyl,isoxazolepropionate
R638 T1083 T1067 pobj receptors,by
R639 T1084 T1083 punct (,receptors
R640 T1085 T1083 appos AMPARs,receptors
R641 T1086 T1045 punct ),sought
R642 T1087 T1045 punct ", ",sought
R643 T1088 T1045 nsubj we,sought
R644 T1089 T1090 aux to,alter
R645 T1090 T1045 xcomp alter,sought
R646 T1091 T1090 punct ", ",alter
R647 T1092 T1090 prep by,alter
R648 T1093 T1094 amod genetic,means
R649 T1094 T1092 pobj means,by
R650 T1095 T1090 punct ", ",alter
R651 T1096 T1097 det the,contribution
R655 T1100 T1097 prep of,contribution
R656 T1101 T1102 nmod α,amino
R662 T1107 T1104 nmod hydroxy,isoxazolepropionate
R666 T1111 T1104 nmod methyl,isoxazolepropionate
R675 T1120 T1116 acl containing,channels
R676 T1121 T1122 det the,subunit
R679 T1124 T1125 compound GluR,B
R682 T1127 T1045 punct .,sought
R683 T1129 T1130 prep Of,contained
R684 T1131 T1132 det the,constituents
R688 T1135 T1132 punct ", ",constituents
R689 T1136 T1137 compound GluR,A
R692 T1139 T1137 prep to,A
R693 T1140 T1139 pobj D,to
R694 T1141 T1137 punct (,A
R695 T1142 T1137 appos GluR1,A
R696 T1143 T1142 prep to,GluR1
R697 T1144 T1143 pobj 4,to
R698 T1145 T1137 punct ),A
R699 T1146 T1137 punct ", ",A
R700 T1147 T1148 dep which,form
R701 T1148 T1137 relcl form,A
R706 T1154 T1153 amod binary,combinations
R707 T1155 T1153 compound subunit,combinations
R711 T1159 T1158 punct -,B
R720 T1168 T1169 compound GluR,B
R736 T1186 T1185 compound ion,conductance
R747 T1197 T1198 advmod Notably,mediated
R748 T1199 T1198 punct ", ",mediated
R751 T1203 T1201 amod low,permeability
R752 T1204 T1201 nmod Ca2,permeability
R758 T1210 T1201 prep in,permeability
R796 T1248 T1246 pobj M2,of
R802 T1254 T1236 parataxis 48,site
R988 T1448 T1451 amod permeable,AMPARs
R1034 T1499 T1496 pobj switch,Concerning
R1127 T1595 T1598 amod restricted,systems
R1175 T1643 T1584 parataxis 57,overcome
R1186 T1656 T1658 nmod R,B
R1205 T1675 T1672 amod prone,phenotype
R1246 T1720 T1718 pobj separation,for
R1256 T1730 T1717 nsubj we,exploited
R1257 T1731 T1732 det a,phenomenon
R1260 T1734 T1732 amod known,phenomenon
R1261 T1732 T1717 dobj phenomenon,exploited
R1262 T1736 T1732 prep of,phenomenon
R1264 T1738 T1732 punct ", ",phenomenon
R1265 T1739 T1740 dep which,concerns
R1267 T1741 T1742 amod heterogeneous,expression
R1269 T1743 T1742 prep among,expression
R1273 T1747 T1743 cc and,among
R1275 T1749 T1743 conj among,among
R1276 T1750 T1751 advmod genetically,identical
R1278 T1752 T1749 pobj individuals,among
R1279 T1753 T1752 prep of,individuals
R1280 T1754 T1755 det a,line
R1283 T1757 T1717 punct .,exploited
R1284 T1759 T1760 mark Although,is
R1291 T1767 T1760 advmod usually,is
R1292 T1768 T1760 acomp undesired,is
R1294 T1770 T1766 advmod here,took
R1295 T1771 T1766 nsubj we,took
R1297 T1773 T1772 prep of,advantage
R1298 T1774 T1773 pobj it,of
R1300 T1776 T1775 pcomp ablating,by
R1305 T1781 T1782 npadvmod gene,targeted
R1312 T1788 T1784 compound B,alleles
R1314 T1790 T1776 prep with,ablating
R1315 T1791 T1792 det the,help
R1317 T1793 T1792 prep of,help
R1318 T1794 T1795 det a,line
R1321 T1795 T1793 pobj line,of
R1322 T1798 T1795 prep with,line
R1327 T1803 T1802 pobj forebrain,in
R1328 T1804 T1766 punct .,took
R1334 T1812 T1808 dobj levels,correlating
R1336 T1814 T1815 npadvmod olfaction,related
R1341 T1819 T1808 prep with,correlating
R1346 T1824 T1807 nsubj we,investigated
R1347 T1825 T1826 det the,dependence
R1348 T1826 T1807 dobj dependence,investigated
R1350 T1828 T1829 compound GluR,B
R1353 T1831 T1826 prep of,dependence
R1354 T1832 T1833 amod olfactory,discrimination
R1356 T1834 T1833 cc and,discrimination
R1357 T1835 T1833 conj memory,discrimination
R1359 T1838 T1839 advmod Moreover,used
R1362 T1842 T1839 advcl delineate,used
R1363 T1843 T1844 det the,areas
R1367 T1847 T1846 prep in,involved
R1368 T1848 T1849 det these,processes
R1372 T1852 T1839 nsubj we,used
R1379 T1859 T1858 punct -,B
R1393 T1875 T1874 aux to,dissect
R1407 T1889 T1888 punct -,mediated
R1409 T1891 T1890 compound AMPAR,properties
R1410 T1890 T1884 pobj properties,of
R1380 T1860 T1856 pobj ablation,of
R1381 T1861 T1854 punct ", ",rescue
R1382 T1858 T1860 compound B,ablation
R1383 T1863 T1854 prep in,rescue
R1384 T1864 T1865 amod piriform,cortex
R1385 T1862 T1863 advmod specifically,in
R1386 T1866 T1865 cc and,cortex
R1387 T1865 T1863 pobj cortex,in
R1388 T1868 T1839 punct .,used
R1389 T1871 T1872 nsubj efforts,allowed
R1390 T1867 T1865 conj hippocampus,cortex
R1391 T1874 T1872 ccomp dissect,allowed
R1392 T1870 T1871 det These,efforts
R1394 T1873 T1874 nsubj us,dissect
R1395 T1877 T1878 advmod both,spatially
R1396 T1878 T1874 advmod spatially,dissect
R1397 T1876 T1874 punct ", ",dissect
R1398 T1880 T1878 conj mechanistically,spatially
R1399 T1881 T1874 punct ", ",dissect
R1400 T1879 T1878 cc and,spatially
R1401 T1883 T1874 dobj role,dissect
R1402 T1882 T1883 det the,role
R1403 T1885 T1886 compound GluR,B
R1404 T1886 T1888 npadvmod B,mediated
R1405 T1884 T1883 prep of,role
R1406 T1888 T1890 amod mediated,properties
R1408 T1887 T1886 punct -,B
R1411 T1893 T1894 amod selected,regions
R1412 T1894 T1892 pobj regions,in
R1413 T1892 T1883 prep in,role
R1414 T1896 T1883 prep in,role
R1415 T1897 T1898 compound odor,learning
R1416 T1895 T1894 compound brain,regions
R1417 T1899 T1898 punct ", ",learning
R1418 T1898 T1896 pobj learning,in
R1419 T1901 T1900 punct ", ",discrimination
R1420 T1902 T1900 cc and,discrimination

2_test

Id Subject Object Predicate Lexical cue
16216087-11323267-84723688 1938-1939 11323267 denotes 2
16216087-15572116-84723688 1938-1939 15572116 denotes 2
16216087-14566341-84723688 1938-1939 14566341 denotes 2
16216087-2475938-84723689 2016-2017 2475938 denotes 5
16216087-9396002-84723689 2016-2017 9396002 denotes 5
16216087-14741100-84723689 2016-2017 14741100 denotes 5
16216087-10050854-84723690 2035-2036 10050854 denotes 8
16216087-11976705-84723691 2037-2038 11976705 denotes 9
16216087-2147078-84723692 2061-2063 2147078 denotes 10
16216087-7907468-84723692 2061-2063 7907468 denotes 10
16216087-12805315-84723692 2061-2063 12805315 denotes 10
16216087-11323267-84723693 2250-2251 11323267 denotes 2
16216087-10751449-84723694 2252-2254 10751449 denotes 13
16216087-11274253-84723694 2252-2254 11274253 denotes 13
16216087-12708527-84723694 2252-2254 12708527 denotes 13
16216087-2363834-84723694 2252-2254 2363834 denotes 13
16216087-10884330-84723694 2252-2254 10884330 denotes 13
16216087-11976705-84723695 2326-2327 11976705 denotes 9
16216087-11996313-84723696 2328-2330 11996313 denotes 19
16216087-2475938-84723697 2514-2515 2475938 denotes 5
16216087-14741100-84723698 2590-2591 14741100 denotes 7
16216087-10493761-84723699 2592-2594 10493761 denotes 20
16216087-11976373-84723699 2592-2594 11976373 denotes 20
16216087-8431772-84723699 2592-2594 8431772 denotes 20
16216087-9283814-84723699 2592-2594 9283814 denotes 20
16216087-7724568-84723700 2749-2751 7724568 denotes 24
16216087-12122137-84723700 2749-2751 12122137 denotes 24
16216087-11120888-84723700 2749-2751 11120888 denotes 24
16216087-9363891-84723700 2749-2751 9363891 denotes 24
16216087-12527724-84723700 2749-2751 12527724 denotes 24
16216087-14707543-84723700 2749-2751 14707543 denotes 24
16216087-12527007-84723701 2770-2772 12527007 denotes 31
16216087-10531051-84723701 2770-2772 10531051 denotes 31
16216087-10531048-84723701 2770-2772 10531048 denotes 31
16216087-8428375-84723702 2846-2848 8428375 denotes 34
16216087-7724568-84723703 2887-2889 7724568 denotes 24
16216087-7724568-84723704 2928-2930 7724568 denotes 24
16216087-8294977-84723705 2931-2933 8294977 denotes 36
16216087-7624486-84723706 2934-2936 7624486 denotes 37
16216087-14707543-84723707 2990-2992 14707543 denotes 29
16216087-10774730-84723708 3561-3563 10774730 denotes 38
16216087-11120892-84723709 3576-3578 11120892 denotes 39
16216087-15090029-84723710 4305-4307 15090029 denotes 40
16216087-14561864-84723710 4305-4307 14561864 denotes 40
16216087-14534256-84723710 4305-4307 14534256 denotes 40
16216087-11348590-84723710 4305-4307 11348590 denotes 40
16216087-7619522-84723710 4305-4307 7619522 denotes 40
16216087-12062022-84723710 4305-4307 12062022 denotes 40
16216087-14622580-84723710 4305-4307 14622580 denotes 40
16216087-7619522-84723711 4556-4558 7619522 denotes 44
16216087-1653450-84723712 4559-4561 1653450 denotes 47
16216087-1370372-84723713 4562-4564 1370372 denotes 48
16216087-1717158-84723714 4615-4617 1717158 denotes 49
16216087-9651532-84723715 4633-4635 9651532 denotes 50
16216087-8938126-84723716 4873-4875 8938126 denotes 51
16216087-7502080-84723717 4876-4878 7502080 denotes 53
16216087-15548671-84723718 4879-4881 15548671 denotes 58
16216087-10195181-84723719 4882-4884 10195181 denotes 60
16216087-8938126-84723720 5227-5229 8938126 denotes 51
16216087-15548671-84723721 5230-5232 15548671 denotes 58
16216087-10195181-84723722 5233-5235 10195181 denotes 60
16216087-8938126-84723723 5416-5418 8938126 denotes 51
16216087-9716132-84723724 5419-5421 9716132 denotes 52
16216087-10195181-84723725 5422-5424 10195181 denotes 60
16216087-8938126-84723726 5870-5872 8938126 denotes 51
16216087-7502080-84723727 6085-6087 7502080 denotes 53
16216087-8980238-84723728 6205-6207 8980238 denotes 54
16216087-8980237-84723728 6205-6207 8980237 denotes 54
16216087-12040087-84723728 6205-6207 12040087 denotes 54
16216087-8980237-84723729 6401-6403 8980237 denotes 55
16216087-2783482-84723730 6404-6406 2783482 denotes 57
16216087-15548671-84723731 6564-6566 15548671 denotes 58
16216087-15548671-84723732 8206-8208 15548671 denotes 58
16216087-10195181-84723733 8542-8544 10195181 denotes 60
16216087-11967539-84723734 8740-8742 11967539 denotes 59
16216087-7502080-84723735 8949-8951 7502080 denotes 53
16216087-10195181-84723736 8952-8954 10195181 denotes 60
16216087-15548671-84723737 9138-9140 15548671 denotes 58
16216087-15548671-84723738 9342-9344 15548671 denotes 58
16216087-15572116-84723739 10462-10463 15572116 denotes 3
16216087-15572116-84723740 11076-11077 15572116 denotes 3
16216087-15572116-84723741 11561-11562 15572116 denotes 3
16216087-10587496-84723742 11563-11565 10587496 denotes 61
16216087-15572116-84723743 12287-12288 15572116 denotes 3
16216087-11967539-84723744 13703-13705 11967539 denotes 59
16216087-8938126-84723745 14318-14320 8938126 denotes 51
16216087-15572116-84723746 17603-17604 15572116 denotes 3
16216087-15572116-84723747 18388-18389 15572116 denotes 3
16216087-14566341-84723748 18390-18391 14566341 denotes 4
16216087-12429690-84723749 29906-29908 12429690 denotes 62
16216087-9377491-84723750 31014-31016 9377491 denotes 91
16216087-15572116-84723751 36418-36419 15572116 denotes 3
16216087-15548671-84723752 38054-38056 15548671 denotes 58
16216087-7502080-84723753 38086-38088 7502080 denotes 53
16216087-10195181-84723754 38089-38091 10195181 denotes 60
16216087-15572116-84723755 38139-38140 15572116 denotes 3
16216087-11557990-84723756 39284-39286 11557990 denotes 63
16216087-8938126-84723757 41195-41197 8938126 denotes 51
16216087-10195181-84723758 41420-41422 10195181 denotes 60
16216087-15548671-84723759 41567-41569 15548671 denotes 58
16216087-15090029-84723760 41873-41875 15090029 denotes 40
16216087-14561864-84723761 41876-41878 14561864 denotes 41
16216087-10023812-84723762 42361-42363 10023812 denotes 64
16216087-10704494-84723763 42364-42366 10704494 denotes 65
16216087-10774730-84723764 42475-42477 10774730 denotes 38
16216087-11120892-84723765 42489-42491 11120892 denotes 39
16216087-10195181-84723766 43042-43044 10195181 denotes 60
16216087-10531051-84723767 43331-43333 10531051 denotes 32
16216087-11395015-84723768 43334-43336 11395015 denotes 66
16216087-11283312-84723768 43334-43336 11283312 denotes 66
16216087-15070507-84723768 43334-43336 15070507 denotes 66
16216087-7724568-84723769 43451-43453 7724568 denotes 24
16216087-12527724-84723770 43454-43456 12527724 denotes 28
16216087-14707543-84723771 43457-43459 14707543 denotes 29
16216087-8294977-84723772 43460-43462 8294977 denotes 36
16216087-12971892-84723773 43890-43892 12971892 denotes 70
16216087-11754845-84723774 43893-43895 11754845 denotes 71
16216087-11323267-84723775 47144-47145 11323267 denotes 2
16216087-2025384-84723776 47149-47151 2025384 denotes 72
16216087-3734866-84723776 47149-47151 3734866 denotes 72
16216087-3395444-84723776 47149-47151 3395444 denotes 72
16216087-2025384-84723777 47331-47333 2025384 denotes 72
16216087-14741100-84723778 47628-47629 14741100 denotes 7
16216087-10493761-84723779 47630-47632 10493761 denotes 20
16216087-11976373-84723779 47630-47632 11976373 denotes 20
16216087-8431772-84723779 47630-47632 8431772 denotes 20
16216087-9283814-84723779 47630-47632 9283814 denotes 20
16216087-8938126-84723780 47930-47932 8938126 denotes 51
16216087-8938126-84723781 48106-48108 8938126 denotes 51
16216087-9716132-84723782 48109-48111 9716132 denotes 52
16216087-12032353-84723783 49271-49273 12032353 denotes 77
16216087-14555717-84723784 49274-49276 14555717 denotes 78
16216087-12805550-84723785 49480-49482 12805550 denotes 79
16216087-11700286-84723786 50407-50409 11700286 denotes 80
16216087-12878682-84723787 50509-50511 12878682 denotes 81
16216087-5801601-84723787 50509-50511 5801601 denotes 81
16216087-14077024-84723787 50509-50511 14077024 denotes 81
16216087-270761-84723787 50509-50511 270761 denotes 81
16216087-9916792-84723788 52752-52754 9916792 denotes 85
16216087-11967539-84723789 52899-52901 11967539 denotes 59
16216087-10195181-84723790 52921-52923 10195181 denotes 60
16216087-15548671-84723791 53418-53420 15548671 denotes 58
16216087-11431570-84723792 53886-53888 11431570 denotes 87
16216087-8939850-84723793 54102-54104 8939850 denotes 88
16216087-11835670-84723794 56093-56095 11835670 denotes 89
16216087-11835670-84723795 56804-56806 11835670 denotes 89
16216087-11431570-84723796 57012-57014 11431570 denotes 87
16216087-10587496-84723797 58154-58156 10587496 denotes 61
16216087-15572116-84723798 59351-59352 15572116 denotes 3
16216087-15572116-84723799 59859-59860 15572116 denotes 3
16216087-15572116-84723800 61337-61338 15572116 denotes 3
16216087-15572116-84723801 61716-61717 15572116 denotes 3
16216087-15572116-84723802 61809-61810 15572116 denotes 3
16216087-15572116-84723803 63502-63503 15572116 denotes 3
16216087-15548671-84723804 64828-64830 15548671 denotes 58
16216087-11967539-84723805 65960-65962 11967539 denotes 59
16216087-9916792-84723806 66048-66050 9916792 denotes 85
16216087-12195431-84723807 67043-67045 12195431 denotes 90
T57040 1938-1939 11323267 denotes 2
T86372 1938-1939 15572116 denotes 2
T69118 1938-1939 14566341 denotes 2
T55610 2016-2017 2475938 denotes 5
T4540 2016-2017 9396002 denotes 5
T16079 2016-2017 14741100 denotes 5
T78208 2035-2036 10050854 denotes 8
T57033 2037-2038 11976705 denotes 9
T3596 2061-2063 2147078 denotes 10
T66699 2061-2063 7907468 denotes 10
T74405 2061-2063 12805315 denotes 10
T76460 2250-2251 11323267 denotes 2
T23587 2252-2254 10751449 denotes 13
T61905 2252-2254 11274253 denotes 13
T55730 2252-2254 12708527 denotes 13
T80382 2252-2254 2363834 denotes 13
T78913 2252-2254 10884330 denotes 13
T29945 2326-2327 11976705 denotes 9
T34288 2328-2330 11996313 denotes 19
T66744 2514-2515 2475938 denotes 5
T69300 2590-2591 14741100 denotes 7
T76280 2592-2594 10493761 denotes 20
T29574 2592-2594 11976373 denotes 20
T80893 2592-2594 8431772 denotes 20
T45065 2592-2594 9283814 denotes 20
T87922 2749-2751 7724568 denotes 24
T93963 2749-2751 12122137 denotes 24
T42661 2749-2751 11120888 denotes 24
T26091 2749-2751 9363891 denotes 24
T37781 2749-2751 12527724 denotes 24
T66605 2749-2751 14707543 denotes 24
T37271 2770-2772 12527007 denotes 31
T58414 2770-2772 10531051 denotes 31
T96846 2770-2772 10531048 denotes 31
T52721 2846-2848 8428375 denotes 34
T340 2887-2889 7724568 denotes 24
T32719 2928-2930 7724568 denotes 24
T96949 2931-2933 8294977 denotes 36
T25249 2934-2936 7624486 denotes 37
T90197 2990-2992 14707543 denotes 29
T23109 3561-3563 10774730 denotes 38
T92595 3576-3578 11120892 denotes 39
T53523 4305-4307 15090029 denotes 40
T83212 4305-4307 14561864 denotes 40
T8393 4305-4307 14534256 denotes 40
T38249 4305-4307 11348590 denotes 40
T39879 4305-4307 7619522 denotes 40
T45313 4305-4307 12062022 denotes 40
T11571 4305-4307 14622580 denotes 40
T93354 4556-4558 7619522 denotes 44
T2986 4559-4561 1653450 denotes 47
T89342 4562-4564 1370372 denotes 48
T31581 4615-4617 1717158 denotes 49
T20633 4633-4635 9651532 denotes 50
T994 4873-4875 8938126 denotes 51
T7532 4876-4878 7502080 denotes 53
T70378 4879-4881 15548671 denotes 58
T6791 4882-4884 10195181 denotes 60
T49152 5227-5229 8938126 denotes 51
T9888 5230-5232 15548671 denotes 58
T39863 5233-5235 10195181 denotes 60
T64781 5416-5418 8938126 denotes 51
T25917 5419-5421 9716132 denotes 52
T74673 5422-5424 10195181 denotes 60
T76144 5870-5872 8938126 denotes 51
T84875 6085-6087 7502080 denotes 53
T5085 6205-6207 8980238 denotes 54
T5467 6205-6207 8980237 denotes 54
T11439 6205-6207 12040087 denotes 54
T27507 6401-6403 8980237 denotes 55
T56644 6404-6406 2783482 denotes 57
T25849 6564-6566 15548671 denotes 58
T96461 8206-8208 15548671 denotes 58
T18229 8542-8544 10195181 denotes 60
T7215 8740-8742 11967539 denotes 59
T80474 8949-8951 7502080 denotes 53
T15645 8952-8954 10195181 denotes 60
T46173 9138-9140 15548671 denotes 58
T91598 9342-9344 15548671 denotes 58
T82407 10462-10463 15572116 denotes 3
T58958 11076-11077 15572116 denotes 3
T8264 11561-11562 15572116 denotes 3
T17954 11563-11565 10587496 denotes 61
T27814 12287-12288 15572116 denotes 3
T45219 13703-13705 11967539 denotes 59
T12497 14318-14320 8938126 denotes 51
T61191 17603-17604 15572116 denotes 3
T47715 18388-18389 15572116 denotes 3
T52316 18390-18391 14566341 denotes 4
T15028 29906-29908 12429690 denotes 62
T42602 31014-31016 9377491 denotes 91
T88887 36418-36419 15572116 denotes 3
T1360 38054-38056 15548671 denotes 58
T11262 38086-38088 7502080 denotes 53
T46055 38089-38091 10195181 denotes 60
T81135 38139-38140 15572116 denotes 3
T67903 39284-39286 11557990 denotes 63
T75043 41195-41197 8938126 denotes 51
T23361 41420-41422 10195181 denotes 60
T83957 41567-41569 15548671 denotes 58
T51030 41873-41875 15090029 denotes 40
T40960 41876-41878 14561864 denotes 41
T85841 42361-42363 10023812 denotes 64
T17825 42364-42366 10704494 denotes 65
T80997 42475-42477 10774730 denotes 38
T39148 42489-42491 11120892 denotes 39
T69294 43042-43044 10195181 denotes 60
T29859 43331-43333 10531051 denotes 32
T34629 43334-43336 11395015 denotes 66
T83649 43334-43336 11283312 denotes 66
T76219 43334-43336 15070507 denotes 66
T44224 43451-43453 7724568 denotes 24
T29752 43454-43456 12527724 denotes 28
T74683 43457-43459 14707543 denotes 29
T56494 43460-43462 8294977 denotes 36
T22359 43890-43892 12971892 denotes 70
T10156 43893-43895 11754845 denotes 71
T74706 47144-47145 11323267 denotes 2
T99808 47149-47151 2025384 denotes 72
T97321 47149-47151 3734866 denotes 72
T44742 47149-47151 3395444 denotes 72
T76889 47331-47333 2025384 denotes 72
T8141 47628-47629 14741100 denotes 7
T6305 47630-47632 10493761 denotes 20
T40294 47630-47632 11976373 denotes 20
T39625 47630-47632 8431772 denotes 20
T56399 47630-47632 9283814 denotes 20
T41407 47930-47932 8938126 denotes 51
T44883 48106-48108 8938126 denotes 51
T45066 48109-48111 9716132 denotes 52
T45415 49271-49273 12032353 denotes 77
T55382 49274-49276 14555717 denotes 78
T87781 49480-49482 12805550 denotes 79
T52813 50407-50409 11700286 denotes 80
T90646 50509-50511 12878682 denotes 81
T54314 50509-50511 5801601 denotes 81
T87208 50509-50511 14077024 denotes 81
T89654 50509-50511 270761 denotes 81
T24233 52752-52754 9916792 denotes 85
T24515 52899-52901 11967539 denotes 59
T47154 52921-52923 10195181 denotes 60
T12087 53418-53420 15548671 denotes 58
T64379 53886-53888 11431570 denotes 87
T8700 54102-54104 8939850 denotes 88
T56756 56093-56095 11835670 denotes 89
T90119 56804-56806 11835670 denotes 89
T28282 57012-57014 11431570 denotes 87
T92588 58154-58156 10587496 denotes 61
T86830 59351-59352 15572116 denotes 3
T93070 59859-59860 15572116 denotes 3
T72876 61337-61338 15572116 denotes 3
T75830 61716-61717 15572116 denotes 3
T39818 61809-61810 15572116 denotes 3
T85146 63502-63503 15572116 denotes 3
T57178 64828-64830 15548671 denotes 58
T3366 65960-65962 11967539 denotes 59
T37591 66048-66050 9916792 denotes 85
T45082 67043-67045 12195431 denotes 90

craft-ca-core-ex-dev

Below, discontinuous spans are shown in the chain model. You can change it to the bag model.

Id Subject Object Predicate Lexical cue
T356 42-51 GO:0007608 denotes Olfactory
T357 52-58 GO:0007613 denotes Memory
T358 72-82 GO:0065007 denotes Controlled
T359 93-97 CHEBI:34018 denotes AMPA
T360 93-107 GO_EXT:0004971 denotes AMPA Receptors
T361 161-168 SO_EXT:0000704 denotes Genetic
T362 169-182 SO_EXT:sequence_alteration_entity_or_process denotes perturbations
T363 186-234 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T364 186-244 GO_EXT:0004971 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate receptors
T365 246-252 GO_EXT:0004971 denotes AMPARs
T366 281-290 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T367 305-312 GO_EXT:detection_or_sensing_of_stimulus denotes sensory
T368 321-329 GO:0007612 denotes learning
T369 335-341 GO:0007613 denotes memory
T370 386-390 CHEBI:29108 denotes Ca2+
T371 401-407 GO_EXT:0004971 denotes AMPARs
T372 411-420 GO:0007608 denotes olfactory
T373 421-429 GO_PATO_EXT:biological_behavior denotes behavior
T374 431-436 GO_EXT:0004971 denotes AMPAR
T375 437-449 SO_EXT:sequence_alteration_entity_or_process denotes modification
T376 483-487 GO_EXT:0008066 denotes GluR
T377 483-489 PR_EXT:000008234 denotes GluR-B
T378 501-511 GO:0010467 denotes expression
T379 517-523 SO_EXT:sequence_alteration_process denotes edited
T380 524-528 GO_EXT:0008066 denotes GluR
T381 524-530 PR_EXT:000008234 denotes GluR-B
T382 531-532 CHEBI_SO_EXT:glutamine denotes Q
T383 561-565 CHEBI:29108 denotes Ca2+
T384 582-588 GO_EXT:0004971 denotes AMPARs
T385 590-594 NCBITaxon:10088 denotes Mice
T386 616-621 GO_EXT:0004971 denotes AMPAR
T387 646-655 UBERON:0001890 denotes forebrain
T388 673-682 GO:0007608 denotes olfactory
T389 713-721 GO:0007612 denotes learning
T390 736-756 GO:0035106 denotes operant conditioning
T391 763-772 GO:0007608 denotes Olfactory
T392 773-779 GO:0007613 denotes memory
T393 817-821 GO_EXT:0008066 denotes GluR
T394 817-823 PR_EXT:000008234 denotes GluR-B
T395 837-846 UBERON:0001890 denotes forebrain
T396 889-900 NCBITaxon:1 denotes individuals
T397 940-949 GO:0007608 denotes olfactory
T398 950-956 GO:0007613 denotes memory
T399 960-971 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T400 976-982 UBERON:0001851 denotes cortex
T401 997-1003 GO:0007613 denotes memory
T402 1008-1015 SO_EXT:sequence_rescue_process denotes rescued
T403 1019-1029 SO_EXT:transgenic_entity denotes transgenic
T404 1030-1034 GO_EXT:0008066 denotes GluR
T405 1030-1036 PR_EXT:000008234 denotes GluR-B
T406 1037-1047 GO:0010467 denotes expression
T407 1062-1077 UBERON:0004725 denotes piriform cortex
T408 1082-1093 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T409 1154-1158 GO_EXT:0008066 denotes GluR
T410 1154-1160 PR_EXT:000008234 denotes GluR-B
T411 1177-1187 SO_EXT:transgenic_entity denotes transgenic
T412 1188-1192 GO_EXT:0008066 denotes GluR
T413 1188-1194 PR_EXT:000008234 denotes GluR-B
T414 1195-1205 GO:0010467 denotes expression
T415 1239-1247 GO_PATO_EXT:biological_behavior denotes behavior
T416 1262-1266 GO_EXT:0008066 denotes GluR
T417 1262-1268 PR_EXT:000008234 denotes GluR-B
T418 1269-1279 GO:0010467 denotes expression
T419 1328-1346 GO:0008355 denotes olfactory learning
T420 1368-1374 GO:0007613 denotes memory
T2046 1625-1639 GO:0007608 denotes sense of smell
T2047 1671-1678 NCBITaxon:9989 denotes rodents
T2048 1724-1736 _FRAGMENT denotes long-lasting
T2049 1747-1753 GO:0007616 denotes memory
T2050 1737-1746 GO:0007608 denotes olfactory
T2051 1762-1771 GO_EXT:reaction_or_response denotes responses
T2052 1834-1844 GO_PATO_EXT:biological_behavior denotes behavioral
T2053 1857-1866 GO:0007608 denotes olfactory
T2054 1883-1890 NCBITaxon:9989 denotes rodents
T2055 1982-1991 GO:0007608 denotes olfactory
T2056 1992-1998 GO:0007613 denotes memory
T2057 1999-2014 UBERON:0004725 denotes piriform cortex
T2058 2022-2033 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T2059 2045-2054 GO:0007608 denotes olfactory
T2060 2045-2059 UBERON:0002264 denotes olfactory bulb
T2061 2092-2100 CL_GO_EXT:cell denotes cellular
T2062 2190-2201 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T2063 2205-2214 GO:0007608 denotes olfactory
T2064 2215-2221 GO:0007613 denotes memory
T2065 2294-2303 GO:0007608 denotes olfactory
T2066 2375-2383 CL_GO_EXT:cell denotes cellular
T2067 2397-2406 GO:0007608 denotes olfactory
T2068 2407-2413 GO:0007613 denotes memory
T2069 2431-2439 CL:0000540 denotes neuronal
T2070 2459-2474 UBERON:0004725 denotes piriform cortex
T2071 2556-2564 CL_GO_EXT:cell denotes cellular
T2072 2569-2577 GO:0045202 denotes synaptic
T2073 2639-2647 CL_GO_EXT:cell denotes cellular
T2074 2715-2724 UBERON:0024914 denotes circuitry
T2075 2732-2741 GO:0007608 denotes olfactory
T2076 2732-2746 UBERON:0002264 denotes olfactory bulb
T2077 2798-2806 UBERON:0024914 denotes circuits
T2078 2838-2844 UBERON:0000966 denotes retina
T2079 2902-2915 GO_PATO_EXT:physiological_process_or_quality denotes physiological
T2080 2981-2988 UBERON:0001062 denotes anatomy
T2081 3120-3128 GO:0045202 denotes synapses
T2082 3151-3165 CL:0000527 denotes output neurons
T2083 3167-3179 CL:1001502 denotes mitral cells
T2084 3174-3179 CL_GO_EXT:cell denotes cells
T2085 3202-3209 CL:0000540 denotes neurons
T2086 3211-3224 CL:0000120 denotes granule cells
T2087 3219-3224 CL_GO_EXT:cell denotes cells
T2088 3233-3242 GO:0007608 denotes olfactory
T2089 3233-3247 UBERON:0002264 denotes olfactory bulb
T2090 3267-3275 GO:0045202 denotes synapses
T2091 3326-3349 CHEBI:16865 denotes gamma-aminobutyric acid
T2092 3366-3376 GO:0065007 denotes controlled
T2093 3421-3434 CHEBI_EXT:glutamate denotes glutamatergic
T2094 3470-3493 CHEBI:16865 denotes gamma-aminobutyric acid
T2095 3470-3501 GO:0014051 denotes gamma-aminobutyric acid release
T2096 3505-3509 CHEBI:29108 denotes Ca2+
T2097 3525-3534 CHEBI_EXT:glutamate denotes glutamate
T2098 3525-3549 GO_EXT:0008066 denotes glutamate-gated receptor
T2099 3550-3558 GO_EXT:0015267 denotes channels
T2100 3593-3601 CL:0000540 denotes neuronal
T2101 3593-3610 UBERON:0024914 denotes neuronal circuits
T2102 3654-3663 GO:0007608 denotes olfactory
T2103 3664-3670 GO:0007613 denotes memory
T2104 3710-3727 GO_EXT:neurotransmission denotes neurotransmission
T2105 3740-3788 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T2106 3740-3798 GO_EXT:0004971 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate receptors
T2107 3800-3806 GO_EXT:0004971 denotes AMPARs
T2108 3832-3839 SO_EXT:0000704 denotes genetic
T2109 3887-3935 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T2110 3937-3941 CHEBI:34018 denotes AMPA
T2111 3943-3951 GO_EXT:0015267 denotes channels
T2112 3984-3988 GO_EXT:0008066 denotes GluR
T2113 3984-3990 PR_EXT:000008234 denotes GluR-B
T2114 4004-4009 GO_EXT:0004971 denotes AMPAR
T2115 4024-4028 GO_EXT:0008066 denotes GluR
T2116 4024-4030 PR_EXT:000008233 denotes GluR-A
T2117 4024-4029 _FRAGMENT denotes GluR-
T2118 4034-4035 PR_EXT:000008236 denotes D
T2119 4037-4042 PR_EXT:000008233 denotes GluR1
T2120 4061-4071 GO_EXT:tetrameric_macromolecular_complex denotes tetrameric
T2121 4072-4080 GO_EXT:0015267 denotes channels
T2122 4125-4129 GO_EXT:0008066 denotes GluR
T2123 4125-4131 PR_EXT:000008234 denotes GluR-B
T2124 4164-4170 GO_EXT:0004971 denotes AMPARs
T2125 4172-4176 GO_EXT:0008066 denotes GluR
T2126 4172-4178 PR_EXT:000008234 denotes GluR-B
T2127 4223-4234 GO_EXT:biological_routing_or_transport denotes trafficking
T2128 4238-4244 GO_EXT:0004971 denotes AMPARs
T2129 4266-4269 CHEBI:24870 denotes ion
T2130 4339-4343 CHEBI:29108 denotes Ca2+
T2131 4360-4364 CHEBI:34018 denotes AMPA
T2132 4365-4373 GO_EXT:0015267 denotes channels
T2133 4387-4394 CL:0000540 denotes neurons
T2134 4417-4421 GO_EXT:0008066 denotes GluR
T2135 4417-4423 PR_EXT:000008234 denotes GluR-B
T2136 4441-4449 CHEBI_SO_EXT:arginine denotes arginine
T2137 4450-4457 CHEBI_EXT:residue denotes residue
T2138 4494-4503 CHEBI_SO_EXT:glutamine denotes glutamine
T2139 4504-4512 CHEBI_SO_EXT:arginine denotes arginine
T2140 4514-4515 CHEBI_SO_EXT:glutamine denotes Q
T2141 4516-4517 CHEBI_SO_EXT:arginine denotes R
T2142 4531-4535 GO_EXT:0015267 denotes pore
T2143 4582-4585 CHEBI_SO_EXT:RNA denotes RNA
T2144 4582-4593 GO:0006396 denotes RNA editing
T2145 4586-4593 SO_EXT:sequence_alteration_process denotes editing
T2146 4597-4601 GO_EXT:0008066 denotes GluR
T2147 4597-4603 PR_EXT:000008234 denotes GluR-B
T2148 4604-4612 SO_EXT:0000932 denotes pre-mRNA
T2149 4608-4612 CHEBI_SO_EXT:mRNA denotes mRNA
T2150 4653-4657 GO_EXT:0008066 denotes GluR
T2151 4653-4659 PR_EXT:000008234 denotes GluR-B
T2152 4679-4689 GO:0010467 denotes expression
T2153 4693-4694 CHEBI_SO_EXT:glutamine denotes Q
T2154 4695-4696 CHEBI_SO_EXT:arginine denotes R
T2155 4704-4710 SO_EXT:sequence_alteration_process denotes edited
T2156 4711-4715 GO_EXT:0008066 denotes GluR
T2157 4711-4717 PR_EXT:000008234 denotes GluR-B
T2158 4725-4734 CHEBI_SO_EXT:glutamine denotes glutamine
T2159 4735-4742 CHEBI_EXT:residue denotes residue
T2160 4759-4766 GO_EXT:0015267 denotes channel
T2161 4792-4796 CHEBI:29108 denotes Ca2+
T2162 4813-4817 CHEBI:34018 denotes AMPA
T2163 4818-4826 GO_EXT:0015267 denotes channels
T2164 4853-4857 SO_EXT:0000704 denotes gene
T2165 4867-4871 NCBITaxon:10088 denotes mice
T2166 4908-4912 GO_EXT:0008066 denotes GluR
T2167 4908-4914 PR_EXT:000008234 denotes GluR-B
T2168 4923-4933 GO:0010467 denotes expression
T2169 4937-4941 GO_EXT:0008066 denotes GluR
T2170 4937-4943 PR_EXT:000008234 denotes GluR-B
T2171 4944-4945 CHEBI_SO_EXT:glutamine denotes Q
T2172 4954-4963 GO:0007608 denotes olfactory
T2173 4954-4968 UBERON:0002264 denotes olfactory bulb
T2174 5007-5019 CL:1001502 denotes mitral cells
T2175 5014-5019 CL_GO_EXT:cell denotes cells
T2176 5047-5051 GO_EXT:0008066 denotes GluR
T2177 5047-5053 PR_EXT:000008234 denotes GluR-B
T2178 5089-5090 CHEBI_SO_EXT:glutamine denotes Q
T2179 5091-5092 CHEBI_SO_EXT:arginine denotes R
T2180 5098-5105 SO_EXT:sequence_alteration_process denotes editing
T2181 5109-5113 GO_EXT:0008066 denotes GluR
T2182 5109-5115 PR_EXT:000008234 denotes GluR-B
T2183 5143-5162 GO:0060076 denotes excitatory synaptic
T2184 5154-5175 GO:0007268 denotes synaptic transmission
T2185 5183-5194 SO_EXT:0000704 denotes genetically
T2186 5205-5213 CL:0000540 denotes neuronal
T2187 5334-5342 UBERON:0024914 denotes circuits
T2188 5366-5374 GO:0045202 denotes synaptic
T2189 5393-5397 CHEBI:29108 denotes Ca2+
T2190 5408-5414 GO_EXT:0004971 denotes AMPARs
T2191 5436-5451 UBERON:0004725 denotes piriform cortex
T2192 5470-5482 GO:0007613 denotes memorization
T2193 5515-5520 GO_EXT:0004971 denotes AMPAR
T2194 5541-5554 UBERON:0002616 denotes brain regions
T2195 5635-5645 GO_PATO_EXT:biological_behavior denotes behavioral
T2196 5689-5694 GO_EXT:0004971 denotes AMPAR
T2197 5707-5711 NCBITaxon:10088 denotes mice
T2198 5724-5728 GO_EXT:0008066 denotes GluR
T2199 5724-5730 PR_EXT:000008234 denotes GluR-B
T2200 5773-5781 GO_PATO_EXT:biological_behavior denotes behavior
T2201 5803-5808 GO_EXT:biological_movement_or_translocation_process denotes motor
T2202 5899-5909 GO_PATO_EXT:biological_behavior denotes behavioral
T2203 5931-5935 NCBITaxon:10088 denotes mice
T2204 5936-5946 GO:0010467 denotes expressing
T2205 5962-5967 UBERON:0000955 denotes brain
T2206 5995-5999 GO_EXT:0008066 denotes GluR
T2207 5995-6001 PR_EXT:000008234 denotes GluR-B
T2208 6020-6021 CHEBI_SO_EXT:glutamine denotes Q
T2209 6022-6023 CHEBI_SO_EXT:arginine denotes R
T2210 6031-6037 SO_EXT:sequence_alteration_process denotes edited
T2211 6068-6071 GO:0016265 denotes die
T2212 6185-6195 GO:0010467 denotes expression
T2213 6235-6238 SO_EXT:0000346 denotes lox
T2214 6256-6267 GO_EXT:recombinase denotes recombinase
T2215 6268-6278 GO:0010467 denotes expression
T2216 6290-6301 UBERON:0002616 denotes brain areas
T2217 6305-6309 SO_EXT:0000704 denotes gene
T2218 6319-6323 NCBITaxon:10088 denotes mice
T2219 6333-6337 GO_EXT:0008066 denotes GluR
T2220 6333-6339 PR_EXT:000008234 denotes GluR-B
T2221 6340-6347 SO_EXT:0001023 denotes alleles
T2222 6348-6354 CHEBI_SO_EXT:molecular_label_or_mark_or_tag_process denotes marked
T2223 6358-6368 SO_EXT:0000346 denotes loxP sites
T2224 6386-6399 GO_SO_EXT:sequence_rearrangement_process denotes recombination
T2225 6433-6443 GO:0010467 denotes expression
T2226 6447-6448 CHEBI_SO_EXT:glutamine denotes Q
T2227 6449-6450 CHEBI_SO_EXT:arginine denotes R
T2228 6458-6464 SO_EXT:sequence_alteration_process denotes edited
T2229 6465-6469 GO_EXT:0008066 denotes GluR
T2230 6465-6471 PR_EXT:000008234 denotes GluR-B
T2231 6475-6484 UBERON:0001890 denotes forebrain
T2232 6511-6519 UBERON:0000104 denotes lifespan
T2233 6569-6573 NCBITaxon:10088 denotes Mice
T2234 6579-6588 UBERON:0001890 denotes forebrain
T2235 6598-6602 GO_EXT:0008066 denotes GluR
T2236 6598-6604 PR_EXT:000008234 denotes GluR-B
T2237 6660-6664 UBERON:0000104 denotes life
T2238 6760-6769 GO:0007608 denotes olfactory
T2239 6770-6778 GO_PATO_EXT:biological_behavior denotes behavior
T2240 6823-6841 GO:0008355 denotes olfactory learning
T2241 6863-6869 GO:0007613 denotes memory
T2242 6911-6921 SO_EXT:0000902 denotes transgenes
T2243 6952-6962 GO:0010467 denotes expression
T2244 7008-7019 SO_EXT:0000704 denotes genetically
T2245 7030-7041 NCBITaxon:1 denotes individuals
T2246 7082-7092 GO:0010467 denotes expression
T2247 7156-7160 GO_EXT:0008066 denotes GluR
T2248 7156-7162 PR_EXT:000008234 denotes GluR-B
T2249 7167-7171 SO_EXT:0000704 denotes gene
T2250 7182-7188 SO:0000359 denotes floxed
T2251 7189-7193 GO_EXT:0008066 denotes GluR
T2252 7189-7195 PR_EXT:000008234 denotes GluR-B
T2253 7196-7203 SO_EXT:0001023 denotes alleles
T2254 7223-7233 SO_EXT:transgenic_entity denotes transgenic
T2255 7234-7239 NCBITaxon:10088 denotes mouse
T2256 7265-7275 GO:0010467 denotes expression
T2257 7279-7288 UBERON:0001890 denotes forebrain
T2258 7305-7309 GO_EXT:0008066 denotes GluR
T2259 7305-7311 PR_EXT:000008234 denotes GluR-B
T2260 7322-7331 GO:0007608 denotes olfaction
T2261 7340-7353 UBERON:0002616 denotes brain regions
T2262 7372-7382 GO_PATO_EXT:biological_behavior denotes behavioral
T2263 7423-7427 GO_EXT:0008066 denotes GluR
T2264 7423-7429 PR_EXT:000008234 denotes GluR-B
T2265 7433-7442 GO:0007608 denotes olfactory
T2266 7462-7468 GO:0007613 denotes memory
T2267 7497-7508 UBERON:0002616 denotes brain areas
T2268 7539-7548 GO:0007608 denotes olfactory
T2269 7567-7577 SO_EXT:transgenic_entity denotes transgenic
T2270 7579-7585 SO_EXT:sequence_rescue_process denotes rescue
T2271 7590-7594 GO_EXT:0008066 denotes GluR
T2272 7590-7596 PR_EXT:000008234 denotes GluR-B
T2273 7623-7638 UBERON:0004725 denotes piriform cortex
T2274 7643-7654 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T2275 7741-7745 GO_EXT:0008066 denotes GluR
T2276 7741-7747 PR_EXT:000008234 denotes GluR-B
T2277 7757-7762 GO_EXT:0004971 denotes AMPAR
T2278 7786-7799 UBERON:0002616 denotes brain regions
T2279 7803-7816 GO:0008355 denotes odor learning
T2280 7838-7844 GO:0007613 denotes memory
T3263 7856-7860 GO_EXT:0008066 denotes GluR
T3264 7856-7862 PR_EXT:000008234 denotes GluR-B
T3265 7863-7864 CHEBI_SO_EXT:glutamine denotes Q
T3266 7866-7876 GO:0010467 denotes Expression
T3267 7884-7893 UBERON:0001890 denotes Forebrain
T3268 7904-7922 GO:0008355 denotes Olfactory Learning
T3269 7981-7998 GO_EXT:neurotransmission denotes neurotransmission
T3270 8010-8014 GO_EXT:0008066 denotes GluR
T3271 8010-8016 PR_EXT:000008234 denotes GluR-B
T3272 8028-8032 CHEBI:34018 denotes AMPA
T3273 8033-8041 GO_EXT:0015267 denotes channels
T3274 8045-8054 GO:0007608 denotes olfactory
T3275 8084-8088 NCBITaxon:10088 denotes mice
T3276 8094-8101 GO:0010467 denotes express
T3277 8114-8118 GO_EXT:0008066 denotes GluR
T3278 8114-8120 PR_EXT:000008234 denotes GluR-B
T3279 8137-8138 CHEBI_SO_EXT:glutamine denotes Q
T3280 8139-8140 CHEBI_SO_EXT:arginine denotes R
T3281 8148-8154 SO_EXT:sequence_alteration_process denotes edited
T3282 8180-8184 GO_EXT:0008066 denotes GluR
T3283 8180-8186 PR_EXT:000008234 denotes GluR-B
T3284 8218-8222 NCBITaxon:10088 denotes mice
T3285 8247-8256 SO_EXT:wild_type_entity_or_quality denotes wild-type
T3286 8257-8261 GO_EXT:0008066 denotes GluR
T3287 8257-8263 PR_EXT:000008234 denotes GluR-B
T3288 8264-8270 SO_EXT:0001023 denotes allele
T3289 8274-8278 SO_EXT:0000704 denotes gene
T3290 8288-8292 GO_EXT:0008066 denotes GluR
T3291 8288-8294 PR_EXT:000008234 denotes GluR-B
T3292 8294-8297 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T3293 8298-8304 SO_EXT:0001023 denotes allele
T3294 8318-8326 SO_EXT:0000188 denotes intronic
T3295 8327-8335 SO_EXT:biological_sequence denotes sequence
T3296 8349-8353 GO_EXT:0008066 denotes GluR
T3297 8349-8355 PR_EXT:000008234 denotes GluR-B
T3298 8356-8364 SO_EXT:0000932 denotes pre-mRNA
T3299 8360-8364 CHEBI_SO_EXT:mRNA denotes mRNA
T3300 8365-8372 SO_EXT:sequence_alteration_process denotes editing
T3301 8380-8381 CHEBI_SO_EXT:glutamine denotes Q
T3302 8382-8383 CHEBI_SO_EXT:arginine denotes R
T3303 8392-8400 SO_EXT:sequence_substitution_process denotes replaced
T3304 8406-8412 _FRAGMENT denotes floxed
T3305 8420-8424 SO_EXT:0000363 denotes gene
T3306 8413-8415 GO_PR_EXT:thymidine_kinase denotes TK
T3307 8416-8419 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T3308 8449-8457 GO:0008380 denotes splicing
T3309 8465-8473 SO_EXT:sequence_alteration_process denotes modified
T3310 8474-8480 SO_EXT:0000188 denotes intron
T3311 8506-8516 GO:0010467 denotes expression
T3312 8524-8528 GO_EXT:0008066 denotes GluR
T3313 8524-8530 PR_EXT:000008234 denotes GluR-B
T3314 8530-8533 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T3315 8534-8540 SO_EXT:0001023 denotes allele
T3316 8552-8559 GO:0016458 denotes silence
T3317 8575-8579 GO_EXT:0008066 denotes GluR
T3318 8575-8581 PR_EXT:000008234 denotes GluR-B
T3319 8581-8584 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T3320 8585-8591 SO_EXT:0001023 denotes allele
T3321 8617-8622 GO:0007567 denotes natal
T3322 8623-8632 UBERON:0001890 denotes forebrain
T3323 8652-8654 SO_EXT:transgenic_entity denotes Tg
T3324 8659-8668 SO_EXT:0000902 denotes transgene
T3325 8676-8683 SO_EXT:sequence_coding_function denotes encodes
T3326 8688-8699 GO_EXT:recombinase denotes recombinase
T3327 8721-8728 PR_EXT:000003199 denotes αCaMKII
T3328 8729-8737 SO_EXT:0000167 denotes promoter
T3329 8768-8779 GO_EXT:recombinase denotes recombinase
T3330 8791-8800 UBERON:0001890 denotes forebrain
T3331 8791-8808 CL:0012001 denotes forebrain neurons
T3332 8813-8821 SO_EXT:0000188 denotes intronic
T3333 8822-8824 GO_PR_EXT:thymidine_kinase denotes TK
T3334 8825-8828 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T3335 8829-8833 SO_EXT:0000704 denotes gene
T3336 8857-8861 GO_EXT:0008066 denotes GluR
T3337 8857-8863 PR_EXT:000008234 denotes GluR-B
T3338 8868-8874 SO_EXT:0001023 denotes allele
T3339 8879-8880 CHEBI_SO_EXT:glutamine denotes Q
T3340 8881-8882 CHEBI_SO_EXT:arginine denotes R
T3341 8890-8896 SO_EXT:sequence_alteration_process denotes edited
T3342 8897-8901 GO_EXT:0008066 denotes GluR
T3343 8897-8903 PR_EXT:000008234 denotes GluR-B
T3344 8904-8905 CHEBI_SO_EXT:glutamine denotes Q
T3345 8965-8969 NCBITaxon:10088 denotes mice
T3346 8970-8980 GO:0010467 denotes expressing
T3347 8985-8992 GO:0007567 denotes natally
T3348 8993-9002 UBERON:0001890 denotes forebrain
T3349 9012-9013 CHEBI_SO_EXT:glutamine denotes Q
T3350 9014-9015 CHEBI_SO_EXT:arginine denotes R
T3351 9023-9029 SO_EXT:sequence_alteration_process denotes edited
T3352 9030-9034 GO_EXT:0008066 denotes GluR
T3353 9030-9036 PR_EXT:000008234 denotes GluR-B
T3354 9037-9038 CHEBI_SO_EXT:glutamine denotes Q
T3355 9050-9054 CHEBI:29108 denotes Ca2+
T3356 9076-9081 GO_EXT:0004971 denotes AMPAR
T3357 9100-9105 GO_EXT:0004971 denotes AMPAR
T3358 9165-9169 GO_EXT:0008066 denotes GluR
T3359 9165-9171 PR_EXT:000008234 denotes GluR-B
T3360 9179-9183 NCBITaxon:10088 denotes mice
T3361 9204-9208 NCBITaxon:10088 denotes mice
T3362 9209-9219 GO:0010467 denotes expressing
T3363 9220-9224 GO_EXT:0008066 denotes GluR
T3364 9220-9226 PR_EXT:000008234 denotes GluR-B
T3365 9227-9228 CHEBI_SO_EXT:glutamine denotes Q
T3366 9252-9260 UBERON:0000104 denotes lifespan
T3367 9357-9367 GO_PATO_EXT:biological_behavior denotes behavioral
T3368 11443-11447 GO_EXT:0008066 denotes GluR
T3369 11443-11449 PR_EXT:000008234 denotes GluR-B
T3370 11457-11461 NCBITaxon:10088 denotes mice
T3371 11532-11541 GO:0007608 denotes olfactory
T3372 11542-11554 GO_EXT:behavioral_conditioning denotes conditioning
T3373 11582-11587 CHEBI:15377 denotes water
T3374 11597-11601 NCBITaxon:10088 denotes mice
T3375 11631-11636 CHEBI:15377 denotes water
T3376 11701-11709 GO_EXT:reaction_or_response denotes response
T3377 11728-11732 GO_EXT:0008066 denotes GluR
T3378 11728-11734 PR_EXT:000008234 denotes GluR-B
T3379 11754-11758 NCBITaxon:10088 denotes mice
T3380 11818-11827 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T3381 11921-11925 GO_EXT:0008066 denotes GluR
T3382 11921-11927 PR_EXT:000008234 denotes GluR-B
T3383 11935-11939 NCBITaxon:10088 denotes mice
T3384 11958-11966 GO:0007612 denotes learning
T3385 12137-12145 GO:0007612 denotes learning
T3386 12271-12275 UBERON:0000033 denotes head
T3387 12354-12361 NCBITaxon:33208 denotes animals
T3388 12373-12377 UBERON:0000033 denotes head
T3389 12488-12492 UBERON:0000033 denotes head
T3390 12805-12809 GO_EXT:0008066 denotes GluR
T3391 12805-12811 PR_EXT:000008234 denotes GluR-B
T3392 12819-12823 NCBITaxon:10088 denotes mice
T3393 12929-12934 GO_EXT:biological_movement_or_translocation_process denotes motor
T3394 13151-13161 GO:0010467 denotes expression
T3395 13165-13169 CHEBI:29108 denotes Ca2+
T3396 13180-13186 GO_EXT:0004971 denotes AMPARs
T3397 13190-13199 UBERON:0001890 denotes forebrain
T3398 13221-13230 GO:0007608 denotes olfactory
T3399 13221-13235 UBERON:0002264 denotes olfactory bulb
T3400 13260-13273 GO:0008355 denotes odor learning
T3401 13287-13296 GO:0007608 denotes olfactory
T4924 13314-13318 GO_EXT:0008066 denotes GluR
T4925 13314-13320 PR_EXT:000008234 denotes GluR-B
T4926 13324-13328 NCBITaxon:10088 denotes Mice
T4927 13347-13356 GO:0007608 denotes Olfactory
T4928 13409-13427 GO:0008355 denotes olfactory learning
T4929 13492-13496 CHEBI:29108 denotes Ca2+
T4930 13513-13517 CHEBI:34018 denotes AMPA
T4931 13518-13526 GO_EXT:0015267 denotes channels
T4932 13534-13535 CHEBI_SO_EXT:glutamine denotes Q
T4933 13536-13537 CHEBI_SO_EXT:arginine denotes R
T4934 13545-13551 SO_EXT:sequence_alteration_process denotes edited
T4935 13575-13579 GO_EXT:0008066 denotes GluR
T4936 13575-13581 PR_EXT:000008234 denotes GluR-B
T4937 13585-13589 NCBITaxon:10088 denotes mice
T4938 13602-13606 GO_EXT:0008066 denotes GluR
T4939 13602-13608 PR_EXT:000008234 denotes GluR-B
T4940 13612-13621 UBERON:0001890 denotes forebrain
T4941 13663-13672 UBERON:0001890 denotes forebrain
T4942 13683-13685 SO_EXT:transgenic_entity denotes Tg
T4943 13690-13700 GO:0010467 denotes expression
T4944 13722-13726 SO_EXT:0000704 denotes gene
T4945 13736-13740 GO_EXT:0008066 denotes GluR
T4946 13736-13742 PR_EXT:000008234 denotes GluR-B
T4947 13747-13751 NCBITaxon:10088 denotes mice
T4948 13770-13774 GO_EXT:0008066 denotes GluR
T4949 13770-13776 PR_EXT:000008234 denotes GluR-B
T4950 13777-13784 SO_EXT:0001023 denotes alleles
T4951 13788-13794 SO:0000359 denotes floxed
T4952 13795-13799 SO_EXT:0000147 denotes exon
T4953 13829-13833 GO_EXT:0008066 denotes GluR
T4954 13829-13835 PR_EXT:000008234 denotes GluR-B
T4955 13849-13853 GO_EXT:0008066 denotes GluR
T4956 13859-13863 NCBITaxon:10088 denotes mice
T4957 13983-13987 GO_EXT:0008066 denotes GluR
T4958 13983-13989 PR_EXT:000008234 denotes GluR-B
T4959 14061-14072 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T4960 14074-14082 UBERON:0001851 denotes cortical
T4961 14094-14103 GO:0007608 denotes olfactory
T4962 14094-14108 UBERON:0002264 denotes olfactory bulb
T4963 14136-14140 GO_EXT:0008066 denotes GluR
T4964 14136-14142 PR_EXT:000008234 denotes GluR-B
T4965 14153-14157 GO_EXT:0008066 denotes GluR
T4966 14153-14159 PR_EXT:000008234 denotes GluR-B
T4967 14203-14207 GO_EXT:0008066 denotes GluR
T4968 14203-14209 PR_EXT:000008234 denotes GluR-B
T4969 14250-14254 CHEBI:34018 denotes AMPA
T4970 14255-14263 GO_EXT:0015267 denotes channels
T4971 14293-14297 GO_EXT:0008066 denotes GluR
T4972 14293-14299 PR_EXT:000008234 denotes GluR-B
T4973 14300-14304 GO_EXT:0008066 denotes GluR
T4974 14300-14306 PR_EXT:000008234 denotes GluR-B
T4975 14307-14308 CHEBI_SO_EXT:glutamine denotes Q
T4976 14365-14369 CHEBI:29108 denotes Ca2+
T4977 14391-14395 CHEBI:34018 denotes AMPA
T4978 14396-14404 GO_EXT:0015267 denotes channels
T4979 14434-14438 GO_EXT:0008066 denotes GluR
T4980 14434-14440 PR_EXT:000008234 denotes GluR-B
T4981 14458-14464 GO_EXT:fatality_or_lethality denotes lethal
T4982 14537-14541 GO_EXT:0008066 denotes GluR
T4983 14537-14543 PR_EXT:000008234 denotes GluR-B
T4984 14555-14559 NCBITaxon:10088 denotes mice
T4985 14565-14574 UBERON:0001890 denotes forebrain
T4986 14584-14588 GO_EXT:0008066 denotes GluR
T4987 14584-14590 PR_EXT:000008234 denotes GluR-B
T4988 14628-14632 UBERON:0000104 denotes life
T4989 14687-14691 UBERON_EXT:body denotes body
T4990 14711-14720 UBERON:0000113 denotes adulthood
T4991 14722-14731 SO_EXT:wild_type_entity_or_quality denotes wild-type
T4992 14747-14751 GO_EXT:0008066 denotes GluR
T4993 14747-14753 PR_EXT:000008234 denotes GluR-B
T4994 14853-14857 GO_EXT:0008066 denotes GluR
T4995 14853-14859 PR_EXT:000008234 denotes GluR-B
T4996 14863-14867 NCBITaxon:10088 denotes mice
T4997 14908-14917 SO_EXT:wild_type_entity_or_quality denotes wild-type
T4998 14964-14969 GO_EXT:biological_movement_or_translocation_process denotes Motor
T4999 15048-15054 SO_EXT:sequence_altered_entity_or_alteration_process denotes mutant
T5000 15055-15059 NCBITaxon:10088 denotes mice
T5001 15061-15070 SO_EXT:wild_type_entity_or_quality denotes wild-type
T5002 15091-15095 GO_EXT:0008066 denotes GluR
T5003 15091-15097 PR_EXT:000008234 denotes GluR-B
T5004 15189-15193 GO_EXT:0008066 denotes GluR
T5005 15189-15195 PR_EXT:000008234 denotes GluR-B
T5006 15199-15203 NCBITaxon:10088 denotes mice
T5007 15228-15237 SO_EXT:wild_type_entity_or_quality denotes wild-type
T5008 15250-15254 GO_EXT:0008066 denotes GluR
T5009 15250-15256 PR_EXT:000008234 denotes GluR-B
T5010 15305-15314 SO_EXT:wild_type_entity_or_quality denotes wild-type
T5011 15327-15331 GO_EXT:0008066 denotes GluR
T5012 15327-15333 PR_EXT:000008234 denotes GluR-B
T5013 15387-15396 SO_EXT:wild_type_entity_or_quality denotes wild-type
T5014 15411-15415 GO_EXT:0008066 denotes GluR
T5015 15411-15417 PR_EXT:000008234 denotes GluR-B
T5016 15485-15489 GO_EXT:0008066 denotes GluR
T5017 15485-15491 PR_EXT:000008234 denotes GluR-B
T5018 15503-15507 GO_EXT:0008066 denotes GluR
T5019 15503-15509 PR_EXT:000008234 denotes GluR-B
T5020 15513-15517 NCBITaxon:10088 denotes mice
T5021 15656-15666 GO_PATO_EXT:biological_behavior denotes behavioral
T5022 17070-17074 GO_EXT:0008066 denotes GluR
T5023 17070-17076 PR_EXT:000008234 denotes GluR-B
T5024 17077-17081 GO_EXT:0008066 denotes GluR
T5025 17077-17083 PR_EXT:000008234 denotes GluR-B
T5026 17084-17085 CHEBI_SO_EXT:glutamine denotes Q
T5027 17121-17125 CHEBI:29108 denotes Ca2+
T5028 17146-17150 CHEBI:34018 denotes AMPA
T5029 17151-17159 GO_EXT:0015267 denotes channels
T5030 17183-17187 _FRAGMENT denotes odor
T5031 17207-17215 GO:0008355 denotes learning
T5032 17238-17242 GO_EXT:0008066 denotes GluR
T5033 17238-17244 PR_EXT:000008234 denotes GluR-B
T5034 17324-17328 GO_EXT:0008066 denotes GluR
T5035 17324-17330 PR_EXT:000008234 denotes GluR-B
T5036 17334-17338 NCBITaxon:10088 denotes mice
T5037 17390-17401 _FRAGMENT denotes associative
T5038 17421-17433 GO:0008306 denotes conditioning
T5039 17411-17420 GO:0007608 denotes olfactory
T5040 17498-17507 GO:0007608 denotes olfaction
T5041 17554-17563 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5042 17593-17601 CHEBI:60004 denotes mixtures
T5043 17613-17624 GO:0046959 denotes habituation
T5044 17626-17630 GO_EXT:0008066 denotes GluR
T5045 17626-17632 PR_EXT:000008234 denotes GluR-B
T5046 17648-17652 NCBITaxon:10088 denotes mice
T5047 17707-17716 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5048 17850-17858 CHEBI:60004 denotes mixtures
T5049 17862-17868 CHEBI:23243 denotes cineol
T5050 17873-17880 CHEBI:4917 denotes eugenol
T5051 17947-17956 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5052 17963-17973 _FRAGMENT denotes pelargonic
T5053 17986-17990 CHEBI:29019 denotes acid
T5054 17978-17990 CHEBI:17418 denotes valeric acid
T5055 18003-18007 GO_EXT:0008066 denotes GluR
T5056 18003-18009 PR_EXT:000008234 denotes GluR-B
T5057 18018-18022 GO_EXT:0008066 denotes GluR
T5058 18018-18024 PR_EXT:000008234 denotes GluR-B
T5059 18028-18032 NCBITaxon:10088 denotes mice
T5060 18054-18062 GO:0007612 denotes learning
T5061 18443-18447 GO_EXT:0008066 denotes GluR
T5062 18443-18449 PR_EXT:000008234 denotes GluR-B
T5063 18465-18469 NCBITaxon:10088 denotes mice
T5064 18678-18686 CHEBI:60004 denotes mixtures
T5065 18760-18767 CHEBI:60004 denotes mixture
T5066 18804-18807 CHEBI:29019 denotes Pel
T5067 18808-18811 CHEBI:17418 denotes Val
T5068 19002-19011 SO_EXT:genotype_or_entity_with_genotype denotes genotypes
T5069 19116-19120 GO_EXT:0008066 denotes GluR
T5070 19116-19122 PR_EXT:000008234 denotes GluR-B
T5071 19126-19130 NCBITaxon:10088 denotes mice
T5072 19212-19216 GO_EXT:0008066 denotes GluR
T5073 19212-19218 PR_EXT:000008234 denotes GluR-B
T5074 19222-19231 UBERON:0001890 denotes forebrain
T5075 19267-19285 GO:0008355 denotes olfactory learning
T5076 19367-19376 GO:0007608 denotes olfaction
T5077 19405-19409 GO_EXT:0008066 denotes GluR
T5078 19405-19411 PR_EXT:000008234 denotes GluR-B
T5079 19415-19419 NCBITaxon:10088 denotes mice
T5080 19445-19454 GO:0007608 denotes olfactory
T5081 19455-19466 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T5082 19485-19493 GO:0007612 denotes learning
T5083 19707-19716 GO:0007608 denotes olfactory
T5084 19776-19790 GO:0007608 denotes sense of smell
T5085 19952-19956 GO_EXT:0008066 denotes GluR
T5086 19952-19958 PR_EXT:000008234 denotes GluR-B
T5087 19970-19974 GO_EXT:0008066 denotes GluR
T5088 19970-19976 PR_EXT:000008234 denotes GluR-B
T5089 19980-19984 NCBITaxon:10088 denotes mice
T5090 20055-20060 GO_EXT:0004971 denotes AMPAR
T5091 20106-20110 GO_EXT:0008066 denotes GluR
T5092 20106-20112 PR_EXT:000008234 denotes GluR-B
T5093 20133-20134 CHEBI_SO_EXT:glutamine denotes Q
T5094 20135-20136 CHEBI_SO_EXT:arginine denotes R
T5095 20142-20148 SO_EXT:sequence_alteration_process denotes edited
T5096 20149-20153 GO_EXT:0008066 denotes GluR
T5097 20149-20155 PR_EXT:000008234 denotes GluR-B
T5098 20183-20187 CHEBI:29108 denotes Ca2+
T5099 20198-20204 GO_EXT:0004971 denotes AMPARs
T5100 20241-20245 CHEBI:29108 denotes Ca2+
T5101 20257-20263 GO_EXT:0004971 denotes AMPARs
T5102 20282-20300 GO:0008355 denotes olfactory learning
T5777 20322-20331 GO:0007608 denotes Olfactory
T5778 20332-20338 GO:0007613 denotes Memory
T5779 20389-20393 GO_EXT:0008066 denotes GluR
T5780 20389-20395 PR_EXT:000008234 denotes GluR-B
T5781 20399-20403 NCBITaxon:10088 denotes Mice
T5782 20446-20450 CHEBI:29108 denotes Ca2+
T5783 20461-20467 GO_EXT:0004971 denotes AMPARs
T5784 20471-20480 GO:0007608 denotes olfactory
T5785 20481-20489 GO_PATO_EXT:biological_behavior denotes behavior
T5786 20523-20530 SO_EXT:sequence_alteration_process denotes altered
T5787 20531-20535 CHEBI:34018 denotes AMPA
T5788 20536-20544 GO_EXT:0015267 denotes channels
T5789 20548-20557 GO:0007608 denotes olfactory
T5790 20558-20564 GO:0007613 denotes memory
T5791 20575-20584 GO:0007608 denotes olfactory
T5792 20585-20591 GO:0007613 denotes memory
T5793 20595-20599 GO_EXT:0008066 denotes GluR
T5794 20595-20601 PR_EXT:000008234 denotes GluR-B
T5795 20605-20609 NCBITaxon:10088 denotes mice
T5796 20767-20777 _FRAGMENT denotes pelargonic
T5797 20793-20797 CHEBI:29019 denotes acid
T5798 20785-20797 CHEBI:17418 denotes valeric acid
T5799 20940-20944 NCBITaxon:10088 denotes mice
T5800 20954-20963 GO_EXT:reaction_or_response denotes responded
T5801 21002-21008 GO:0007613 denotes memory
T5802 21051-21055 GO_EXT:0008066 denotes GluR
T5803 21051-21057 PR_EXT:000008234 denotes GluR-B
T5804 21061-21065 NCBITaxon:10088 denotes mice
T5805 21081-21090 GO:0007608 denotes olfactory
T5806 21091-21097 GO:0007613 denotes memory
T5807 21163-21171 GO:0007612 denotes learning
T5808 21184-21188 GO_EXT:0008066 denotes GluR
T5809 21184-21190 PR_EXT:000008234 denotes GluR-B
T5810 21234-21243 GO:0007608 denotes olfactory
T5811 21244-21250 GO:0007613 denotes memory
T5812 21404-21410 GO:0007613 denotes memory
T5813 21500-21506 GO:0007613 denotes memory
T5814 21669-21675 GO:0007613 denotes memory
T5815 21710-21721 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T5816 21740-21746 GO:0007613 denotes memory
T5817 21844-21853 GO:0007608 denotes olfactory
T5818 21854-21860 GO:0007613 denotes memory
T5819 21892-21901 GO:0007608 denotes olfaction
T5820 21998-22006 GO:0007612 denotes learning
T5821 22007-22015 GO_PATO_EXT:biological_behavior denotes behavior
T5822 22075-22081 GO:0007613 denotes memory
T5823 22106-22110 GO_EXT:0008066 denotes GluR
T5824 22106-22112 PR_EXT:000008234 denotes GluR-B
T5825 22116-22120 NCBITaxon:10088 denotes mice
T5826 22158-22165 NCBITaxon:33208 denotes animals
T5827 22233-22242 GO:0007608 denotes olfactory
T5828 22243-22249 GO:0007613 denotes memory
T5829 22295-22306 GO_EXT:recombinase denotes recombinase
T5830 22307-22317 GO:0010467 denotes expression
T5831 22321-22330 UBERON:0001890 denotes forebrain
T5832 22334-22344 SO_EXT:transgenic_entity denotes transgenic
T5833 22345-22347 SO_EXT:transgenic_entity denotes Tg
T5834 22352-22356 NCBITaxon:10088 denotes mice
T5835 22409-22414 NCBITaxon:10088 denotes mouse
T5836 22467-22478 GO_EXT:recombinase denotes recombinase
T5837 22479-22489 GO:0010467 denotes expression
T5838 22503-22512 UBERON:0001890 denotes forebrain
T5839 22545-22547 SO_EXT:transgenic_entity denotes Tg
T5840 22552-22556 NCBITaxon:10088 denotes mice
T5841 22645-22653 GO:0042571 denotes antibody
T5842 22785-22794 SO_EXT:0000902 denotes transgene
T5843 22823-22830 NCBITaxon:33208 denotes animals
T5844 22874-22881 SO_EXT:0000704 denotes genetic
T5845 22908-22918 SO_EXT:epigenetic_modification_entity_or_process denotes epigenetic
T5846 23545-23554 GO:0007608 denotes olfactory
T5847 23555-23561 GO:0007613 denotes memory
T5848 23602-23612 SO_EXT:transgenic_entity denotes transgenic
T5849 23613-23615 SO_EXT:transgenic_entity denotes Tg
T5850 23668-23678 GO:0010467 denotes expression
T5851 23690-23697 NCBITaxon:33208 denotes animals
T5852 23719-23728 GO:0007608 denotes olfactory
T5853 23729-23735 GO:0007613 denotes memory
T5854 23770-23781 UBERON:0002616 denotes brain areas
T6594 23824-23833 GO:0007608 denotes Olfactory
T6595 23834-23840 GO:0007613 denotes Memory
T6596 23866-23870 GO_EXT:0008066 denotes GluR
T6597 23866-23872 PR_EXT:000008234 denotes GluR-B
T6598 23873-23880 CHEBI_PR_EXT:protein denotes Protein
T6599 23881-23891 GO:0010467 denotes Expression
T6600 23895-23899 GO_EXT:0008066 denotes GluR
T6601 23895-23901 PR_EXT:000008234 denotes GluR-B
T6602 23905-23909 NCBITaxon:10088 denotes Mice
T6603 23965-23974 GO:0007608 denotes olfactory
T6604 23975-23981 GO:0007613 denotes memory
T6605 23985-23989 GO_EXT:0008066 denotes GluR
T6606 23985-23991 PR_EXT:000008234 denotes GluR-B
T6607 23995-23999 NCBITaxon:10088 denotes mice
T6608 24036-24040 GO_EXT:0008066 denotes GluR
T6609 24036-24042 PR_EXT:000008234 denotes GluR-B
T6610 24053-24057 GO_EXT:0008066 denotes GluR
T6611 24053-24059 PR_EXT:000008234 denotes GluR-B
T6612 24063-24067 NCBITaxon:10088 denotes mice
T6613 24104-24108 GO_EXT:0008066 denotes GluR
T6614 24104-24110 PR_EXT:000008234 denotes GluR-B
T6615 24111-24118 CHEBI_PR_EXT:protein denotes protein
T6616 24122-24126 NCBITaxon:10088 denotes mice
T6617 24142-24148 GO:0007613 denotes memory
T6618 24186-24190 NCBITaxon:10088 denotes mice
T6619 24207-24213 GO:0007613 denotes memory
T6620 24224-24230 GO:0007613 denotes memory
T6621 24271-24275 GO_EXT:0008066 denotes GluR
T6622 24271-24277 PR_EXT:000008234 denotes GluR-B
T6623 24278-24285 CHEBI_PR_EXT:protein denotes protein
T6624 24289-24300 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T6625 24302-24310 UBERON:0001876 denotes amygdala
T6626 24312-24321 GO:0007608 denotes olfactory
T6627 24312-24326 UBERON:0002264 denotes olfactory bulb
T6628 24332-24347 UBERON:0004725 denotes piriform cortex
T6629 24394-24398 NCBITaxon:10088 denotes mice
T6630 24420-24426 GO:0007613 denotes memory
T6631 24458-24462 GO_EXT:0008066 denotes GluR
T6632 24458-24464 PR_EXT:000008234 denotes GluR-B
T6633 24479-24490 UBERON:0002616 denotes brain areas
T6634 26641-26645 GO_EXT:0008066 denotes GluR
T6635 26641-26647 PR_EXT:000008234 denotes GluR-B
T6636 26648-26655 CHEBI_PR_EXT:protein denotes protein
T6637 26660-26669 GO:0007608 denotes olfactory
T6638 26670-26676 GO:0007613 denotes memory
T6639 26682-26688 GO:0007613 denotes memory
T6640 26734-26738 GO_EXT:0008066 denotes GluR
T6641 26734-26740 PR_EXT:000008234 denotes GluR-B
T6642 26744-26748 NCBITaxon:10088 denotes mice
T6643 26757-26761 GO_EXT:0008066 denotes GluR
T6644 26776-26783 NCBITaxon:33208 denotes animals
T6645 26884-26890 GO:0007613 denotes memory
T6646 26923-26927 GO_EXT:0008066 denotes GluR
T6647 26923-26929 PR_EXT:000008234 denotes GluR-B
T6648 26959-26966 CHEBI_PR_EXT:protein denotes protein
T6649 26986-26995 GO:0007608 denotes olfactory
T6650 26986-27001 UBERON:0002264 denotes olfactory bulbs
T6651 27003-27011 UBERON:0001851 denotes cortical
T6652 27023-27033 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampi
T6653 27044-27049 NCBITaxon:10088 denotes mouse
T6654 27055-27059 GO_EXT:0008066 denotes GluR
T6655 27055-27061 PR_EXT:000008234 denotes GluR-B
T6656 27062-27069 CHEBI_PR_EXT:protein denotes protein
T6657 27157-27164 NCBITaxon:33208 denotes animals
T6658 27276-27284 GO:0007612 denotes learning
T6659 27346-27353 CHEBI_PR_EXT:protein denotes protein
T6660 27413-27419 GO:0007613 denotes memory
T6661 27424-27428 GO_EXT:0008066 denotes GluR
T6662 27424-27430 PR_EXT:000008234 denotes GluR-B
T6663 27431-27438 CHEBI_PR_EXT:protein denotes protein
T6664 27455-27466 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T6665 27513-27521 UBERON:0001851 denotes cortical
T6666 27626-27635 GO:0007608 denotes olfactory
T6667 27626-27640 UBERON:0002264 denotes olfactory bulb
T6668 27683-27687 GO_EXT:0008066 denotes GluR
T6669 27683-27689 PR_EXT:000008233 denotes GluR-A
T6670 27717-27726 SO_EXT:wild_type_entity_or_quality denotes wild-type
T6671 27757-27770 GO_EXT:positive_regulation denotes up-regulation
T6672 27780-27785 GO_EXT:0004971 denotes AMPAR
T6673 27808-27812 GO_EXT:0008066 denotes GluR
T6674 27808-27814 PR_EXT:000008233 denotes GluR-A
T6675 27889-27893 NCBITaxon:10088 denotes mice
T6676 27907-27911 GO_EXT:0008066 denotes GluR
T6677 27907-27913 PR_EXT:000008234 denotes GluR-B
T6678 27924-27933 UBERON:0001890 denotes forebrain
T6679 27957-27966 GO:0007608 denotes olfactory
T6680 27967-27973 GO:0007613 denotes memory
T6681 28020-28024 GO_EXT:0008066 denotes GluR
T6682 28020-28026 PR_EXT:000008234 denotes GluR-B
T6683 28041-28052 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T6684 28057-28065 UBERON:0001851 denotes cortical
T6685 28082-28095 GO:0008355 denotes odor learning
T6686 28163-28167 GO_EXT:0008066 denotes GluR
T6687 28163-28169 PR_EXT:000008234 denotes GluR-B
T6688 28184-28193 GO:0007608 denotes olfactory
T6689 28184-28198 UBERON:0002264 denotes olfactory bulb
T6690 28209-28218 UBERON:0001890 denotes forebrain
T6691 28251-28255 GO_EXT:0008066 denotes GluR
T6692 28251-28257 PR_EXT:000008234 denotes GluR-B
T6693 28305-28318 GO:0008355 denotes odor learning
T6694 28375-28386 SO_EXT:sequence_alteration_entity_or_process denotes alterations
T6695 28394-28399 GO_EXT:0004971 denotes AMPAR
T6696 28408-28412 GO_EXT:0008066 denotes GluR
T6697 28408-28414 PR_EXT:000008234 denotes GluR-B
T6698 28456-28464 GO_EXT:reaction_or_response denotes response
T6699 28498-28507 GO:0007608 denotes olfactory
T6700 28508-28514 GO:0007613 denotes memory
T6701 28520-28538 GO:0008355 denotes olfactory learning
T8039 28597-28603 SO_EXT:sequence_rescue_process denotes Rescue
T8040 28607-28616 GO:0007608 denotes Olfactory
T8041 28617-28623 GO:0007613 denotes Memory
T8042 28645-28655 SO_EXT:transgenic_entity denotes Transgenic
T8043 28656-28660 GO_EXT:0008066 denotes GluR
T8044 28656-28662 PR_EXT:000008234 denotes GluR-B
T8045 28663-28673 GO:0010467 denotes Expression
T8046 28677-28688 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes Hippocampus
T8047 28693-28708 UBERON:0004725 denotes Piriform Cortex
T8048 28712-28716 GO_EXT:0008066 denotes GluR
T8049 28712-28718 PR_EXT:000008234 denotes GluR-B
T8050 28722-28726 NCBITaxon:10088 denotes Mice
T8051 28751-28755 GO_EXT:0008066 denotes GluR
T8052 28751-28757 PR_EXT:000008234 denotes GluR-B
T8053 28771-28775 NCBITaxon:10088 denotes mice
T8054 28791-28795 GO_EXT:0008066 denotes GluR
T8055 28791-28797 PR_EXT:000008234 denotes GluR-B
T8056 28809-28815 GO_EXT:0004971 denotes AMPARs
T8057 28823-28834 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8058 28844-28853 GO:0007608 denotes olfactory
T8059 28855-28861 UBERON:0001851 denotes cortex
T8060 28893-28902 GO:0007608 denotes olfactory
T8061 28903-28909 GO:0007613 denotes memory
T8062 28915-28924 GO:0007608 denotes olfactory
T8063 28925-28931 GO:0007613 denotes memory
T8064 28971-28975 GO_EXT:0008066 denotes GluR
T8065 28971-28977 PR_EXT:000008234 denotes GluR-B
T8066 28981-28990 GO:0007608 denotes olfactory
T8067 28981-28997 UBERON:0002894 denotes olfactory cortex
T8068 29001-29012 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8069 29023-29031 GO:0007612 denotes learning
T8070 29090-29096 GO_EXT:0004971 denotes AMPARs
T8071 29105-29109 GO_EXT:0008066 denotes GluR
T8072 29105-29111 PR_EXT:000008234 denotes GluR-B
T8073 29119-29128 GO:0007608 denotes olfactory
T8074 29119-29133 UBERON:0002264 denotes olfactory bulb
T8075 29226-29230 CHEBI:29108 denotes Ca2+
T8076 29241-29247 GO_EXT:0004971 denotes AMPARs
T8077 29252-29261 GO:0010467 denotes expressed
T8078 29265-29275 SO_EXT:transgenic_entity denotes transgenic
T8079 29282-29294 CHEBI_SO_EXT:N_terminus_or_N_terminal_region denotes N-terminally
T8080 29313-29320 CHEBI_PR_EXT:protein denotes protein
T8081 29327-29333 CHEBI_SO_EXT:molecular_label_or_mark_or_tag_process denotes tagged
T8082 29334-29338 GO_EXT:0008066 denotes GluR
T8083 29334-29340 PR_EXT:000008234 denotes GluR-B
T8084 29357-29368 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8085 29373-29388 UBERON:0004725 denotes piriform cortex
T8086 29392-29396 GO_EXT:0008066 denotes GluR
T8087 29392-29398 PR_EXT:000008234 denotes GluR-B
T8088 29402-29406 NCBITaxon:10088 denotes mice
T8089 29506-29510 GO_EXT:0008066 denotes GluR
T8090 29506-29512 PR_EXT:000008234 denotes GluR-B
T8091 29525-29536 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8092 29544-29559 UBERON:0004725 denotes piriform cortex
T8093 29573-29579 GO:0007613 denotes memory
T8094 29634-29639 NCBITaxon:10088 denotes mouse
T8095 29679-29683 GO_EXT:0008066 denotes GluR
T8096 29679-29685 PR_EXT:000008234 denotes GluR-B
T8097 29685-29691 SO_EXT:sequence_rescue_process denotes Rescue
T8098 29701-29708 SO_EXT:0000704 denotes genetic
T8099 29723-29727 GO_EXT:0008066 denotes GluR
T8100 29723-29729 PR_EXT:000008234 denotes GluR-B
T8101 29733-29737 NCBITaxon:10088 denotes mice
T8102 29790-29805 GO_EXT:0004565 denotes β-galactosidase
T8103 29813-29817 GO_EXT:0008066 denotes GluR
T8104 29813-29819 PR_EXT:000008234 denotes GluR-B
T8105 29820-29830 GO:0010467 denotes expression
T8106 29850-29862 CHEBI:27902 denotes tetracycline
T8107 29863-29873 GO:0065007 denotes controlled
T8108 29874-29889 GO_EXT:transcription denotes transcriptional
T8109 29944-29951 GO:0065007 denotes control
T8110 29957-29965 SO_EXT:sequence_alteration_process denotes modified
T8111 29966-29973 PR_EXT:000003199 denotes αCaMKII
T8112 29974-29982 SO_EXT:0000167 denotes promoter
T8113 30007-30017 GO:0010467 denotes expression
T8114 30079-30089 SO_EXT:transgenic_entity denotes transgenic
T8115 30090-30100 GO:0010467 denotes expression
T8116 30113-30117 GO_EXT:0008066 denotes GluR
T8117 30113-30119 PR_EXT:000008234 denotes GluR-B
T8118 30152-30163 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8119 30190-30194 GO_EXT:0008066 denotes GluR
T8120 30190-30196 PR_EXT:000008234 denotes GluR-B
T8121 30229-30244 GO_EXT:0004565 denotes β-galactosidase
T8122 30261-30265 GO_EXT:0008066 denotes GluR
T8123 30261-30267 PR_EXT:000008234 denotes GluR-B
T8124 30268-30278 GO:0010467 denotes expression
T8125 30282-30287 UBERON:0000955 denotes brain
T8126 30300-30304 GO_EXT:0008066 denotes GluR
T8127 30300-30306 PR_EXT:000008234 denotes GluR-B
T8128 30306-30312 SO_EXT:sequence_rescue_process denotes Rescue
T8129 30313-30317 NCBITaxon:10088 denotes mice
T8130 30327-30337 GO:0010467 denotes expression
T8131 30341-30352 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8132 30357-30372 UBERON:0004725 denotes piriform cortex
T8133 30382-30388 UBERON:0001851 denotes cortex
T8134 30390-30398 UBERON:0001876 denotes amygdala
T8135 30404-30412 UBERON:0002435 denotes striatum
T8136 30445-30450 CL_GO_EXT:cell denotes cells
T8137 30522-30526 GO_EXT:0008066 denotes GluR
T8138 30522-30528 PR_EXT:000008234 denotes GluR-B
T8139 30529-30539 GO:0010467 denotes expression
T8140 30564-30568 GO_EXT:0008066 denotes GluR
T8141 30564-30570 PR_EXT:000008234 denotes GluR-B
T8142 30570-30576 SO_EXT:sequence_rescue_process denotes Rescue
T8143 30577-30581 NCBITaxon:10088 denotes mice
T8144 31686-31695 GO:0007608 denotes Olfactory
T8145 31696-31702 GO:0007613 denotes memory
T8146 31720-31724 GO_EXT:0008066 denotes GluR
T8147 31720-31726 PR_EXT:000008234 denotes GluR-B
T8148 31726-31732 SO_EXT:sequence_rescue_process denotes Rescue
T8149 31744-31748 GO_EXT:0008066 denotes GluR
T8150 31744-31750 PR_EXT:000008234 denotes GluR-B
T8151 31758-31762 GO_EXT:0008066 denotes GluR
T8152 31758-31764 PR_EXT:000008234 denotes GluR-B
T8153 31769-31773 NCBITaxon:10088 denotes mice
T8154 31867-31873 GO:0007613 denotes Memory
T8155 31912-31916 GO_EXT:0008066 denotes GluR
T8156 31912-31918 PR_EXT:000008234 denotes GluR-B
T8157 31944-31948 GO_EXT:0008066 denotes GluR
T8158 31944-31950 PR_EXT:000008234 denotes GluR-B
T8159 31972-31976 NCBITaxon:10088 denotes mice
T8160 32056-32065 GO:0007608 denotes olfactory
T8161 32066-32072 GO:0007613 denotes memory
T8162 32076-32080 GO_EXT:0008066 denotes GluR
T8163 32076-32082 PR_EXT:000008234 denotes GluR-B
T8164 32082-32088 SO_EXT:sequence_rescue_process denotes Rescue
T8165 32089-32093 NCBITaxon:10088 denotes mice
T8166 32136-32140 GO_EXT:0008066 denotes GluR
T8167 32136-32142 PR_EXT:000008234 denotes GluR-B
T8168 32182-32186 GO_EXT:0008066 denotes GluR
T8169 32182-32188 PR_EXT:000008234 denotes GluR-B
T8170 32192-32196 NCBITaxon:10088 denotes mice
T8171 32208-32214 GO:0007613 denotes memory
T8172 32237-32246 GO_EXT:behavioral_conditioning denotes condition
T8173 32304-32310 GO:0007613 denotes memory
T8174 32330-32336 GO:0007613 denotes memory
T8175 32528-32532 GO_EXT:0008066 denotes GluR
T8176 32528-32534 PR_EXT:000008234 denotes GluR-B
T8177 32534-32540 SO_EXT:sequence_rescue_process denotes Rescue
T8178 32541-32545 NCBITaxon:10088 denotes mice
T8179 32567-32573 GO:0007613 denotes memory
T8180 32601-32605 GO_EXT:0008066 denotes GluR
T8181 32601-32607 PR_EXT:000008234 denotes GluR-B
T8182 32653-32659 GO:0007613 denotes memory
T8183 32659-32665 SO_EXT:sequence_rescue_process denotes Rescue
T8184 32685-32691 GO:0007613 denotes memory
T8185 32773-32777 GO_EXT:0008066 denotes GluR
T8186 32773-32779 PR_EXT:000008234 denotes GluR-B
T8187 32794-32800 GO:0007613 denotes memory
T8188 32862-32868 SO_EXT:sequence_rescue_process denotes rescue
T8189 32876-32882 GO:0007613 denotes memory
T8190 32908-32918 SO_EXT:transgenic_entity denotes transgenic
T8191 32922-32926 GO_EXT:0008066 denotes GluR
T8192 32922-32928 PR_EXT:000008234 denotes GluR-B
T8193 32929-32939 GO:0010467 denotes expression
T8194 32943-32954 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8195 32959-32974 UBERON:0004725 denotes piriform cortex
T8196 32997-33003 GO:0007613 denotes memory
T8197 33060-33067 CHEBI_PR_EXT:protein denotes protein
T8198 33103-33113 SO_EXT:transgenic_entity denotes transgenic
T8199 33114-33121 CHEBI_PR_EXT:protein denotes protein
T8200 33122-33132 GO:0010467 denotes expression
T8201 33148-33154 GO:0007613 denotes memory
T8202 33189-33198 GO:0007608 denotes olfactory
T8203 33199-33205 GO:0007613 denotes memory
T8204 33223-33227 GO_EXT:0008066 denotes GluR
T8205 33223-33229 PR_EXT:000008234 denotes GluR-B
T8206 33233-33240 NCBITaxon:33208 denotes animals
T8207 33242-33251 GO:0007608 denotes olfactory
T8208 33252-33258 GO:0007613 denotes memory
T8209 33280-33284 GO_EXT:0008066 denotes GluR
T8210 33280-33286 PR_EXT:000008234 denotes GluR-B
T8211 33287-33297 GO:0010467 denotes expression
T8212 33301-33307 UBERON:0001851 denotes cortex
T8213 33312-33323 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8214 33352-33358 UBERON:0001851 denotes cortex
T8215 33376-33387 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8216 33401-33407 GO:0007613 denotes memory
T8217 33428-33435 CHEBI_PR_EXT:protein denotes protein
T8218 33468-33472 GO_EXT:0008066 denotes GluR
T8219 33468-33474 PR_EXT:000008234 denotes GluR-B
T8220 33484-33497 UBERON:0002616 denotes brain regions
T8221 33514-33518 GO_EXT:0008066 denotes GluR
T8222 33514-33520 PR_EXT:000008234 denotes GluR-B
T8223 33520-33526 SO_EXT:sequence_rescue_process denotes Rescue
T8224 33527-33534 NCBITaxon:33208 denotes animals
T8225 33577-33586 GO:0007608 denotes olfactory
T8226 33587-33593 GO:0007613 denotes memory
T8227 33712-33723 UBERON:0002616 denotes brain areas
T8228 33752-33762 GO:0010467 denotes expression
T8229 33767-33774 CHEBI_PR_EXT:protein denotes protein
T8230 33941-33945 GO_EXT:0008066 denotes GluR
T8231 33941-33947 PR_EXT:000008234 denotes GluR-B
T8232 33951-33955 NCBITaxon:10088 denotes mice
T8233 34054-34058 GO_EXT:0008066 denotes GluR
T8234 34054-34060 PR_EXT:000008234 denotes GluR-B
T8235 34237-34241 CHEBI:29108 denotes Ca2+
T8236 34252-34258 GO_EXT:0004971 denotes AMPARs
T8237 34266-34275 GO:0007608 denotes olfactory
T8238 34266-34280 UBERON:0002264 denotes olfactory bulb
T8239 34299-34303 GO_EXT:0008066 denotes GluR
T8240 34299-34305 PR_EXT:000008234 denotes GluR-B
T8241 34306-34316 GO:0010467 denotes expression
T8242 34320-34335 UBERON:0004725 denotes piriform cortex
T8243 34339-34350 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8244 35589-35599 SO_EXT:transgenic_entity denotes transgenic
T8245 35600-35604 GO_EXT:0008066 denotes GluR
T8246 35600-35606 PR_EXT:000008234 denotes GluR-B
T8247 35607-35617 GO:0010467 denotes expression
T8248 35639-35654 UBERON:0004725 denotes piriform cortex
T8249 35659-35670 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8250 35678-35682 GO_EXT:0008066 denotes GluR
T8251 35678-35684 PR_EXT:000008234 denotes GluR-B
T8252 35706-35713 SO_EXT:sequence_rescue_process denotes rescues
T8253 35723-35729 GO:0007613 denotes memory
T8254 35758-35767 _FRAGMENT denotes olfactory
T8255 35787-35795 GO:0008355 denotes learning
T8690 35874-35883 _FRAGMENT denotes olfactory
T8691 35900-35908 GO:0008355 denotes learning
T8692 35914-35920 GO:0007613 denotes memory
T8693 35934-35938 SO_EXT:0000704 denotes gene
T8694 35952-35962 SO_EXT:transgenic_entity denotes transgenic
T8695 35963-35967 NCBITaxon:10088 denotes mice
T8696 35989-35999 GO:0010467 denotes expression
T8697 36032-36036 GO_EXT:0008066 denotes GluR
T8698 36032-36038 PR_EXT:000008234 denotes GluR-B
T8699 36062-36066 CHEBI:34018 denotes AMPA
T8700 36067-36075 GO_EXT:0015267 denotes channels
T8701 36079-36086 PR_EXT:000003199 denotes αCaMKII
T8702 36087-36097 GO:0010467 denotes expressing
T8703 36098-36108 _FRAGMENT denotes neurons of
T8704 36115-36124 CL:0012001 denotes forebrain
T8705 36109-36114 NCBITaxon:10088 denotes mouse
T8706 36115-36124 UBERON:0001890 denotes forebrain
T8707 36136-36145 GO:0007608 denotes olfactory
T8708 36136-36150 UBERON:0002264 denotes olfactory bulb
T8709 36136-36157 _FRAGMENT denotes olfactory bulb mitral
T8710 36170-36175 CL:1001502 denotes cells
T8711 36162-36175 CL:0000120 denotes granule cells
T8712 36170-36175 CL_GO_EXT:cell denotes cells
T8713 36186-36195 _FRAGMENT denotes olfactory
T8714 36215-36223 GO:0008355 denotes learning
T8715 36236-36245 GO:0007608 denotes olfactory
T8716 36246-36252 GO:0007613 denotes memory
T8717 36270-36279 GO:0007608 denotes olfactory
T8718 36280-36289 GO_PATO_EXT:biological_behavior denotes behaviors
T8719 36318-36338 GO:0035106 denotes operant conditioning
T8720 36401-36411 GO_PATO_EXT:biological_behavior denotes behavioral
T8721 36451-36455 NCBITaxon:10088 denotes mice
T8722 36482-36491 GO:0007608 denotes olfactory
T8723 36492-36498 GO:0007613 denotes memory
T8724 36579-36589 SO_EXT:epigenetic_modification_entity_or_process denotes epigenetic
T8725 36609-36619 SO_EXT:transgenic_entity denotes transgenic
T8726 36620-36630 GO:0010467 denotes expression
T8727 36638-36649 GO_EXT:recombinase denotes recombinase
T8728 36666-36679 GO_SO_EXT:sequence_rearrangement_process denotes recombination
T8729 36687-36699 SO:0000359 denotes loxP-flanked
T8730 36712-36716 SO_EXT:0000704 denotes gene
T8731 36726-36733 SO_EXT:0001023 denotes alleles
T8732 36751-36756 GO_EXT:0004971 denotes AMPAR
T8733 36765-36769 GO_EXT:0008066 denotes GluR
T8734 36765-36771 PR_EXT:000008234 denotes GluR-B
T8735 36806-36811 GO_EXT:0004971 denotes AMPAR
T8736 36830-36834 GO_EXT:0008066 denotes GluR
T8737 36830-36836 PR_EXT:000008234 denotes GluR-B
T8738 36860-36864 CHEBI:29108 denotes Ca2+
T8739 36903-36909 GO:0007613 denotes memory
T8740 36911-36920 _FRAGMENT denotes olfactory
T8741 36940-36948 GO:0008355 denotes learning
T8742 37021-37031 GO:0010467 denotes expression
T8743 37063-37068 GO_EXT:0004971 denotes AMPAR
T8744 37096-37105 SO_EXT:0000902 denotes transgene
T8745 37132-37136 GO_EXT:0008066 denotes GluR
T8746 37132-37138 PR_EXT:000008234 denotes GluR-B
T8747 37156-37171 UBERON:0004725 denotes piriform cortex
T8748 37176-37187 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T8749 37222-37226 GO_EXT:0008066 denotes GluR
T8750 37222-37228 PR_EXT:000008234 denotes GluR-B
T8751 37243-37250 SO_EXT:sequence_rescue_process denotes rescued
T8752 37260-37266 GO:0007613 denotes memory
T8753 37308-37317 GO:0007608 denotes olfactory
T8754 37366-37375 GO:0007608 denotes olfactory
T8755 37421-37426 GO_EXT:0004971 denotes AMPAR
T8756 37436-37440 CHEBI:29108 denotes Ca2+
T8757 37465-37474 GO:0007608 denotes olfactory
T8758 37465-37479 UBERON:0002264 denotes olfactory bulb
T8759 37489-37498 GO:0007608 denotes olfactory
T8760 37499-37505 GO:0007613 denotes memory
T8761 37528-37539 SO_EXT:0000704 denotes genetically
T8762 37548-37552 GO_EXT:0008066 denotes GluR
T8763 37548-37554 PR_EXT:000008234 denotes GluR-B
T8764 37574-37579 UBERON:0000955 denotes brain
T8765 37605-37620 UBERON:0004725 denotes piriform cortex
T9261 37623-37632 GO:0007608 denotes Olfactory
T9262 37664-37668 NCBITaxon:10088 denotes Mice
T9263 37674-37683 UBERON:0001890 denotes Forebrain
T9264 37693-37697 GO_EXT:0008066 denotes GluR
T9265 37693-37699 PR_EXT:000008234 denotes GluR-B
T9266 37712-37716 GO_EXT:0008066 denotes GluR
T9267 37712-37718 PR_EXT:000008234 denotes GluR-B
T9268 37719-37720 CHEBI_SO_EXT:glutamine denotes Q
T9269 37722-37732 GO:0010467 denotes Expression
T9270 37738-37747 UBERON:0001890 denotes forebrain
T9271 37757-37761 GO_EXT:0008066 denotes GluR
T9272 37757-37763 PR_EXT:000008234 denotes GluR-B
T9273 37764-37765 CHEBI_SO_EXT:glutamine denotes Q
T9274 37767-37777 GO:0010467 denotes expression
T9275 37782-37786 GO_EXT:0008066 denotes GluR
T9276 37782-37788 PR_EXT:000008234 denotes GluR-B
T9277 37816-37834 GO:0008355 denotes olfactory learning
T9278 37899-37903 GO_EXT:0008066 denotes GluR
T9279 37899-37905 PR_EXT:000008234 denotes GluR-B
T9280 37906-37907 CHEBI_SO_EXT:glutamine denotes Q
T9281 37909-37919 GO:0010467 denotes expressing
T9282 37920-37924 NCBITaxon:10088 denotes mice
T9283 38004-38008 GO_EXT:0008066 denotes GluR
T9284 38004-38010 PR_EXT:000008234 denotes GluR-B
T9285 38032-38041 UBERON:0001890 denotes forebrain
T9286 38236-38245 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T9287 38280-38288 CHEBI:60004 denotes mixtures
T9288 38349-38358 GO:0007608 denotes olfactory
T9289 38388-38397 UBERON:0001890 denotes forebrain
T9290 38407-38411 GO_EXT:0008066 denotes GluR
T9291 38407-38413 PR_EXT:000008234 denotes GluR-B
T9292 38423-38427 NCBITaxon:10088 denotes mice
T9293 38456-38464 CHEBI:60004 denotes mixtures
T9294 38607-38615 GO:0007612 denotes learning
T9295 38723-38732 GO:0007608 denotes olfactory
T9296 38733-38743 GO_PATO_EXT:biological_behavior denotes behavioral
T9297 38757-38768 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T9298 38787-38795 GO:0007612 denotes learning
T9299 38846-38852 GO:0007613 denotes memory
T9300 38882-38892 GO:0010467 denotes expression
T9301 38931-38948 GO:0007608 denotes olfactory sensory
T9302 38931-38956 CL:0000207 denotes olfactory sensory neurons
T9303 39018-39027 GO:0007608 denotes olfactory
T9304 39018-39038 UBERON:0001997 denotes olfactory epithelial
T9305 39069-39076 SO_EXT:0000704 denotes genetic
T9306 39077-39089 SO_EXT:sequence_alteration_entity_or_process denotes modification
T9307 39095-39112 UBERON:0002255 denotes vomeronasal organ
T9308 39134-39144 GO:0010467 denotes expression
T9309 39224-39233 GO:0007608 denotes olfactory
T9310 39294-39304 GO_PATO_EXT:biological_behavior denotes behavioral
T9311 39370-39379 GO:0007608 denotes olfactory
T9312 39617-39621 GO_EXT:0008066 denotes GluR
T9313 39617-39623 PR_EXT:000008234 denotes GluR-B
T9314 39691-39699 GO:0007612 denotes learning
T9315 39809-39817 UBERON:0024914 denotes circuits
T10401 39857-39865 CL_GO_EXT:cell denotes Cellular
T10402 39884-39888 _FRAGMENT denotes Odor
T10403 39908-39916 GO:0008355 denotes Learning
T10404 39917-39922 GO_EXT:0004971 denotes AMPAR
T10405 39963-39989 CL:0012001 denotes neurons of forebrain areas
T10406 39974-39983 UBERON:0001890 denotes forebrain
T10407 40004-40013 GO:0007608 denotes olfactory
T10408 40004-40018 UBERON:0002264 denotes olfactory bulb
T10409 40020-40029 GO:0007608 denotes olfactory
T10410 40020-40036 UBERON:0002894 denotes olfactory cortex
T10411 40048-40056 UBERON:0001851 denotes cortical
T10412 40067-40078 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T10413 40100-40104 _FRAGMENT denotes odor
T10414 40124-40132 GO:0008355 denotes learning
T10415 40149-40159 SO_EXT:transgenic_entity denotes transgenic
T10416 40160-40170 GO:0010467 denotes expression
T10417 40177-40181 GO_EXT:0008066 denotes GluR
T10418 40177-40183 PR_EXT:000008234 denotes GluR-B
T10419 40187-40191 GO_EXT:0008066 denotes GluR
T10420 40187-40193 PR_EXT:000008234 denotes GluR-B
T10421 40197-40201 NCBITaxon:10088 denotes mice
T10422 40203-40210 SO_EXT:0000704 denotes genetic
T10423 40212-40218 SO_EXT:sequence_rescue_process denotes rescue
T10424 40238-40253 UBERON:0004725 denotes piriform cortex
T10425 40258-40269 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T10426 40289-40299 GO:0010467 denotes expression
T10427 40307-40316 GO:0007608 denotes olfactory
T10428 40307-40321 UBERON:0002264 denotes olfactory bulb
T10429 40365-40373 GO:0007612 denotes learning
T10430 40434-40443 GO:0007608 denotes olfactory
T10431 40434-40448 UBERON:0002264 denotes olfactory bulb
T10432 40452-40461 _FRAGMENT denotes olfactory
T10433 40481-40489 GO:0008355 denotes learning
T10434 40506-40516 SO_EXT:transgenic_entity denotes transgenic
T10435 40517-40524 CHEBI_PR_EXT:protein denotes protein
T10436 40584-40592 GO:0007612 denotes learning
T10437 40616-40622 GO:0007613 denotes memory
T10438 40683-40687 NCBITaxon:10088 denotes mice
T10439 40693-40708 UBERON:0004725 denotes piriform cortex
T10440 40718-40722 GO_EXT:0008066 denotes GluR
T10441 40718-40724 PR_EXT:000008234 denotes GluR-B
T10442 40777-40781 CHEBI:29108 denotes Ca2+
T10443 40797-40808 SO_EXT:0000704 denotes genetically
T10444 40809-40817 SO_EXT:sequence_alteration_process denotes modified
T10445 40818-40822 CHEBI:34018 denotes AMPA
T10446 40823-40831 GO_EXT:0015267 denotes channels
T10447 40858-40862 NCBITaxon:10088 denotes mice
T10448 40863-40873 GO:0010467 denotes expressing
T10449 40874-40875 CHEBI_SO_EXT:glutamine denotes Q
T10450 40876-40877 CHEBI_SO_EXT:arginine denotes R
T10451 40885-40891 SO_EXT:sequence_alteration_process denotes edited
T10452 40892-40896 GO_EXT:0008066 denotes GluR
T10453 40892-40898 PR_EXT:000008234 denotes GluR-B
T10454 40918-40931 GO:0008355 denotes odor learning
T10455 40977-40981 NCBITaxon:10088 denotes mice
T10456 40996-41000 GO_EXT:0008066 denotes GluR
T10457 40996-41002 PR_EXT:000008234 denotes GluR-B
T10458 41012-41017 NCBITaxon:10088 denotes mouse
T10459 41025-41029 CHEBI:29108 denotes Ca2+
T10460 41045-41049 CHEBI:34018 denotes AMPA
T10461 41050-41058 GO_EXT:0015267 denotes channels
T10462 41111-41115 CHEBI:34018 denotes AMPA
T10463 41137-41142 GO_EXT:0004971 denotes AMPAR
T10464 41167-41171 NCBITaxon:10088 denotes mice
T10465 41176-41186 GO:0010467 denotes expressing
T10466 41187-41191 GO_EXT:0008066 denotes GluR
T10467 41187-41193 PR_EXT:000008234 denotes GluR-B
T10468 41222-41230 GO:0045202 denotes synaptic
T10469 41231-41235 CHEBI:34018 denotes AMPA
T10470 41236-41244 GO_EXT:0015267 denotes channels
T10471 41258-41263 GO_EXT:0004971 denotes AMPAR
T10472 41264-41275 GO_EXT:biological_routing_or_transport denotes trafficking
T10473 41294-41298 NCBITaxon:10088 denotes mice
T10474 41299-41309 GO:0010467 denotes expressing
T10475 41316-41322 SO_EXT:sequence_alteration_process denotes edited
T10476 41331-41335 GO_EXT:0008066 denotes GluR
T10477 41331-41337 PR_EXT:000008234 denotes GluR-B
T10478 41338-41339 CHEBI_SO_EXT:glutamine denotes Q
T10479 41375-41379 CL_GO_EXT:cell denotes cell
T10480 41440-41455 _FRAGMENT denotes transmission in
T10481 41472-41480 GO:0007268 denotes synapses
T10482 41467-41471 CL_GO_EXT:cell denotes cell
T10483 41472-41480 GO:0045202 denotes synapses
T10484 41593-41601 GO:0045202 denotes synaptic
T10485 41628-41632 GO_EXT:0008066 denotes GluR
T10486 41628-41634 PR_EXT:000008234 denotes GluR-B
T10487 41635-41636 CHEBI_SO_EXT:glutamine denotes Q
T10488 41638-41648 GO:0010467 denotes expression
T10489 41702-41707 NCBITaxon:10088 denotes mouse
T10490 41749-41757 GO:0007612 denotes learning
T10491 41796-41800 GO_EXT:0008066 denotes GluR
T10492 41796-41802 PR_EXT:000008234 denotes GluR-B
T10493 41844-41849 GO_EXT:0004971 denotes AMPAR
T10494 41863-41871 GO:0045202 denotes synapses
T10495 41925-41929 CHEBI:29108 denotes Ca2+
T10496 41983-41987 CHEBI:48828 denotes Co2+
T10497 42004-42009 UBERON:0000955 denotes brain
T10498 42048-42052 CHEBI:48828 denotes Co2+
T10499 42064-42068 CHEBI:29108 denotes Ca2+
T10500 42079-42085 GO_EXT:0004971 denotes AMPARs
T10501 42089-42110 UBERON:0002313 denotes hippocampal pyramidal
T10502 42089-42118 CL:1001571 denotes hippocampal pyramidal neurons
T10503 42122-42126 NCBITaxon:10088 denotes mice
T10504 42127-42137 GO:0010467 denotes expressing
T10505 42138-42142 GO_EXT:0008066 denotes GluR
T10506 42138-42144 PR_EXT:000008234 denotes GluR-B
T10507 42145-42146 CHEBI_SO_EXT:glutamine denotes Q
T10508 42168-42172 GO_EXT:0008066 denotes GluR
T10509 42168-42174 PR_EXT:000008234 denotes GluR-B
T10510 42223-42227 GO_EXT:0008066 denotes GluR
T10511 42223-42229 PR_EXT:000008234 denotes GluR-B
T10512 42241-42247 GO_EXT:0004971 denotes AMPARs
T10513 42264-42273 GO_PATO_EXT:biological_localization_process_or_quality denotes localized
T10514 42297-42304 GO:0045202 denotes synapse
T10515 42313-42319 _FRAGMENT denotes mitral
T10516 42332-42337 CL:1001502 denotes cells
T10517 42324-42337 CL:0000120 denotes granule cells
T10518 42332-42337 CL_GO_EXT:cell denotes cells
T10519 42345-42354 GO:0007608 denotes olfactory
T10520 42345-42359 UBERON:0002264 denotes olfactory bulb
T10521 42372-42376 CHEBI:29108 denotes Ca2+
T10522 42392-42401 CHEBI_EXT:glutamate denotes glutamate
T10523 42392-42411 GO_EXT:0008066 denotes glutamate receptors
T10524 42510-42514 GO_EXT:0008066 denotes GluR
T10525 42510-42516 PR_EXT:000008234 denotes GluR-B
T10526 42537-42541 GO_EXT:0008066 denotes GluR
T10527 42537-42543 PR_EXT:000008234 denotes GluR-B
T10528 42544-42545 CHEBI_SO_EXT:glutamine denotes Q
T10529 42554-42563 GO:0007608 denotes olfactory
T10530 42554-42568 UBERON:0002264 denotes olfactory bulb
T10531 42636-42643 CL:0000540 denotes neurons
T10532 42685-42694 GO:0007608 denotes olfactory
T10533 42778-42782 GO_EXT:0008066 denotes GluR
T10534 42778-42784 PR_EXT:000008234 denotes GluR-B
T10535 42826-42830 GO_EXT:0008066 denotes GluR
T10536 42826-42832 PR_EXT:000008234 denotes GluR-B
T10537 42832-42833 SO_EXT:normal_or_wild_type_or_present denotes +
T10538 42834-42837 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T10539 42838-42842 NCBITaxon:10088 denotes mice
T10540 42934-42938 GO_EXT:0008066 denotes GluR
T10541 42934-42940 PR_EXT:000008234 denotes GluR-B
T10542 42941-42942 CHEBI_SO_EXT:glutamine denotes Q
T10543 42975-42979 CHEBI:29108 denotes Ca2+
T10544 42990-42996 GO_EXT:0004971 denotes AMPARs
T10545 43024-43028 GO_EXT:0008066 denotes GluR
T10546 43024-43030 PR_EXT:000008234 denotes GluR-B
T10547 43030-43033 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T10548 43034-43040 SO_EXT:0001023 denotes allele
T10549 43067-43071 GO_EXT:0008066 denotes GluR
T10550 43067-43073 PR_EXT:000008234 denotes GluR-B
T10551 43104-43108 NCBITaxon:10088 denotes mice
T10552 43127-43131 SO_EXT:sequence_copy_entity denotes copy
T10553 43139-43143 GO_EXT:0008066 denotes GluR
T10554 43139-43145 PR_EXT:000008234 denotes GluR-B
T10555 43147-43153 SO_EXT:0001023 denotes allele
T10556 43186-43195 GO:0007608 denotes olfactory
T10557 43186-43200 UBERON:0002264 denotes olfactory bulb
T10558 43421-43432 _FRAGMENT denotes learning of
T10559 43441-43449 GO:0008355 denotes odorants
T10560 43553-43563 GO_PATO_EXT:biological_behavior denotes behavioral
T10561 43591-43595 GO_EXT:0008066 denotes GluR
T10562 43591-43597 PR_EXT:000008234 denotes GluR-B
T10563 43598-43599 CHEBI_SO_EXT:glutamine denotes Q
T10564 43601-43611 GO:0010467 denotes expression
T10565 43617-43621 GO_EXT:0008066 denotes GluR
T10566 43617-43623 PR_EXT:000008234 denotes GluR-B
T10567 43643-43649 SO_EXT:sequence_rescue_process denotes rescue
T10568 43651-43655 NCBITaxon:10088 denotes mice
T10569 43913-43917 _FRAGMENT denotes pre-
T10570 43926-43934 GO:0098793 denotes synaptic
T10571 43922-43934 GO:0098794 denotes postsynaptic
T10572 43935-43948 GO:0005622 denotes intracellular
T10573 43940-43948 CL_GO_EXT:cell denotes cellular
T11438 43964-43973 GO:0007608 denotes Olfactory
T11439 43974-43980 GO:0007613 denotes Memory
T11440 43995-43999 GO_EXT:0008066 denotes GluR
T11441 43995-44001 PR_EXT:000008234 denotes GluR-B
T11442 44011-44015 NCBITaxon:10088 denotes Mice
T11443 44032-44036 GO_EXT:0008066 denotes GluR
T11444 44032-44038 PR_EXT:000008234 denotes GluR-B
T11445 44039-44049 GO:0010467 denotes Expression
T11446 44053-44068 UBERON:0004725 denotes Piriform Cortex
T11447 44073-44084 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes Hippocampus
T11448 44095-44104 GO:0007608 denotes olfactory
T11449 44105-44111 GO:0007613 denotes memory
T11450 44115-44119 GO_EXT:0008066 denotes GluR
T11451 44115-44121 PR_EXT:000008234 denotes GluR-B
T11452 44125-44129 NCBITaxon:10088 denotes mice
T11453 44150-44154 NCBITaxon:10088 denotes mice
T11454 44259-44269 GO_PATO_EXT:biological_behavior denotes behavioral
T11455 44302-44311 _FRAGMENT denotes long-term
T11456 44322-44328 GO:0007616 denotes memory
T11457 44312-44321 GO:0007608 denotes olfactory
T11458 44371-44375 GO_EXT:0008066 denotes GluR
T11459 44371-44377 PR_EXT:000008234 denotes GluR-B
T11460 44385-44389 NCBITaxon:10088 denotes mice
T11461 44391-44397 GO:0007613 denotes Memory
T11462 44401-44405 GO_EXT:0008066 denotes GluR
T11463 44401-44407 PR_EXT:000008234 denotes GluR-B
T11464 44411-44415 NCBITaxon:10088 denotes mice
T11465 44541-44547 GO:0007613 denotes memory
T11466 44649-44658 GO:0007608 denotes olfactory
T11467 44659-44665 GO:0007613 denotes memory
T11468 44832-44838 GO:0007613 denotes memory
T11469 44929-44937 GO:0007612 denotes learning
T11470 45015-45021 GO:0007613 denotes memory
T11471 45046-45052 GO:0007613 denotes memory
T11472 45127-45133 GO:0007613 denotes memory
T11473 45159-45170 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T11474 45199-45205 GO:0007613 denotes memory
T11475 45224-45228 NCBITaxon:10088 denotes mice
T11476 45234-45238 GO_EXT:0008066 denotes GluR
T11477 45234-45240 PR_EXT:000008234 denotes GluR-B
T11478 45320-45329 UBERON:0001890 denotes forebrain
T11479 45351-45355 GO_EXT:0008066 denotes GluR
T11480 45351-45357 PR_EXT:000008234 denotes GluR-B
T11481 45388-45397 _FRAGMENT denotes long-term
T11482 45408-45414 GO:0007616 denotes memory
T11483 45398-45407 GO:0007608 denotes olfactory
T11484 45450-45454 _FRAGMENT denotes odor
T11485 45474-45482 GO:0008355 denotes learning
T11486 45528-45536 GO:0007612 denotes learning
T11487 45542-45548 GO:0007613 denotes memory
T11488 45595-45603 CL_GO_EXT:cell denotes cellular
T11489 45650-45660 GO:0010467 denotes expression
T11490 45664-45666 SO_EXT:transgenic_entity denotes Tg
T11491 45671-45675 NCBITaxon:10088 denotes mice
T11492 45697-45701 GO_EXT:0008066 denotes GluR
T11493 45697-45703 PR_EXT:000008234 denotes GluR-B
T11494 45737-45742 NCBITaxon:10088 denotes mouse
T11495 45771-45781 GO_PATO_EXT:biological_behavior denotes behavioral
T11496 45827-45840 GO:0008355 denotes odor learning
T11497 45862-45871 GO:0007608 denotes olfactory
T11498 45872-45878 GO:0007613 denotes memory
T11499 45932-45936 GO_EXT:0008066 denotes GluR
T11500 45932-45938 PR_EXT:000008234 denotes GluR-B
T11501 45949-45960 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T11502 45965-45973 UBERON:0001851 denotes cortical
T11503 45985-45994 GO:0007608 denotes olfactory
T11504 45995-46001 GO:0007613 denotes memory
T11505 46012-46023 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampal
T11506 46012-46023 _FRAGMENT denotes hippocampal
T11507 46040-46047 CL:0002608 denotes neurons
T11508 46031-46039 UBERON:0001851 denotes cortical
T11509 46031-46047 CL:0010012 denotes cortical neurons
T11510 46079-46091 GO:0007613 denotes memorization
T11511 46141-46149 GO:0007612 denotes learning
T11512 46195-46199 GO_EXT:0008066 denotes GluR
T11513 46195-46201 PR_EXT:000008234 denotes GluR-B
T11514 46241-46245 GO_EXT:0008066 denotes GluR
T11515 46241-46247 PR_EXT:000008234 denotes GluR-B
T11516 46440-46448 GO:0007612 denotes learning
T11517 46453-46459 GO:0007613 denotes memory
T11518 46517-46525 UBERON:0001851 denotes cortical
T11519 46535-46546 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T11520 46550-46559 GO:0007608 denotes olfactory
T11521 46560-46566 GO:0007613 denotes memory
T11522 46577-46581 GO_EXT:0008066 denotes GluR
T11523 46577-46583 PR_EXT:000008234 denotes GluR-B
T11524 46598-46607 GO:0007608 denotes olfactory
T11525 46598-46612 UBERON:0002264 denotes olfactory bulb
T11526 46646-46652 GO:0007613 denotes memory
T11527 46666-46676 SO_EXT:transgenic_entity denotes Transgenic
T11528 46677-46687 GO:0010467 denotes expression
T11529 46694-46698 GO_EXT:0008066 denotes GluR
T11530 46694-46700 PR_EXT:000008234 denotes GluR-B
T11531 46704-46719 UBERON:0004725 denotes piriform cortex
T11532 46724-46735 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T11533 46743-46750 SO_EXT:sequence_rescue_process denotes rescued
T11534 46751-46757 GO:0007613 denotes memory
T11535 46802-46812 SO_EXT:transgenic_entity denotes transgenic
T11536 46813-46820 CHEBI_PR_EXT:protein denotes protein
T11537 46850-46859 SO_EXT:wild_type_entity_or_quality denotes wild-type
T11538 46860-46864 GO_EXT:0008066 denotes GluR
T11539 46860-46866 PR_EXT:000008234 denotes GluR-B
T11540 46951-46961 GO_PATO_EXT:biological_behavior denotes behavioral
T11541 46985-46996 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T11542 47037-47046 GO:0007608 denotes olfactory
T11543 47047-47053 GO:0007613 denotes memory
T11544 47124-47133 GO:0050890 denotes cognitive
T11545 47197-47218 UBERON:0002421 denotes hippocampal formation
T11546 47222-47226 NCBITaxon:10114 denotes rats
T11547 47249-47258 _FRAGMENT denotes long-term
T11548 47269-47275 GO:0007616 denotes memory
T11549 47259-47268 GO:0007608 denotes olfactory
T11550 47299-47308 GO:0007608 denotes olfactory
T11551 47375-47390 UBERON:0004725 denotes piriform cortex
T11552 47444-47453 GO:0007608 denotes olfactory
T11553 47454-47460 GO:0007613 denotes memory
T11554 47518-47533 UBERON:0004725 denotes piriform cortex
T11555 47554-47560 GO:0007613 denotes memory
T11556 47580-47588 GO:0007612 denotes learning
T11557 47611-47626 UBERON:0004725 denotes piriform cortex
T12100 47672-47681 GO:0007608 denotes Olfactory
T12101 47682-47688 GO:0007613 denotes Memory
T12102 47718-47726 CL_GO_EXT:cell denotes cellular
T12103 47740-47756 GO:0007616 denotes long-term memory
T12104 47790-47794 GO_EXT:0008066 denotes GluR
T12105 47790-47796 PR_EXT:000008234 denotes GluR-B
T12106 47808-47814 GO_EXT:0004971 denotes AMPARs
T12107 47829-47833 GO_EXT:0008066 denotes GluR
T12108 47829-47835 PR_EXT:000008234 denotes GluR-B
T12109 47900-47917 UBERON:0003876 denotes hippocampal field
T12110 47951-47962 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampal
T12111 47967-47975 UBERON:0001876 denotes amygdala
T12112 47993-47997 GO_EXT:0008066 denotes GluR
T12113 47993-47999 PR_EXT:000008234 denotes GluR-B
T12114 48004-48009 GO_EXT:0004971 denotes AMPAR
T12115 48021-48041 _FRAGMENT denotes N-methyl-D-aspartate
T12116 48049-48057 GO_EXT:0004972 denotes receptor
T12117 48043-48047 _FRAGMENT denotes NMDA
T12118 48159-48163 CHEBI:29108 denotes Ca2+
T12119 48179-48183 GO_EXT:0008066 denotes GluR
T12120 48179-48185 PR_EXT:000008234 denotes GluR-B
T12121 48191-48195 CHEBI:34018 denotes AMPA
T12122 48196-48204 GO_EXT:0015267 denotes channels
T12123 48293-48297 _FRAGMENT denotes pre-
T12124 48306-48314 GO:0098793 denotes synaptic
T12125 48302-48314 GO:0098794 denotes postsynaptic
T12126 48356-48362 GO:0007613 denotes memory
T12127 48462-48474 GO:0007613 denotes memorization
T12128 48493-48497 GO_EXT:0008066 denotes GluR
T12129 48493-48499 PR_EXT:000008234 denotes GluR-B
T12130 48503-48507 NCBITaxon:10088 denotes mice
T12131 48570-48581 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T12132 48628-48639 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampal
T12133 48640-48648 GO:0045202 denotes synapses
T12134 48682-48695 UBERON:0014548 denotes CA1 pyramidal
T12135 48686-48701 CL:0000598 denotes pyramidal cells
T12136 48696-48701 CL_GO_EXT:cell denotes cells
T12137 48726-48736 CHEBI_GO_EXT:antagonist denotes antagonist
T12138 48807-48818 UBERON:0002616 denotes brain areas
T12139 48872-48881 GO:0007608 denotes olfactory
T12140 48903-48918 UBERON:0004725 denotes piriform cortex
T12141 48922-48931 GO:0007608 denotes olfactory
T12142 48922-48936 UBERON:0002264 denotes olfactory bulb
T12143 48984-48992 GO:0045202 denotes synapses
T12144 49018-49027 GO:0065007 denotes regulated
T12145 49045-49060 UBERON:0003883 denotes hippocampal CA3
T12146 49045-49056 _FRAGMENT denotes hippocampal
T12147 49061-49064 UBERON:0003881 denotes CA1
T12148 49065-49073 GO:0045202 denotes synapses
T12149 49105-49109 CHEBI:29108 denotes Ca2+
T12150 49126-49132 GO_EXT:0004971 denotes AMPARs
T12151 49134-49138 CHEBI:29108 denotes Ca2+
T12152 49134-49148 GO:0019722 denotes Ca2+ signaling
T12153 49153-49157 CHEBI:34018 denotes AMPA
T12154 49164-49173 GO_PATO_EXT:biological_localization_process_or_quality denotes localized
T12155 49179-49187 GO_EXT:0015267 denotes channels
T12156 49226-49232 GO:0007613 denotes memory
T12157 49289-49293 CHEBI:29108 denotes Ca2+
T12158 49304-49310 GO_EXT:0004971 denotes AMPARs
T12159 49342-49351 GO:0007608 denotes olfactory
T12160 49352-49358 GO:0007613 denotes memory
T12161 49413-49417 GO_EXT:0008066 denotes GluR
T12162 49413-49419 PR_EXT:000008234 denotes GluR-B
T12163 49420-49435 GO_PATO_EXT:phosphorylation_process denotes phosphorylation
T12164 49447-49457 UBERON:0002037 denotes cerebellar
T12165 49520-49524 GO_EXT:0008066 denotes GluR
T12166 49520-49526 PR_EXT:000008234 denotes GluR-B
T12167 49538-49551 GO_PATO_EXT:physiological_process_or_quality denotes Physiological
T12168 49637-49644 SO_EXT:0000704 denotes genetic
T12169 49645-49658 SO_EXT:sequence_alteration_entity_or_process denotes modifications
T12170 49743-49747 GO_EXT:0008066 denotes GluR
T12171 49743-49749 PR_EXT:000008234 denotes GluR-B
T12172 49764-49768 GO_EXT:0008066 denotes GluR
T12173 49764-49770 PR_EXT:000008234 denotes GluR-B
T12174 49771-49772 CHEBI_SO_EXT:glutamine denotes Q
T12175 49774-49784 GO:0010467 denotes expression
T12176 49788-49803 UBERON:0004725 denotes piriform cortex
T12769 49850-49858 GO_PATO_EXT:biological_behavior denotes Behavior
T12770 49870-49874 SO_EXT:0000704 denotes Gene
T12771 49870-49885 GO:0010467 denotes Gene Expression
T12772 49965-49973 GO:0007612 denotes learning
T12773 49994-50000 GO:0007613 denotes memory
T12774 50063-50069 GO:0007613 denotes memory
T12775 50077-50081 GO_EXT:0008066 denotes GluR
T12776 50077-50083 PR_EXT:000008234 denotes GluR-B
T12777 50093-50100 NCBITaxon:33208 denotes animals
T12778 50147-50154 CHEBI_PR_EXT:protein denotes protein
T12779 50155-50165 GO:0010467 denotes expression
T12780 50193-50203 SO_EXT:epigenetic_modification_entity_or_process denotes epigenetic
T12781 50219-50223 GO_EXT:0008066 denotes GluR
T12782 50219-50225 PR_EXT:000008234 denotes GluR-B
T12783 50226-50234 SO_EXT:sequence_deletion_process denotes excision
T12784 50282-50288 GO:0007613 denotes memory
T12785 50365-50388 SO_EXT:0000771 denotes quantitative trait loci
T12786 50450-50460 GO_PATO_EXT:biological_behavior denotes behavioral
T12787 50487-50496 SO_EXT:wild_type_entity_or_quality denotes wild-type
T12788 50558-50565 SO_EXT:0000704 denotes genetic
T12789 50587-50597 GO_PATO_EXT:biological_behavior denotes behavioral
T12790 50676-50685 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T12791 50695-50703 GO_PATO_EXT:biological_behavior denotes behavior
T12792 50728-50733 SO_EXT:0000704 denotes genic
T12793 50775-50782 NCBITaxon:9989 denotes rodents
T12794 50796-50807 NCBITaxon:1 denotes individuals
T12795 50813-50822 SO_EXT:wild_type_entity_or_quality denotes wild-type
T12796 50925-50930 SO_EXT:0000704 denotes genes
T12797 50981-50986 SO_EXT:0000704 denotes genes
T12798 51029-51039 GO_PATO_EXT:biological_behavior denotes behavioral
T12799 51056-51065 SO_EXT:wild_type_entity_or_quality denotes wild-type
T12800 51121-51144 SO_EXT:0000771 denotes quantitative trait loci
T12801 51183-51188 SO_EXT:0000704 denotes genic
T12802 51198-51208 GO_PATO_EXT:biological_behavior denotes behavioral
T12803 51271-51276 SO_EXT:0000704 denotes genes
T12804 51381-51391 GO:0010467 denotes expression
T12805 51414-51424 SO_EXT:transgenic_entity denotes transgenic
T12806 51477-51484 SO_EXT:0000704 denotes genetic
T12807 51485-51497 SO_EXT:sequence_alteration_process denotes manipulation
T12808 51529-51541 SO_EXT:sequence_alteration_process denotes manipulation
T12809 51653-51662 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T12810 51667-51675 CL_GO_EXT:cell denotes cellular
T12811 51698-51708 GO_PATO_EXT:biological_behavior denotes behavioral
T12812 51744-51755 SO_EXT:0000704 denotes genetically
T12813 51784-51789 GO_EXT:0004971 denotes AMPAR
T12814 51820-51830 GO_PATO_EXT:biological_behavior denotes behavioral
T12815 51835-51844 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T12816 51917-51921 GO_EXT:0008066 denotes GluR
T12817 51917-51923 PR_EXT:000008234 denotes GluR-B
T12818 51924-51936 SO_EXT:sequence_alteration_process denotes manipulation
T12819 51951-51955 CHEBI:29108 denotes Ca2+
T12820 51967-51973 GO_EXT:0004971 denotes AMPARs
T12821 51977-51986 _FRAGMENT denotes olfactory
T12822 52002-52010 GO:0008355 denotes learning
T12823 52016-52022 GO:0007613 denotes memory
T12824 52043-52052 GO:0007608 denotes olfactory
T12825 52043-52057 UBERON:0002264 denotes olfactory bulb
T12826 52062-52077 UBERON:0004725 denotes piriform cortex
T12827 52129-52139 SO_EXT:epigenetic_modification_entity_or_process denotes epigenetic
T12828 52169-52173 GO_EXT:0008066 denotes GluR
T12829 52169-52175 PR_EXT:000008234 denotes GluR-B
T12830 52232-52238 GO:0007613 denotes memory
T12831 52270-52278 GO:0007612 denotes learning
T12832 52323-52327 GO_EXT:0008066 denotes GluR
T12833 52323-52329 PR_EXT:000008234 denotes GluR-B
T12834 52330-52336 SO_EXT:sequence_rescue_process denotes rescue
T12835 52337-52341 NCBITaxon:10088 denotes mice
T12836 52347-52362 UBERON:0004725 denotes piriform cortex
T12837 52372-52382 SO_EXT:transgenic_entity denotes transgenic
T12838 52383-52393 GO:0010467 denotes expression
T12839 52397-52401 GO_EXT:0008066 denotes GluR
T12840 52397-52403 PR_EXT:000008234 denotes GluR-B
T12841 52458-52468 GO_PATO_EXT:biological_behavior denotes behavioral
T12842 52501-52508 SO_EXT:0000704 denotes genetic
T12843 52545-52558 GO_PATO_EXT:physiological_process_or_quality denotes physiological
T12844 52598-52616 UBERON:0024914 denotes neural circuitries
T12845 52651-52661 GO_PATO_EXT:biological_behavior denotes behavioral
T12846 52672-52681 GO:0007608 denotes olfactory
T12847 52692-52699 UBERON:0000467 denotes systems
T13285 52725-52730 NCBITaxon:10088 denotes Mouse
T13286 52787-52791 GO_EXT:0008066 denotes GluR
T13287 52787-52793 PR_EXT:000008234 denotes GluR-B
T13288 52802-52806 NCBITaxon:10088 denotes mice
T13289 52838-52845 SO_EXT:0000704 denotes genetic
T13290 52876-52878 SO_EXT:transgenic_entity denotes Tg
T13291 52908-52912 GO_EXT:0008066 denotes GluR
T13292 52908-52914 PR_EXT:000008234 denotes GluR-B
T13293 52914-52915 SO_EXT:normal_or_wild_type_or_present denotes +
T13294 52916-52919 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T13295 52925-52929 NCBITaxon:10088 denotes mice
T13296 52931-52935 GO_EXT:0008066 denotes GluR
T13297 52931-52937 PR_EXT:000008234 denotes GluR-B
T13298 52937-52938 SO_EXT:normal_or_wild_type_or_present denotes +
T13299 52939-52942 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T13300 52943-52947 NCBITaxon:10088 denotes mice
T13301 52956-52965 SO_EXT:wild_type_entity_or_quality denotes wild-type
T13302 52966-52970 GO_EXT:0008066 denotes GluR
T13303 52966-52972 PR_EXT:000008234 denotes GluR-B
T13304 52973-52979 SO_EXT:0001023 denotes allele
T13305 52986-52990 SO_EXT:0000704 denotes gene
T13306 53000-53004 GO_EXT:0008066 denotes GluR
T13307 53000-53006 PR_EXT:000008234 denotes GluR-B
T13308 53007-53013 SO_EXT:0001023 denotes allele
T13309 53027-53033 SO_EXT:0000188 denotes intron
T13310 53037-53045 SO_EXT:biological_sequence denotes sequence
T13311 53059-53060 CHEBI_SO_EXT:glutamine denotes Q
T13312 53061-53062 CHEBI_SO_EXT:arginine denotes R
T13313 53068-53075 SO_EXT:sequence_alteration_process denotes editing
T13314 53079-53087 SO_EXT:sequence_substitution_process denotes replaced
T13315 53093-53095 GO_PR_EXT:thymidine_kinase denotes TK
T13316 53096-53099 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T13317 53100-53104 SO_EXT:0000704 denotes gene
T13318 53105-53112 SO:0000357 denotes flanked
T13319 53116-53126 SO_EXT:0000346 denotes loxP sites
T13320 53129-53135 SO:0000359 denotes floxed
T13321 53139-53143 GO_EXT:0008066 denotes GluR
T13322 53139-53145 PR_EXT:000008234 denotes GluR-B
T13323 53150-53154 NCBITaxon:10088 denotes mice
T13324 53166-53170 SO_EXT:0000704 denotes gene
T13325 53180-53184 GO_EXT:0008066 denotes GluR
T13326 53180-53186 PR_EXT:000008234 denotes GluR-B
T13327 53187-53194 SO_EXT:0001023 denotes alleles
T13328 53204-53208 SO_EXT:0000147 denotes exon
T13329 53215-53221 SO:0000359 denotes floxed
T13330 53223-53227 GO_EXT:0008066 denotes GluR
T13331 53223-53229 PR_EXT:000008234 denotes GluR-B
T13332 53234-53238 NCBITaxon:10088 denotes mice
T13333 53255-53262 SO_EXT:0000704 denotes genetic
T13334 53293-53295 SO_EXT:transgenic_entity denotes Tg
T13335 53304-53308 GO_EXT:0008066 denotes GluR
T13336 53304-53310 PR_EXT:000008234 denotes GluR-B
T13337 53315-53319 NCBITaxon:10088 denotes mice
T13338 53321-53323 SO_EXT:transgenic_entity denotes Tg
T13339 53333-53337 NCBITaxon:10088 denotes mice
T13340 53370-53372 SO_EXT:transgenic_entity denotes Tg
T13341 53382-53386 NCBITaxon:10088 denotes mice
T13342 53482-53492 GO:0045120 denotes pronucleus
T13343 53525-53534 UBERON:0001890 denotes forebrain
T13344 53535-53545 GO:0010467 denotes expression
T13345 53562-53572 GO:0010467 denotes expression
T13346 53579-53583 GO_EXT:0008066 denotes GluR
T13347 53579-53585 PR_EXT:000008234 denotes GluR-B
T13348 53591-53596 NCBITaxon:10088 denotes mouse
T13349 53602-53604 SO_EXT:transgenic_entity denotes Tg
T13350 53644-53651 SO_EXT:0000155 denotes plasmid
T13351 53662-53666 GO_EXT:0008066 denotes GluR
T13352 53662-53668 PR_EXT:000008234 denotes GluR-B
T13353 53691-53701 GO:0045120 denotes pronucleus
T13354 53705-53712 CL:0000023 denotes oocytes
T13355 53822-53829 SO_EXT:0000155 denotes Plasmid
T13356 53840-53844 GO_EXT:0008066 denotes GluR
T13357 53840-53846 PR_EXT:000008234 denotes GluR-B
T13358 53878-53882 GO_EXT:0008066 denotes GluR
T13359 53878-53884 PR_EXT:000008233 denotes GluR-A
T13360 53893-53902 SO_EXT:sequence_substitution_process denotes replacing
T13361 53903-53907 GO_EXT:0008066 denotes GluR
T13362 53903-53909 PR_EXT:000008233 denotes GluR-A
T13363 53910-53914 SO_EXT:cDNA denotes cDNA
T13364 53924-53927 NCBITaxon:10114 denotes rat
T13365 53928-53932 SO_EXT:cDNA denotes cDNA
T13366 53937-53941 GO_EXT:0008066 denotes GluR
T13367 53937-53943 PR_EXT:000008234 denotes GluR-B
T13368 53945-53955 SO_EXT:transgenic_entity denotes Transgenic
T13369 53959-53963 GO_EXT:0008066 denotes GluR
T13370 53959-53965 PR_EXT:000008234 denotes GluR-B
T13371 53966-53973 CHEBI_PR_EXT:protein denotes protein
T13372 53998-54009 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T13373 54013-54015 SO_EXT:transgenic_entity denotes Tg
T13374 54020-54024 NCBITaxon:10088 denotes mice
T13375 54041-54050 SO_EXT:0000902 denotes transgene
T13376 54055-54064 UBERON:0001890 denotes forebrain
T13377 54090-54100 GO:0010467 denotes expression
T13513 54182-54184 GO_PR_EXT:thymidine_kinase denotes TK
T13514 54185-54188 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T13515 54189-54197 SO_EXT:0005853 denotes cassette
T13516 54205-54209 GO_EXT:0008066 denotes GluR
T13517 54205-54211 PR_EXT:000008234 denotes GluR-B
T13518 54212-54218 SO_EXT:0001023 denotes allele
T13519 54220-54224 GO_EXT:0008066 denotes GluR
T13520 54220-54226 PR_EXT:000008234 denotes GluR-B
T13521 54257-54263 SO:0000359 denotes floxed
T13522 54264-54268 GO_EXT:0008066 denotes GluR
T13523 54264-54270 PR_EXT:000008234 denotes GluR-B
T13524 54272-54276 GO_EXT:0008066 denotes GluR
T13525 54272-54278 PR_EXT:000008234 denotes GluR-B
T13526 54318-54324 SO_EXT:sequence_rescue_process denotes rescue
T13527 54326-54330 NCBITaxon:10088 denotes mice
T13528 54332-54336 GO_EXT:0008066 denotes GluR
T13529 54332-54338 PR_EXT:000008234 denotes GluR-B
T13530 54338-54344 SO_EXT:sequence_rescue_process denotes Rescue
T13531 54364-54366 SO_EXT:transgenic_entity denotes Tg
T13532 54391-54397 _FRAGMENT denotes floxed
T13533 54405-54409 SO_EXT:0000363 denotes gene
T13534 54398-54402 GO_EXT:0008066 denotes GluR
T13535 54398-54404 PR_EXT:000008234 denotes GluR-B
T13536 54432-54435 CHEBI:27902 denotes tet
T13537 54446-54455 GO_EXT:responder denotes responder
T13538 54456-54465 SO_EXT:0000902 denotes transgene
T13539 54466-54468 SO_EXT:transgenic_entity denotes Tg
T13540 54490-54500 GO:0010467 denotes expressing
T13541 54511-54520 SO_EXT:0000902 denotes transgene
T13542 54521-54523 SO_EXT:transgenic_entity denotes Tg
T13680 54600-54604 GO_EXT:0008066 denotes GluR
T13681 54600-54606 PR_EXT:000008234 denotes GluR-B
T13682 54606-54607 SO_EXT:normal_or_wild_type_or_present denotes +
T13683 54608-54609 SO_EXT:normal_or_wild_type_or_present denotes +
T13684 54610-54614 NCBITaxon:10088 denotes mice
T13685 54672-54676 GO_EXT:0008066 denotes GluR
T13686 54672-54678 PR_EXT:000008234 denotes GluR-B
T13687 54678-54679 SO_EXT:normal_or_wild_type_or_present denotes +
T13688 54689-54693 GO_EXT:0008066 denotes GluR
T13689 54689-54695 PR_EXT:000008234 denotes GluR-B
T13690 54724-54726 SO_EXT:transgenic_entity denotes Tg
T13691 54732-54736 NCBITaxon:10088 denotes mice
T13692 54816-54820 GO_EXT:0008066 denotes GluR
T13693 54816-54822 PR_EXT:000008234 denotes GluR-B
T13694 54822-54828 SO_EXT:sequence_rescue_process denotes Rescue
T13695 54882-54884 SO_EXT:transgenic_entity denotes Tg
T13696 54897-54899 SO_EXT:transgenic_entity denotes Tg
T13697 54909-54913 GO_EXT:0008066 denotes GluR
T13698 54909-54915 PR_EXT:000008234 denotes GluR-B
T13699 54915-54916 SO_EXT:normal_or_wild_type_or_present denotes +
T13700 54926-54930 GO_EXT:0008066 denotes GluR
T13701 54926-54932 PR_EXT:000008234 denotes GluR-B
T13702 54961-54963 SO_EXT:transgenic_entity denotes Tg
T13939 55003-55007 NCBITaxon:10088 denotes Mice
T13940 55032-55037 NCBITaxon:10088 denotes mouse
T13941 55038-55042 UBERON:0002415 denotes tail
T13942 55043-55046 CHEBI_SO_EXT:DNA denotes DNA
T13943 55061-55068 SO_EXT:0000112 denotes primers
T13944 55107-55116 SO_EXT:biological_sequence denotes sequences
T13945 55161-55164 CHEBI_SO_EXT:DNA denotes DNA
T13946 55176-55178 SO_EXT:transgenic_entity denotes Tg
T13947 55272-55281 SO_EXT:0000028 denotes basepairs
T13948 55283-55285 SO_EXT:0000028 denotes bp
T13949 55288-55292 GO_EXT:0008066 denotes GluR
T13950 55288-55294 PR_EXT:000008234 denotes GluR-B
T13951 55294-55297 CHEBI_GO_EXT:neomycin_or_neomycin_phosphotransferase denotes neo
T13952 55425-55434 SO_EXT:wild_type_entity_or_quality denotes wild-type
T13953 55440-55442 SO_EXT:0000028 denotes bp
T13954 55447-55453 SO_EXT:sequence_altered_entity denotes mutant
T13955 55459-55461 SO_EXT:0000028 denotes bp
T13956 55463-55467 GO_EXT:0008066 denotes GluR
T13957 55555-55564 SO_EXT:wild_type_entity_or_quality denotes wild-type
T13958 55570-55572 SO_EXT:0000028 denotes bp
T13959 55577-55583 SO_EXT:sequence_altered_entity denotes mutant
T13960 55589-55591 SO_EXT:0000028 denotes bp
T13961 55593-55595 SO_EXT:transgenic_entity denotes Tg
T13962 55643-55647 GO_EXT:0008066 denotes GluR
T13963 55698-55700 SO_EXT:0000028 denotes bp
T13964 55702-55704 SO_EXT:transgenic_entity denotes Tg
T13965 55802-55804 SO_EXT:0000028 denotes bp
T14024 55830-55841 SO_EXT:genomic_DNA denotes Genomic DNA
T14025 55838-55841 CHEBI_SO_EXT:DNA denotes DNA
T14026 55847-55852 NCBITaxon:10088 denotes mouse
T14027 55853-55857 UBERON:0002415 denotes tail
T14028 55858-55863 UBERON:0002107 denotes liver
T14029 55882-55900 GO_EXT:0015666 denotes restriction enzyme
T14030 55894-55900 CHEBI_GO_SO_EXT:enzyme denotes enzyme
T14031 55956-55958 SO_EXT:0000028 denotes bp
T14032 55959-55964 CHEBI_SO_EXT:molecular_probe denotes probe
T14033 56005-56012 PR_EXT:000003199 denotes αCaMKII
T14034 56013-56021 SO_EXT:0000167 denotes promoter
T14227 56208-56212 GO_EXT:0008066 denotes GluR
T14228 56208-56214 PR_EXT:000008234 denotes GluR-B
T14229 56421-56431 GO:0042571 denotes antibodies
T14230 56437-56441 CHEBI:37926 denotes FITC
T14231 56442-56449 MOP:0000779 denotes coupled
T14232 56489-56499 GO_EXT:0004601 denotes peroxidase
T14233 56500-56507 MOP:0000779 denotes coupled
T14234 56573-56577 NCBITaxon:9925 denotes goat
T14235 56583-56589 NCBITaxon:9986 denotes rabbit
T14236 56590-56600 GO:0042571 denotes antibodies
T14237 56611-56620 GO:0007608 denotes olfactory
T14238 56611-56631 UBERON:0001997 denotes olfactory epithelium
T14239 56718-56726 GO:0042571 denotes antibody
T14240 56761-56766 CHEBI:75055 denotes X-gal
T14388 56830-56835 NCBITaxon:10088 denotes Mouse
T14389 56836-56842 UBERON:0000955 denotes brains
T14390 56865-56876 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T14391 56878-56887 GO:0007608 denotes olfactory
T14392 56878-56892 UBERON:0002264 denotes olfactory bulb
T14393 56908-56917 UBERON:0001890 denotes forebrain
T14394 56945-56952 CHEBI_PR_EXT:protein denotes protein
T14395 57017-57027 GO:0042571 denotes Antibodies
T14396 57046-57050 GO_EXT:0008066 denotes GluR
T14397 57046-57052 PR_EXT:000008234 denotes GluR-B
T14398 57084-57091 PR_EXT:000003676 denotes β-actin
T14399 57197-57201 NCBITaxon:9925 denotes goat
T14400 57207-57213 NCBITaxon:9986 denotes rabbit
T14401 57218-57222 NCBITaxon:9925 denotes goat
T14402 57228-57233 NCBITaxon:10088 denotes mouse
T14403 57234-57244 GO:0042571 denotes antibodies
T14545 57424-57434 GO_PATO_EXT:biological_behavior denotes Behavioral
T14546 57458-57462 NCBITaxon:10088 denotes mice
T14547 57638-57644 NCBITaxon:33208 denotes animal
T14548 57659-57669 GO_PATO_EXT:biological_behavior denotes behavioral
T14549 57737-57744 NCBITaxon:33208 denotes animals
T14550 57763-57767 CHEBI_EXT:33290 denotes food
T14551 57777-57782 CHEBI:15377 denotes water
T14552 57849-57853 CHEBI_EXT:33290 denotes food
T14553 57854-57858 UBERON_EXT:body denotes body
T14554 57878-57883 CHEBI:15377 denotes water
T14555 57928-57934 NCBITaxon:33208 denotes animal
T14556 57983-57989 NCBITaxon:33208 denotes animal
T14822 58050-58059 GO:0007608 denotes olfactory
T14823 58451-58458 NCBITaxon:33208 denotes animals
T14824 58568-58573 CHEBI:15377 denotes water
T14825 58652-58657 CHEBI:15377 denotes water
T14826 58691-58695 UBERON:0000033 denotes Head
T14827 58824-58839 CHEBI:29019 denotes pelargonic acid
T14828 58841-58853 CHEBI:17418 denotes valeric acid
T14829 58866-58874 CHEBI:60004 denotes mixtures
T14830 58878-58884 CHEBI:23243 denotes cineol
T14831 58889-58896 CHEBI:4917 denotes eugenol
T14832 58950-58957 CHEBI:46662 denotes mineral
T14833 59128-59135 CHEBI:46662 denotes mineral
T14834 59145-59154 CHEBI_EXT:chemical_substance_or_polyatomic_entity denotes chemicals
T14964 59194-59205 GO:0046959 denotes habituation
T14965 59254-59259 CHEBI:15377 denotes water
T14966 59282-59289 NCBITaxon:33208 denotes animals
T14967 59318-59338 GO:0035106 denotes operant-conditioning
T14968 59401-59406 CHEBI:15377 denotes water
T14969 59407-59415 GO_EXT:biological_routing_or_transport denotes delivery
T14970 59487-59491 UBERON:0000033 denotes head
T14971 59633-59640 CHEBI:46662 denotes mineral
T14972 59650-59657 NCBITaxon:33208 denotes animals
T14973 59658-59665 GO:0007612 denotes learned
T15322 59757-59762 NCBITaxon:10088 denotes mouse
T15323 59963-59969 NCBITaxon:33208 denotes animal
T15324 60064-60070 NCBITaxon:33208 denotes animal
T15325 60222-60227 CHEBI:15377 denotes water
T15326 60280-60286 NCBITaxon:33208 denotes animal
T15327 60456-60462 NCBITaxon:33208 denotes animal
T15328 60501-60507 NCBITaxon:33208 denotes animal
T15329 60755-60762 NCBITaxon:33208 denotes animals
T15330 61208-61213 CHEBI:15377 denotes water
T15331 61317-61325 GO_EXT:reaction_or_response denotes response
T15635 61444-61450 NCBITaxon:33208 denotes animal
T15636 61451-61459 GO_EXT:reaction_or_response denotes responds
T15637 61479-61487 GO_EXT:reaction_or_response denotes responds
T15638 61848-61856 GO_PATO_EXT:biological_behavior denotes behavior
T15639 61909-61915 NCBITaxon:33208 denotes animal
T15640 62006-62010 UBERON:0000033 denotes head
T15641 62051-62059 GO_EXT:reaction_or_response denotes response
T15934 62898-62909 GO:0046959 denotes habituation
T15935 62911-62915 NCBITaxon:10088 denotes mice
T15936 63133-63139 GO:0007613 denotes memory
T15937 63204-63212 GO:0007612 denotes learning
T15938 63301-63309 GO:0007612 denotes learning
T15939 63369-63377 GO:0007612 denotes learning
T15940 63426-63433 NCBITaxon:33208 denotes animals
T15941 63524-63532 CHEBI:60004 denotes mixtures
T15942 63538-63545 CHEBI:4917 denotes eugenol
T15943 63551-63557 CHEBI:23243 denotes cineol
T15944 63567-63574 CHEBI:4917 denotes eugenol
T15945 63580-63586 CHEBI:23243 denotes cineol
T15946 63713-63720 NCBITaxon:33208 denotes animals
T15947 63789-63804 CHEBI:29019 denotes pelargonic acid
T15948 63812-63824 CHEBI:17418 denotes valeric acid
T15949 63947-63954 SO_EXT:0000704 denotes genetic
T15950 64115-64121 NCBITaxon:9606 denotes person
T15951 64135-64142 NCBITaxon:33208 denotes animals
T15952 64192-64200 SO_EXT:genotype_or_entity_with_genotype denotes genotype
T15953 64208-64212 NCBITaxon:10088 denotes mice
T16105 64215-64221 GO:0007613 denotes Memory
T16106 64244-64250 GO:0007613 denotes memory
T16107 64305-64320 CHEBI:29019 denotes pelargonic acid
T16108 64325-64337 CHEBI:17418 denotes valeric acid
T16109 64339-64345 GO:0007613 denotes memory
T16110 64508-64514 GO:0007613 denotes Memory
T16111 64585-64594 GO_EXT:reaction_or_response denotes responded
T16112 64619-64627 GO_EXT:reaction_or_response denotes response
T16113 64699-64707 GO_EXT:reaction_or_response denotes response
T16114 64833-64838 PR_EXT:000008234 denotes GluRB
T16115 64846-64850 NCBITaxon:10088 denotes mice
T16332 64919-64927 GO:0007612 denotes Learning
T16333 65077-65085 GO:0007612 denotes learning
T16334 65402-65408 GO:0007613 denotes memory
T16335 65428-65432 GO_EXT:0008066 denotes GluR
T16336 65428-65434 PR_EXT:000008234 denotes GluR-B
T16337 65434-65440 SO_EXT:sequence_rescue_process denotes Rescue
T16338 65453-65457 GO_EXT:0008066 denotes GluR
T16339 65453-65459 PR_EXT:000008234 denotes GluR-B
T16340 65472-65476 NCBITaxon:10088 denotes mice
T16341 65566-65573 NCBITaxon:33208 denotes animals
T16342 65614-65618 GO_EXT:0008066 denotes GluR
T16343 65614-65620 PR_EXT:000008234 denotes GluR-B
T16344 65624-65628 NCBITaxon:10088 denotes mice
T16345 65639-65645 GO:0007613 denotes memory
T16346 65709-65715 GO:0007613 denotes memory
T16347 65734-65738 GO_EXT:0008066 denotes GluR
T16348 65734-65740 PR_EXT:000008234 denotes GluR-B
T16349 65740-65746 SO_EXT:sequence_rescue_process denotes Rescue
T16350 65747-65753 GO:0007613 denotes memory
T13511 54128-54132 NCBITaxon:10088 denotes Mice
T13512 54150-54152 SO_EXT:transgenic_entity denotes Tg
R3369 T5031 T5030 _lexicallyChainedTo learning,odor
R3374 T5038 T5037 _lexicallyChainedTo conditioning,associative
R3375 T5053 T5052 _lexicallyChainedTo acid,pelargonic
R3898 T5797 T5796 _lexicallyChainedTo acid,pelargonic
R5418 T8255 T8254 _lexicallyChainedTo learning,olfactory
R5719 T8691 T8690 _lexicallyChainedTo learning,olfactory
R5720 T8704 T8703 _lexicallyChainedTo forebrain,neurons of
R5721 T8710 T8709 _lexicallyChainedTo cells,olfactory bulb mitral
R5722 T8714 T8713 _lexicallyChainedTo learning,olfactory
R5723 T8741 T8740 _lexicallyChainedTo learning,olfactory
R6876 T10403 T10402 _lexicallyChainedTo Learning,Odor
R6877 T10414 T10413 _lexicallyChainedTo learning,odor
R6878 T10433 T10432 _lexicallyChainedTo learning,olfactory
R6879 T10481 T10480 _lexicallyChainedTo synapses,transmission in
R6880 T10516 T10515 _lexicallyChainedTo cells,mitral
R6881 T10559 T10558 _lexicallyChainedTo odorants,learning of
R6882 T10570 T10569 _lexicallyChainedTo synaptic,pre-
R7525 T11456 T11455 _lexicallyChainedTo memory,long-term
R7526 T11482 T11481 _lexicallyChainedTo memory,long-term
R7527 T11485 T11484 _lexicallyChainedTo learning,odor
R7528 T11507 T11506 _lexicallyChainedTo neurons,hippocampal
R7529 T11548 T11547 _lexicallyChainedTo memory,long-term
R7927 T12116 T12115 _lexicallyChainedTo receptor,N-methyl-D-aspartate
R7928 T12116 T12117 _lexicallyChainedTo receptor,NMDA
R7929 T12124 T12123 _lexicallyChainedTo synaptic,pre-
R7930 T12147 T12146 _lexicallyChainedTo CA1,hippocampal
R8398 T12822 T12821 _lexicallyChainedTo learning,olfactory
R8788 T13533 T13532 _lexicallyChainedTo gene,floxed
R1424 T2049 T2048 _lexicallyChainedTo memory,long-lasting
R1426 T2118 T2117 _lexicallyChainedTo D,GluR-
R2175 T3305 T3304 _lexicallyChainedTo gene,floxed

craft-ca-core-dev

Below, discontinuous spans are shown in the chain model. You can change it to the bag model.

Id Subject Object Predicate Lexical cue
T318 42-51 GO:0007608 denotes Olfactory
T319 52-58 GO:0007613 denotes Memory
T320 72-82 GO:0065007 denotes Controlled
T321 93-97 CHEBI:34018 denotes AMPA
T322 161-168 SO:0000704 denotes Genetic
T323 186-234 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T324 321-329 GO:0007612 denotes learning
T325 335-341 GO:0007613 denotes memory
T326 386-390 CHEBI:29108 denotes Ca2+
T327 411-420 GO:0007608 denotes olfactory
T328 483-489 PR:000008234 denotes GluR-B
T329 501-511 GO:0010467 denotes expression
T330 524-530 PR:000008234 denotes GluR-B
T331 561-565 CHEBI:29108 denotes Ca2+
T332 590-594 NCBITaxon:10088 denotes Mice
T333 646-655 UBERON:0001890 denotes forebrain
T334 673-682 GO:0007608 denotes olfactory
T335 713-721 GO:0007612 denotes learning
T336 736-756 GO:0035106 denotes operant conditioning
T337 763-772 GO:0007608 denotes Olfactory
T338 773-779 GO:0007613 denotes memory
T339 817-823 PR:000008234 denotes GluR-B
T340 837-846 UBERON:0001890 denotes forebrain
T341 889-900 NCBITaxon:1 denotes individuals
T342 940-949 GO:0007608 denotes olfactory
T343 950-956 GO:0007613 denotes memory
T344 976-982 UBERON:0001851 denotes cortex
T345 997-1003 GO:0007613 denotes memory
T346 1030-1036 PR:000008234 denotes GluR-B
T347 1037-1047 GO:0010467 denotes expression
T348 1062-1077 UBERON:0004725 denotes piriform cortex
T349 1154-1160 PR:000008234 denotes GluR-B
T350 1188-1194 PR:000008234 denotes GluR-B
T351 1195-1205 GO:0010467 denotes expression
T352 1262-1268 PR:000008234 denotes GluR-B
T353 1269-1279 GO:0010467 denotes expression
T354 1328-1346 GO:0008355 denotes olfactory learning
T355 1368-1374 GO:0007613 denotes memory
T1905 1625-1639 GO:0007608 denotes sense of smell
T1906 1671-1678 NCBITaxon:9989 denotes rodents
T1907 1724-1736 _FRAGMENT denotes long-lasting
T1908 1747-1753 GO:0007616 denotes memory
T1909 1737-1746 GO:0007608 denotes olfactory
T1910 1857-1866 GO:0007608 denotes olfactory
T1911 1883-1890 NCBITaxon:9989 denotes rodents
T1912 1982-1991 GO:0007608 denotes olfactory
T1913 1992-1998 GO:0007613 denotes memory
T1914 1999-2014 UBERON:0004725 denotes piriform cortex
T1915 2045-2054 GO:0007608 denotes olfactory
T1916 2045-2059 UBERON:0002264 denotes olfactory bulb
T1917 2205-2214 GO:0007608 denotes olfactory
T1918 2215-2221 GO:0007613 denotes memory
T1919 2294-2303 GO:0007608 denotes olfactory
T1920 2397-2406 GO:0007608 denotes olfactory
T1921 2407-2413 GO:0007613 denotes memory
T1922 2431-2439 CL:0000540 denotes neuronal
T1923 2459-2474 UBERON:0004725 denotes piriform cortex
T1924 2569-2577 GO:0045202 denotes synaptic
T1925 2715-2724 UBERON:0024914 denotes circuitry
T1926 2732-2741 GO:0007608 denotes olfactory
T1927 2732-2746 UBERON:0002264 denotes olfactory bulb
T1928 2798-2806 UBERON:0024914 denotes circuits
T1929 2838-2844 UBERON:0000966 denotes retina
T1930 2981-2988 UBERON:0001062 denotes anatomy
T1931 3120-3128 GO:0045202 denotes synapses
T1932 3151-3165 CL:0000527 denotes output neurons
T1933 3167-3179 CL:1001502 denotes mitral cells
T1934 3202-3209 CL:0000540 denotes neurons
T1935 3211-3224 CL:0000120 denotes granule cells
T1936 3233-3242 GO:0007608 denotes olfactory
T1937 3233-3247 UBERON:0002264 denotes olfactory bulb
T1938 3267-3275 GO:0045202 denotes synapses
T1939 3326-3349 CHEBI:16865 denotes gamma-aminobutyric acid
T1940 3366-3376 GO:0065007 denotes controlled
T1941 3470-3493 CHEBI:16865 denotes gamma-aminobutyric acid
T1942 3470-3501 GO:0014051 denotes gamma-aminobutyric acid release
T1943 3505-3509 CHEBI:29108 denotes Ca2+
T1944 3593-3601 CL:0000540 denotes neuronal
T1945 3593-3610 UBERON:0024914 denotes neuronal circuits
T1946 3654-3663 GO:0007608 denotes olfactory
T1947 3664-3670 GO:0007613 denotes memory
T1948 3740-3788 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T1949 3832-3839 SO:0000704 denotes genetic
T1950 3887-3935 CHEBI:34018 denotes α-amino-3-hydroxy-5-methyl-4-isoxazolepropionate
T1951 3937-3941 CHEBI:34018 denotes AMPA
T1952 3984-3990 PR:000008234 denotes GluR-B
T1953 4024-4030 PR:000008233 denotes GluR-A
T1954 4024-4029 _FRAGMENT denotes GluR-
T1955 4034-4035 PR:000008236 denotes D
T1956 4037-4042 PR:000008233 denotes GluR1
T1957 4125-4131 PR:000008234 denotes GluR-B
T1958 4172-4178 PR:000008234 denotes GluR-B
T1959 4266-4269 CHEBI:24870 denotes ion
T1960 4339-4343 CHEBI:29108 denotes Ca2+
T1961 4360-4364 CHEBI:34018 denotes AMPA
T1962 4387-4394 CL:0000540 denotes neurons
T1963 4417-4423 PR:000008234 denotes GluR-B
T1964 4582-4593 GO:0006396 denotes RNA editing
T1965 4597-4603 PR:000008234 denotes GluR-B
T1966 4604-4612 SO:0000932 denotes pre-mRNA
T1967 4653-4659 PR:000008234 denotes GluR-B
T1968 4679-4689 GO:0010467 denotes expression
T1969 4711-4717 PR:000008234 denotes GluR-B
T1970 4792-4796 CHEBI:29108 denotes Ca2+
T1971 4813-4817 CHEBI:34018 denotes AMPA
T1972 4853-4857 SO:0000704 denotes gene
T1973 4867-4871 NCBITaxon:10088 denotes mice
T1974 4908-4914 PR:000008234 denotes GluR-B
T1975 4923-4933 GO:0010467 denotes expression
T1976 4937-4943 PR:000008234 denotes GluR-B
T1977 4954-4963 GO:0007608 denotes olfactory
T1978 4954-4968 UBERON:0002264 denotes olfactory bulb
T1979 5007-5019 CL:1001502 denotes mitral cells
T1980 5047-5053 PR:000008234 denotes GluR-B
T1981 5109-5115 PR:000008234 denotes GluR-B
T1982 5143-5162 GO:0060076 denotes excitatory synaptic
T1983 5154-5175 GO:0007268 denotes synaptic transmission
T1984 5183-5194 SO:0000704 denotes genetically
T1985 5205-5213 CL:0000540 denotes neuronal
T1986 5334-5342 UBERON:0024914 denotes circuits
T1987 5366-5374 GO:0045202 denotes synaptic
T1988 5393-5397 CHEBI:29108 denotes Ca2+
T1989 5436-5451 UBERON:0004725 denotes piriform cortex
T1990 5470-5482 GO:0007613 denotes memorization
T1991 5541-5554 UBERON:0002616 denotes brain regions
T1992 5707-5711 NCBITaxon:10088 denotes mice
T1993 5724-5730 PR:000008234 denotes GluR-B
T1994 5931-5935 NCBITaxon:10088 denotes mice
T1995 5936-5946 GO:0010467 denotes expressing
T1996 5962-5967 UBERON:0000955 denotes brain
T1997 5995-6001 PR:000008234 denotes GluR-B
T1998 6068-6071 GO:0016265 denotes die
T1999 6185-6195 GO:0010467 denotes expression
T2000 6235-6238 SO:0000346 denotes lox
T2001 6268-6278 GO:0010467 denotes expression
T2002 6290-6301 UBERON:0002616 denotes brain areas
T2003 6305-6309 SO:0000704 denotes gene
T2004 6319-6323 NCBITaxon:10088 denotes mice
T2005 6333-6339 PR:000008234 denotes GluR-B
T2006 6340-6347 SO:0001023 denotes alleles
T2007 6358-6368 SO:0000346 denotes loxP sites
T2008 6433-6443 GO:0010467 denotes expression
T2009 6465-6471 PR:000008234 denotes GluR-B
T2010 6475-6484 UBERON:0001890 denotes forebrain
T2011 6511-6519 UBERON:0000104 denotes lifespan
T2012 6569-6573 NCBITaxon:10088 denotes Mice
T2013 6579-6588 UBERON:0001890 denotes forebrain
T2014 6598-6604 PR:000008234 denotes GluR-B
T2015 6660-6664 UBERON:0000104 denotes life
T2016 6760-6769 GO:0007608 denotes olfactory
T2017 6823-6841 GO:0008355 denotes olfactory learning
T2018 6863-6869 GO:0007613 denotes memory
T2019 6911-6921 SO:0000902 denotes transgenes
T2020 6952-6962 GO:0010467 denotes expression
T2021 7008-7019 SO:0000704 denotes genetically
T2022 7030-7041 NCBITaxon:1 denotes individuals
T2023 7082-7092 GO:0010467 denotes expression
T2024 7156-7162 PR:000008234 denotes GluR-B
T2025 7167-7171 SO:0000704 denotes gene
T2026 7182-7188 SO:0000359 denotes floxed
T2027 7189-7195 PR:000008234 denotes GluR-B
T2028 7196-7203 SO:0001023 denotes alleles
T2029 7234-7239 NCBITaxon:10088 denotes mouse
T2030 7265-7275 GO:0010467 denotes expression
T2031 7279-7288 UBERON:0001890 denotes forebrain
T2032 7305-7311 PR:000008234 denotes GluR-B
T2033 7322-7331 GO:0007608 denotes olfaction
T2034 7340-7353 UBERON:0002616 denotes brain regions
T2035 7423-7429 PR:000008234 denotes GluR-B
T2036 7433-7442 GO:0007608 denotes olfactory
T2037 7462-7468 GO:0007613 denotes memory
T2038 7497-7508 UBERON:0002616 denotes brain areas
T2039 7539-7548 GO:0007608 denotes olfactory
T2040 7590-7596 PR:000008234 denotes GluR-B
T2041 7623-7638 UBERON:0004725 denotes piriform cortex
T2042 7741-7747 PR:000008234 denotes GluR-B
T2043 7786-7799 UBERON:0002616 denotes brain regions
T2044 7803-7816 GO:0008355 denotes odor learning
T2045 7838-7844 GO:0007613 denotes memory
T3184 7856-7862 PR:000008234 denotes GluR-B
T3185 7866-7876 GO:0010467 denotes Expression
T3186 7884-7893 UBERON:0001890 denotes Forebrain
T3187 7904-7922 GO:0008355 denotes Olfactory Learning
T3188 8010-8016 PR:000008234 denotes GluR-B
T3189 8028-8032 CHEBI:34018 denotes AMPA
T3190 8045-8054 GO:0007608 denotes olfactory
T3191 8084-8088 NCBITaxon:10088 denotes mice
T3192 8094-8101 GO:0010467 denotes express
T3193 8114-8120 PR:000008234 denotes GluR-B
T3194 8180-8186 PR:000008234 denotes GluR-B
T3195 8218-8222 NCBITaxon:10088 denotes mice
T3196 8257-8263 PR:000008234 denotes GluR-B
T3197 8264-8270 SO:0001023 denotes allele
T3198 8274-8278 SO:0000704 denotes gene
T3199 8288-8294 PR:000008234 denotes GluR-B
T3200 8298-8304 SO:0001023 denotes allele
T3201 8318-8326 SO:0000188 denotes intronic
T3202 8349-8355 PR:000008234 denotes GluR-B
T3203 8356-8364 SO:0000932 denotes pre-mRNA
T3204 8406-8412 _FRAGMENT denotes floxed
T3205 8420-8424 SO:0000363 denotes gene
T3206 8449-8457 GO:0008380 denotes splicing
T3207 8474-8480 SO:0000188 denotes intron
T3208 8506-8516 GO:0010467 denotes expression
T3209 8524-8530 PR:000008234 denotes GluR-B
T3210 8534-8540 SO:0001023 denotes allele
T3211 8552-8559 GO:0016458 denotes silence
T3212 8575-8581 PR:000008234 denotes GluR-B
T3213 8585-8591 SO:0001023 denotes allele
T3214 8617-8622 GO:0007567 denotes natal
T3215 8623-8632 UBERON:0001890 denotes forebrain
T3216 8659-8668 SO:0000902 denotes transgene
T3217 8721-8728 PR:000003199 denotes αCaMKII
T3218 8729-8737 SO:0000167 denotes promoter
T3219 8791-8800 UBERON:0001890 denotes forebrain
T3220 8791-8808 CL:0012001 denotes forebrain neurons
T3221 8813-8821 SO:0000188 denotes intronic
T3222 8829-8833 SO:0000704 denotes gene
T3223 8857-8863 PR:000008234 denotes GluR-B
T3224 8868-8874 SO:0001023 denotes allele
T3225 8897-8903 PR:000008234 denotes GluR-B
T3226 8965-8969 NCBITaxon:10088 denotes mice
T3227 8970-8980 GO:0010467 denotes expressing
T3228 8985-8992 GO:0007567 denotes natally
T3229 8993-9002 UBERON:0001890 denotes forebrain
T3230 9030-9036 PR:000008234 denotes GluR-B
T3231 9050-9054 CHEBI:29108 denotes Ca2+
T3232 9165-9171 PR:000008234 denotes GluR-B
T3233 9179-9183 NCBITaxon:10088 denotes mice
T3234 9204-9208 NCBITaxon:10088 denotes mice
T3235 9209-9219 GO:0010467 denotes expressing
T3236 9220-9226 PR:000008234 denotes GluR-B
T3237 9252-9260 UBERON:0000104 denotes lifespan
T3238 11443-11449 PR:000008234 denotes GluR-B
T3239 11457-11461 NCBITaxon:10088 denotes mice
T3240 11532-11541 GO:0007608 denotes olfactory
T3241 11582-11587 CHEBI:15377 denotes water
T3242 11597-11601 NCBITaxon:10088 denotes mice
T3243 11631-11636 CHEBI:15377 denotes water
T3244 11728-11734 PR:000008234 denotes GluR-B
T3245 11754-11758 NCBITaxon:10088 denotes mice
T3246 11921-11927 PR:000008234 denotes GluR-B
T3247 11935-11939 NCBITaxon:10088 denotes mice
T3248 11958-11966 GO:0007612 denotes learning
T3249 12137-12145 GO:0007612 denotes learning
T3250 12271-12275 UBERON:0000033 denotes head
T3251 12354-12361 NCBITaxon:33208 denotes animals
T3252 12373-12377 UBERON:0000033 denotes head
T3253 12488-12492 UBERON:0000033 denotes head
T3254 12805-12811 PR:000008234 denotes GluR-B
T3255 12819-12823 NCBITaxon:10088 denotes mice
T3256 13151-13161 GO:0010467 denotes expression
T3257 13165-13169 CHEBI:29108 denotes Ca2+
T3258 13190-13199 UBERON:0001890 denotes forebrain
T3259 13221-13230 GO:0007608 denotes olfactory
T3260 13221-13235 UBERON:0002264 denotes olfactory bulb
T3261 13260-13273 GO:0008355 denotes odor learning
T3262 13287-13296 GO:0007608 denotes olfactory
T4818 13314-13320 PR:000008234 denotes GluR-B
T4819 13324-13328 NCBITaxon:10088 denotes Mice
T4820 13347-13356 GO:0007608 denotes Olfactory
T4821 13409-13427 GO:0008355 denotes olfactory learning
T4822 13492-13496 CHEBI:29108 denotes Ca2+
T4823 13513-13517 CHEBI:34018 denotes AMPA
T4824 13575-13581 PR:000008234 denotes GluR-B
T4825 13585-13589 NCBITaxon:10088 denotes mice
T4826 13602-13608 PR:000008234 denotes GluR-B
T4827 13612-13621 UBERON:0001890 denotes forebrain
T4828 13663-13672 UBERON:0001890 denotes forebrain
T4830 13722-13726 SO:0000704 denotes gene
T4831 13736-13742 PR:000008234 denotes GluR-B
T4832 13747-13751 NCBITaxon:10088 denotes mice
T4833 13770-13776 PR:000008234 denotes GluR-B
T4834 13777-13784 SO:0001023 denotes alleles
T4835 13788-13794 SO:0000359 denotes floxed
T4836 13795-13799 SO:0000147 denotes exon
T4837 13829-13835 PR:000008234 denotes GluR-B
T4838 13859-13863 NCBITaxon:10088 denotes mice
T4839 13983-13989 PR:000008234 denotes GluR-B
T4840 14074-14082 UBERON:0001851 denotes cortical
T4841 14094-14103 GO:0007608 denotes olfactory
T4842 14094-14108 UBERON:0002264 denotes olfactory bulb
T4843 14136-14142 PR:000008234 denotes GluR-B
T4844 14153-14159 PR:000008234 denotes GluR-B
T4845 14203-14209 PR:000008234 denotes GluR-B
T4846 14250-14254 CHEBI:34018 denotes AMPA
T4847 14293-14299 PR:000008234 denotes GluR-B
T4848 14300-14306 PR:000008234 denotes GluR-B
T4849 14365-14369 CHEBI:29108 denotes Ca2+
T4850 14391-14395 CHEBI:34018 denotes AMPA
T4851 14434-14440 PR:000008234 denotes GluR-B
T4852 14537-14543 PR:000008234 denotes GluR-B
T4853 14555-14559 NCBITaxon:10088 denotes mice
T4854 14565-14574 UBERON:0001890 denotes forebrain
T4855 14584-14590 PR:000008234 denotes GluR-B
T4856 14628-14632 UBERON:0000104 denotes life
T4857 14711-14720 UBERON:0000113 denotes adulthood
T4858 14747-14753 PR:000008234 denotes GluR-B
T4859 14853-14859 PR:000008234 denotes GluR-B
T4860 14863-14867 NCBITaxon:10088 denotes mice
T4861 15055-15059 NCBITaxon:10088 denotes mice
T4862 15091-15097 PR:000008234 denotes GluR-B
T4863 15189-15195 PR:000008234 denotes GluR-B
T4864 15199-15203 NCBITaxon:10088 denotes mice
T4865 15250-15256 PR:000008234 denotes GluR-B
T4866 15327-15333 PR:000008234 denotes GluR-B
T4867 15411-15417 PR:000008234 denotes GluR-B
T4868 15485-15491 PR:000008234 denotes GluR-B
T4869 15503-15509 PR:000008234 denotes GluR-B
T4870 15513-15517 NCBITaxon:10088 denotes mice
T4871 17070-17076 PR:000008234 denotes GluR-B
T4872 17077-17083 PR:000008234 denotes GluR-B
T4873 17121-17125 CHEBI:29108 denotes Ca2+
T4874 17146-17150 CHEBI:34018 denotes AMPA
T4875 17183-17187 _FRAGMENT denotes odor
T4876 17207-17215 GO:0008355 denotes learning
T4877 17238-17244 PR:000008234 denotes GluR-B
T4878 17324-17330 PR:000008234 denotes GluR-B
T4879 17334-17338 NCBITaxon:10088 denotes mice
T4880 17390-17401 _FRAGMENT denotes associative
T4881 17421-17433 GO:0008306 denotes conditioning
T4882 17411-17420 GO:0007608 denotes olfactory
T4883 17498-17507 GO:0007608 denotes olfaction
T4884 17593-17601 CHEBI:60004 denotes mixtures
T4885 17613-17624 GO:0046959 denotes habituation
T4886 17626-17632 PR:000008234 denotes GluR-B
T4887 17648-17652 NCBITaxon:10088 denotes mice
T4888 17850-17858 CHEBI:60004 denotes mixtures
T4889 17862-17868 CHEBI:23243 denotes cineol
T4890 17873-17880 CHEBI:4917 denotes eugenol
T4891 17963-17973 _FRAGMENT denotes pelargonic
T4892 17986-17990 CHEBI:29019 denotes acid
T4893 17978-17990 CHEBI:17418 denotes valeric acid
T4894 18003-18009 PR:000008234 denotes GluR-B
T4895 18018-18024 PR:000008234 denotes GluR-B
T4896 18028-18032 NCBITaxon:10088 denotes mice
T4897 18054-18062 GO:0007612 denotes learning
T4898 18443-18449 PR:000008234 denotes GluR-B
T4899 18465-18469 NCBITaxon:10088 denotes mice
T4900 18678-18686 CHEBI:60004 denotes mixtures
T4901 18760-18767 CHEBI:60004 denotes mixture
T4902 18804-18807 CHEBI:29019 denotes Pel
T4903 18808-18811 CHEBI:17418 denotes Val
T4904 19116-19122 PR:000008234 denotes GluR-B
T4905 19126-19130 NCBITaxon:10088 denotes mice
T4906 19212-19218 PR:000008234 denotes GluR-B
T4907 19222-19231 UBERON:0001890 denotes forebrain
T4908 19267-19285 GO:0008355 denotes olfactory learning
T4909 19367-19376 GO:0007608 denotes olfaction
T4910 19405-19411 PR:000008234 denotes GluR-B
T4911 19415-19419 NCBITaxon:10088 denotes mice
T4912 19445-19454 GO:0007608 denotes olfactory
T4913 19485-19493 GO:0007612 denotes learning
T4914 19707-19716 GO:0007608 denotes olfactory
T4915 19776-19790 GO:0007608 denotes sense of smell
T4916 19952-19958 PR:000008234 denotes GluR-B
T4917 19970-19976 PR:000008234 denotes GluR-B
T4918 19980-19984 NCBITaxon:10088 denotes mice
T4919 20106-20112 PR:000008234 denotes GluR-B
T4920 20149-20155 PR:000008234 denotes GluR-B
T4921 20183-20187 CHEBI:29108 denotes Ca2+
T4922 20241-20245 CHEBI:29108 denotes Ca2+
T4923 20282-20300 GO:0008355 denotes olfactory learning
T5719 20322-20331 GO:0007608 denotes Olfactory
T5720 20332-20338 GO:0007613 denotes Memory
T5721 20389-20395 PR:000008234 denotes GluR-B
T5722 20399-20403 NCBITaxon:10088 denotes Mice
T5723 20446-20450 CHEBI:29108 denotes Ca2+
T5724 20471-20480 GO:0007608 denotes olfactory
T5725 20531-20535 CHEBI:34018 denotes AMPA
T5726 20548-20557 GO:0007608 denotes olfactory
T5727 20558-20564 GO:0007613 denotes memory
T5728 20575-20584 GO:0007608 denotes olfactory
T5729 20585-20591 GO:0007613 denotes memory
T5730 20595-20601 PR:000008234 denotes GluR-B
T5731 20605-20609 NCBITaxon:10088 denotes mice
T5732 20767-20777 _FRAGMENT denotes pelargonic
T5733 20793-20797 CHEBI:29019 denotes acid
T5734 20785-20797 CHEBI:17418 denotes valeric acid
T5735 20940-20944 NCBITaxon:10088 denotes mice
T5736 21002-21008 GO:0007613 denotes memory
T5737 21051-21057 PR:000008234 denotes GluR-B
T5738 21061-21065 NCBITaxon:10088 denotes mice
T5739 21081-21090 GO:0007608 denotes olfactory
T5740 21091-21097 GO:0007613 denotes memory
T5741 21163-21171 GO:0007612 denotes learning
T5742 21184-21190 PR:000008234 denotes GluR-B
T5743 21234-21243 GO:0007608 denotes olfactory
T5744 21244-21250 GO:0007613 denotes memory
T5745 21404-21410 GO:0007613 denotes memory
T5746 21500-21506 GO:0007613 denotes memory
T5747 21669-21675 GO:0007613 denotes memory
T5748 21740-21746 GO:0007613 denotes memory
T5749 21844-21853 GO:0007608 denotes olfactory
T5750 21854-21860 GO:0007613 denotes memory
T5751 21892-21901 GO:0007608 denotes olfaction
T5752 21998-22006 GO:0007612 denotes learning
T5753 22075-22081 GO:0007613 denotes memory
T5754 22106-22112 PR:000008234 denotes GluR-B
T5755 22116-22120 NCBITaxon:10088 denotes mice
T5756 22158-22165 NCBITaxon:33208 denotes animals
T5757 22233-22242 GO:0007608 denotes olfactory
T5758 22243-22249 GO:0007613 denotes memory
T5759 22307-22317 GO:0010467 denotes expression
T5760 22321-22330 UBERON:0001890 denotes forebrain
T5761 22352-22356 NCBITaxon:10088 denotes mice
T5762 22409-22414 NCBITaxon:10088 denotes mouse
T5763 22479-22489 GO:0010467 denotes expression
T5764 22503-22512 UBERON:0001890 denotes forebrain
T5765 22552-22556 NCBITaxon:10088 denotes mice
T5766 22645-22653 GO:0042571 denotes antibody
T5767 22785-22794 SO:0000902 denotes transgene
T5768 22823-22830 NCBITaxon:33208 denotes animals
T5769 22874-22881 SO:0000704 denotes genetic
T5770 23545-23554 GO:0007608 denotes olfactory
T5771 23555-23561 GO:0007613 denotes memory
T5772 23668-23678 GO:0010467 denotes expression
T5773 23690-23697 NCBITaxon:33208 denotes animals
T5774 23719-23728 GO:0007608 denotes olfactory
T5775 23729-23735 GO:0007613 denotes memory
T5776 23770-23781 UBERON:0002616 denotes brain areas
T6525 23824-23833 GO:0007608 denotes Olfactory
T6526 23834-23840 GO:0007613 denotes Memory
T6527 23866-23872 PR:000008234 denotes GluR-B
T6528 23881-23891 GO:0010467 denotes Expression
T6529 23895-23901 PR:000008234 denotes GluR-B
T6530 23905-23909 NCBITaxon:10088 denotes Mice
T6531 23965-23974 GO:0007608 denotes olfactory
T6532 23975-23981 GO:0007613 denotes memory
T6533 23985-23991 PR:000008234 denotes GluR-B
T6534 23995-23999 NCBITaxon:10088 denotes mice
T6535 24036-24042 PR:000008234 denotes GluR-B
T6536 24053-24059 PR:000008234 denotes GluR-B
T6537 24063-24067 NCBITaxon:10088 denotes mice
T6538 24104-24110 PR:000008234 denotes GluR-B
T6539 24122-24126 NCBITaxon:10088 denotes mice
T6540 24142-24148 GO:0007613 denotes memory
T6541 24186-24190 NCBITaxon:10088 denotes mice
T6542 24207-24213 GO:0007613 denotes memory
T6543 24224-24230 GO:0007613 denotes memory
T6544 24271-24277 PR:000008234 denotes GluR-B
T6545 24302-24310 UBERON:0001876 denotes amygdala
T6546 24312-24321 GO:0007608 denotes olfactory
T6547 24312-24326 UBERON:0002264 denotes olfactory bulb
T6548 24332-24347 UBERON:0004725 denotes piriform cortex
T6549 24394-24398 NCBITaxon:10088 denotes mice
T6550 24420-24426 GO:0007613 denotes memory
T6551 24458-24464 PR:000008234 denotes GluR-B
T6552 24479-24490 UBERON:0002616 denotes brain areas
T6553 26641-26647 PR:000008234 denotes GluR-B
T6554 26660-26669 GO:0007608 denotes olfactory
T6555 26670-26676 GO:0007613 denotes memory
T6556 26682-26688 GO:0007613 denotes memory
T6557 26734-26740 PR:000008234 denotes GluR-B
T6558 26744-26748 NCBITaxon:10088 denotes mice
T6559 26776-26783 NCBITaxon:33208 denotes animals
T6560 26884-26890 GO:0007613 denotes memory
T6561 26923-26929 PR:000008234 denotes GluR-B
T6562 26986-26995 GO:0007608 denotes olfactory
T6563 26986-27001 UBERON:0002264 denotes olfactory bulbs
T6564 27003-27011 UBERON:0001851 denotes cortical
T6565 27044-27049 NCBITaxon:10088 denotes mouse
T6566 27055-27061 PR:000008234 denotes GluR-B
T6567 27157-27164 NCBITaxon:33208 denotes animals
T6568 27276-27284 GO:0007612 denotes learning
T6569 27413-27419 GO:0007613 denotes memory
T6570 27424-27430 PR:000008234 denotes GluR-B
T6571 27513-27521 UBERON:0001851 denotes cortical
T6572 27626-27635 GO:0007608 denotes olfactory
T6573 27626-27640 UBERON:0002264 denotes olfactory bulb
T6574 27683-27689 PR:000008233 denotes GluR-A
T6575 27808-27814 PR:000008233 denotes GluR-A
T6576 27889-27893 NCBITaxon:10088 denotes mice
T6577 27907-27913 PR:000008234 denotes GluR-B
T6578 27924-27933 UBERON:0001890 denotes forebrain
T6579 27957-27966 GO:0007608 denotes olfactory
T6580 27967-27973 GO:0007613 denotes memory
T6581 28020-28026 PR:000008234 denotes GluR-B
T6582 28057-28065 UBERON:0001851 denotes cortical
T6583 28082-28095 GO:0008355 denotes odor learning
T6584 28163-28169 PR:000008234 denotes GluR-B
T6585 28184-28193 GO:0007608 denotes olfactory
T6586 28184-28198 UBERON:0002264 denotes olfactory bulb
T6587 28209-28218 UBERON:0001890 denotes forebrain
T6588 28251-28257 PR:000008234 denotes GluR-B
T6589 28305-28318 GO:0008355 denotes odor learning
T6590 28408-28414 PR:000008234 denotes GluR-B
T6591 28498-28507 GO:0007608 denotes olfactory
T6592 28508-28514 GO:0007613 denotes memory
T6593 28520-28538 GO:0008355 denotes olfactory learning
T7907 28607-28616 GO:0007608 denotes Olfactory
T7908 28617-28623 GO:0007613 denotes Memory
T7909 28656-28662 PR:000008234 denotes GluR-B
T7910 28663-28673 GO:0010467 denotes Expression
T7911 28693-28708 UBERON:0004725 denotes Piriform Cortex
T7912 28712-28718 PR:000008234 denotes GluR-B
T7913 28722-28726 NCBITaxon:10088 denotes Mice
T7914 28751-28757 PR:000008234 denotes GluR-B
T7915 28771-28775 NCBITaxon:10088 denotes mice
T7916 28791-28797 PR:000008234 denotes GluR-B
T7917 28844-28853 GO:0007608 denotes olfactory
T7918 28855-28861 UBERON:0001851 denotes cortex
T7919 28893-28902 GO:0007608 denotes olfactory
T7920 28903-28909 GO:0007613 denotes memory
T7921 28915-28924 GO:0007608 denotes olfactory
T7922 28925-28931 GO:0007613 denotes memory
T7923 28971-28977 PR:000008234 denotes GluR-B
T7924 28981-28990 GO:0007608 denotes olfactory
T7925 28981-28997 UBERON:0002894 denotes olfactory cortex
T7926 29023-29031 GO:0007612 denotes learning
T7927 29105-29111 PR:000008234 denotes GluR-B
T7928 29119-29128 GO:0007608 denotes olfactory
T7929 29119-29133 UBERON:0002264 denotes olfactory bulb
T7930 29226-29230 CHEBI:29108 denotes Ca2+
T7931 29252-29261 GO:0010467 denotes expressed
T7932 29334-29340 PR:000008234 denotes GluR-B
T7933 29373-29388 UBERON:0004725 denotes piriform cortex
T7934 29392-29398 PR:000008234 denotes GluR-B
T7935 29402-29406 NCBITaxon:10088 denotes mice
T7936 29506-29512 PR:000008234 denotes GluR-B
T7937 29544-29559 UBERON:0004725 denotes piriform cortex
T7938 29573-29579 GO:0007613 denotes memory
T7939 29634-29639 NCBITaxon:10088 denotes mouse
T7940 29679-29685 PR:000008234 denotes GluR-B
T7941 29701-29708 SO:0000704 denotes genetic
T7942 29723-29729 PR:000008234 denotes GluR-B
T7943 29733-29737 NCBITaxon:10088 denotes mice
T7944 29813-29819 PR:000008234 denotes GluR-B
T7945 29820-29830 GO:0010467 denotes expression
T7946 29850-29862 CHEBI:27902 denotes tetracycline
T7947 29863-29873 GO:0065007 denotes controlled
T7948 29944-29951 GO:0065007 denotes control
T7949 29966-29973 PR:000003199 denotes αCaMKII
T7950 29974-29982 SO:0000167 denotes promoter
T7951 30007-30017 GO:0010467 denotes expression
T7952 30090-30100 GO:0010467 denotes expression
T7953 30113-30119 PR:000008234 denotes GluR-B
T7954 30190-30196 PR:000008234 denotes GluR-B
T7955 30261-30267 PR:000008234 denotes GluR-B
T7956 30268-30278 GO:0010467 denotes expression
T7957 30282-30287 UBERON:0000955 denotes brain
T7958 30300-30306 PR:000008234 denotes GluR-B
T7959 30313-30317 NCBITaxon:10088 denotes mice
T7960 30327-30337 GO:0010467 denotes expression
T7961 30357-30372 UBERON:0004725 denotes piriform cortex
T7962 30382-30388 UBERON:0001851 denotes cortex
T7963 30390-30398 UBERON:0001876 denotes amygdala
T7964 30404-30412 UBERON:0002435 denotes striatum
T7965 30522-30528 PR:000008234 denotes GluR-B
T7966 30529-30539 GO:0010467 denotes expression
T7967 30564-30570 PR:000008234 denotes GluR-B
T7968 30577-30581 NCBITaxon:10088 denotes mice
T7969 31686-31695 GO:0007608 denotes Olfactory
T7970 31696-31702 GO:0007613 denotes memory
T7971 31720-31726 PR:000008234 denotes GluR-B
T7972 31744-31750 PR:000008234 denotes GluR-B
T7973 31758-31764 PR:000008234 denotes GluR-B
T7974 31769-31773 NCBITaxon:10088 denotes mice
T7975 31867-31873 GO:0007613 denotes Memory
T7976 31912-31918 PR:000008234 denotes GluR-B
T7977 31944-31950 PR:000008234 denotes GluR-B
T7978 31972-31976 NCBITaxon:10088 denotes mice
T7979 32056-32065 GO:0007608 denotes olfactory
T7980 32066-32072 GO:0007613 denotes memory
T7981 32076-32082 PR:000008234 denotes GluR-B
T7982 32089-32093 NCBITaxon:10088 denotes mice
T7983 32136-32142 PR:000008234 denotes GluR-B
T7984 32182-32188 PR:000008234 denotes GluR-B
T7985 32192-32196 NCBITaxon:10088 denotes mice
T7986 32208-32214 GO:0007613 denotes memory
T7987 32304-32310 GO:0007613 denotes memory
T7988 32330-32336 GO:0007613 denotes memory
T7989 32528-32534 PR:000008234 denotes GluR-B
T7990 32541-32545 NCBITaxon:10088 denotes mice
T7991 32567-32573 GO:0007613 denotes memory
T7992 32601-32607 PR:000008234 denotes GluR-B
T7993 32653-32659 GO:0007613 denotes memory
T7994 32685-32691 GO:0007613 denotes memory
T7995 32773-32779 PR:000008234 denotes GluR-B
T7996 32794-32800 GO:0007613 denotes memory
T7997 32876-32882 GO:0007613 denotes memory
T7998 32922-32928 PR:000008234 denotes GluR-B
T7999 32929-32939 GO:0010467 denotes expression
T8000 32959-32974 UBERON:0004725 denotes piriform cortex
T8001 32997-33003 GO:0007613 denotes memory
T8002 33122-33132 GO:0010467 denotes expression
T8003 33148-33154 GO:0007613 denotes memory
T8004 33189-33198 GO:0007608 denotes olfactory
T8005 33199-33205 GO:0007613 denotes memory
T8006 33223-33229 PR:000008234 denotes GluR-B
T8007 33233-33240 NCBITaxon:33208 denotes animals
T8008 33242-33251 GO:0007608 denotes olfactory
T8009 33252-33258 GO:0007613 denotes memory
T8010 33280-33286 PR:000008234 denotes GluR-B
T8011 33287-33297 GO:0010467 denotes expression
T8012 33301-33307 UBERON:0001851 denotes cortex
T8013 33352-33358 UBERON:0001851 denotes cortex
T8014 33401-33407 GO:0007613 denotes memory
T8015 33468-33474 PR:000008234 denotes GluR-B
T8016 33484-33497 UBERON:0002616 denotes brain regions
T8017 33514-33520 PR:000008234 denotes GluR-B
T8018 33527-33534 NCBITaxon:33208 denotes animals
T8019 33577-33586 GO:0007608 denotes olfactory
T8020 33587-33593 GO:0007613 denotes memory
T8021 33712-33723 UBERON:0002616 denotes brain areas
T8022 33752-33762 GO:0010467 denotes expression
T8023 33941-33947 PR:000008234 denotes GluR-B
T8024 33951-33955 NCBITaxon:10088 denotes mice
T8025 34054-34060 PR:000008234 denotes GluR-B
T8026 34237-34241 CHEBI:29108 denotes Ca2+
T8027 34266-34275 GO:0007608 denotes olfactory
T8028 34266-34280 UBERON:0002264 denotes olfactory bulb
T8029 34299-34305 PR:000008234 denotes GluR-B
T8030 34306-34316 GO:0010467 denotes expression
T8031 34320-34335 UBERON:0004725 denotes piriform cortex
T8032 35600-35606 PR:000008234 denotes GluR-B
T8033 35607-35617 GO:0010467 denotes expression
T8034 35639-35654 UBERON:0004725 denotes piriform cortex
T8035 35678-35684 PR:000008234 denotes GluR-B
T8036 35723-35729 GO:0007613 denotes memory
T8037 35758-35767 _FRAGMENT denotes olfactory
T8038 35787-35795 GO:0008355 denotes learning
T8635 35874-35883 _FRAGMENT denotes olfactory
T8636 35900-35908 GO:0008355 denotes learning
T8637 35914-35920 GO:0007613 denotes memory
T8638 35934-35938 SO:0000704 denotes gene
T8639 35963-35967 NCBITaxon:10088 denotes mice
T8640 35989-35999 GO:0010467 denotes expression
T8641 36032-36038 PR:000008234 denotes GluR-B
T8642 36062-36066 CHEBI:34018 denotes AMPA
T8643 36079-36086 PR:000003199 denotes αCaMKII
T8644 36087-36097 GO:0010467 denotes expressing
T8645 36098-36108 _FRAGMENT denotes neurons of
T8646 36115-36124 CL:0012001 denotes forebrain
T8647 36109-36114 NCBITaxon:10088 denotes mouse
T8648 36115-36124 UBERON:0001890 denotes forebrain
T8649 36136-36145 GO:0007608 denotes olfactory
T8650 36136-36150 UBERON:0002264 denotes olfactory bulb
T8651 36136-36157 _FRAGMENT denotes olfactory bulb mitral
T8652 36170-36175 CL:1001502 denotes cells
T8653 36162-36175 CL:0000120 denotes granule cells
T8654 36186-36195 _FRAGMENT denotes olfactory
T8655 36215-36223 GO:0008355 denotes learning
T8656 36236-36245 GO:0007608 denotes olfactory
T8657 36246-36252 GO:0007613 denotes memory
T8658 36270-36279 GO:0007608 denotes olfactory
T8659 36318-36338 GO:0035106 denotes operant conditioning
T8660 36451-36455 NCBITaxon:10088 denotes mice
T8661 36482-36491 GO:0007608 denotes olfactory
T8662 36492-36498 GO:0007613 denotes memory
T8663 36620-36630 GO:0010467 denotes expression
T8664 36687-36699 SO:0000359 denotes loxP-flanked
T8665 36712-36716 SO:0000704 denotes gene
T8666 36726-36733 SO:0001023 denotes alleles
T8667 36765-36771 PR:000008234 denotes GluR-B
T8668 36830-36836 PR:000008234 denotes GluR-B
T8669 36860-36864 CHEBI:29108 denotes Ca2+
T8670 36903-36909 GO:0007613 denotes memory
T8671 36911-36920 _FRAGMENT denotes olfactory
T8672 36940-36948 GO:0008355 denotes learning
T8673 37021-37031 GO:0010467 denotes expression
T8674 37096-37105 SO:0000902 denotes transgene
T8675 37132-37138 PR:000008234 denotes GluR-B
T8676 37156-37171 UBERON:0004725 denotes piriform cortex
T8677 37222-37228 PR:000008234 denotes GluR-B
T8678 37260-37266 GO:0007613 denotes memory
T8679 37308-37317 GO:0007608 denotes olfactory
T8680 37366-37375 GO:0007608 denotes olfactory
T8681 37436-37440 CHEBI:29108 denotes Ca2+
T8682 37465-37474 GO:0007608 denotes olfactory
T8683 37465-37479 UBERON:0002264 denotes olfactory bulb
T8684 37489-37498 GO:0007608 denotes olfactory
T8685 37499-37505 GO:0007613 denotes memory
T8686 37528-37539 SO:0000704 denotes genetically
T8687 37548-37554 PR:000008234 denotes GluR-B
T8688 37574-37579 UBERON:0000955 denotes brain
T8689 37605-37620 UBERON:0004725 denotes piriform cortex
T9222 37623-37632 GO:0007608 denotes Olfactory
T9223 37664-37668 NCBITaxon:10088 denotes Mice
T9224 37674-37683 UBERON:0001890 denotes Forebrain
T9225 37693-37699 PR:000008234 denotes GluR-B
T9226 37712-37718 PR:000008234 denotes GluR-B
T9227 37722-37732 GO:0010467 denotes Expression
T9228 37738-37747 UBERON:0001890 denotes forebrain
T9229 37757-37763 PR:000008234 denotes GluR-B
T9230 37767-37777 GO:0010467 denotes expression
T9231 37782-37788 PR:000008234 denotes GluR-B
T9232 37816-37834 GO:0008355 denotes olfactory learning
T9233 37899-37905 PR:000008234 denotes GluR-B
T9234 37909-37919 GO:0010467 denotes expressing
T9235 37920-37924 NCBITaxon:10088 denotes mice
T9236 38004-38010 PR:000008234 denotes GluR-B
T9237 38032-38041 UBERON:0001890 denotes forebrain
T9238 38280-38288 CHEBI:60004 denotes mixtures
T9239 38349-38358 GO:0007608 denotes olfactory
T9240 38388-38397 UBERON:0001890 denotes forebrain
T9241 38407-38413 PR:000008234 denotes GluR-B
T9242 38423-38427 NCBITaxon:10088 denotes mice
T9243 38456-38464 CHEBI:60004 denotes mixtures
T9244 38607-38615 GO:0007612 denotes learning
T9245 38723-38732 GO:0007608 denotes olfactory
T9246 38787-38795 GO:0007612 denotes learning
T9247 38846-38852 GO:0007613 denotes memory
T9248 38882-38892 GO:0010467 denotes expression
T9249 38931-38948 GO:0007608 denotes olfactory sensory
T9250 38931-38956 CL:0000207 denotes olfactory sensory neurons
T9251 39018-39027 GO:0007608 denotes olfactory
T9252 39018-39038 UBERON:0001997 denotes olfactory epithelial
T9253 39069-39076 SO:0000704 denotes genetic
T9254 39095-39112 UBERON:0002255 denotes vomeronasal organ
T9255 39134-39144 GO:0010467 denotes expression
T9256 39224-39233 GO:0007608 denotes olfactory
T9257 39370-39379 GO:0007608 denotes olfactory
T9258 39617-39623 PR:000008234 denotes GluR-B
T9259 39691-39699 GO:0007612 denotes learning
T9260 39809-39817 UBERON:0024914 denotes circuits
T10292 39884-39888 _FRAGMENT denotes Odor
T10293 39908-39916 GO:0008355 denotes Learning
T10294 39963-39989 CL:0012001 denotes neurons of forebrain areas
T10295 39974-39983 UBERON:0001890 denotes forebrain
T10296 40004-40013 GO:0007608 denotes olfactory
T10297 40004-40018 UBERON:0002264 denotes olfactory bulb
T10298 40020-40029 GO:0007608 denotes olfactory
T10299 40020-40036 UBERON:0002894 denotes olfactory cortex
T10300 40048-40056 UBERON:0001851 denotes cortical
T10301 40100-40104 _FRAGMENT denotes odor
T10302 40124-40132 GO:0008355 denotes learning
T10303 40160-40170 GO:0010467 denotes expression
T10304 40177-40183 PR:000008234 denotes GluR-B
T10305 40187-40193 PR:000008234 denotes GluR-B
T10306 40197-40201 NCBITaxon:10088 denotes mice
T10307 40203-40210 SO:0000704 denotes genetic
T10308 40238-40253 UBERON:0004725 denotes piriform cortex
T10309 40289-40299 GO:0010467 denotes expression
T10310 40307-40316 GO:0007608 denotes olfactory
T10311 40307-40321 UBERON:0002264 denotes olfactory bulb
T10312 40365-40373 GO:0007612 denotes learning
T10313 40434-40443 GO:0007608 denotes olfactory
T10314 40434-40448 UBERON:0002264 denotes olfactory bulb
T10315 40452-40461 _FRAGMENT denotes olfactory
T10316 40481-40489 GO:0008355 denotes learning
T10317 40584-40592 GO:0007612 denotes learning
T10318 40616-40622 GO:0007613 denotes memory
T10319 40683-40687 NCBITaxon:10088 denotes mice
T10320 40693-40708 UBERON:0004725 denotes piriform cortex
T10321 40718-40724 PR:000008234 denotes GluR-B
T10322 40777-40781 CHEBI:29108 denotes Ca2+
T10323 40797-40808 SO:0000704 denotes genetically
T10324 40818-40822 CHEBI:34018 denotes AMPA
T10325 40858-40862 NCBITaxon:10088 denotes mice
T10326 40863-40873 GO:0010467 denotes expressing
T10327 40892-40898 PR:000008234 denotes GluR-B
T10328 40918-40931 GO:0008355 denotes odor learning
T10329 40977-40981 NCBITaxon:10088 denotes mice
T10330 40996-41002 PR:000008234 denotes GluR-B
T10331 41012-41017 NCBITaxon:10088 denotes mouse
T10332 41025-41029 CHEBI:29108 denotes Ca2+
T10333 41045-41049 CHEBI:34018 denotes AMPA
T10334 41111-41115 CHEBI:34018 denotes AMPA
T10335 41167-41171 NCBITaxon:10088 denotes mice
T10336 41176-41186 GO:0010467 denotes expressing
T10337 41187-41193 PR:000008234 denotes GluR-B
T10338 41222-41230 GO:0045202 denotes synaptic
T10339 41231-41235 CHEBI:34018 denotes AMPA
T10340 41294-41298 NCBITaxon:10088 denotes mice
T10341 41299-41309 GO:0010467 denotes expressing
T10342 41331-41337 PR:000008234 denotes GluR-B
T10343 41440-41455 _FRAGMENT denotes transmission in
T10344 41472-41480 GO:0007268 denotes synapses
T10345 41472-41480 GO:0045202 denotes synapses
T10346 41593-41601 GO:0045202 denotes synaptic
T10347 41628-41634 PR:000008234 denotes GluR-B
T10348 41638-41648 GO:0010467 denotes expression
T10349 41702-41707 NCBITaxon:10088 denotes mouse
T10350 41749-41757 GO:0007612 denotes learning
T10351 41796-41802 PR:000008234 denotes GluR-B
T10352 41863-41871 GO:0045202 denotes synapses
T10353 41925-41929 CHEBI:29108 denotes Ca2+
T10354 41983-41987 CHEBI:48828 denotes Co2+
T10355 42004-42009 UBERON:0000955 denotes brain
T10356 42048-42052 CHEBI:48828 denotes Co2+
T10357 42064-42068 CHEBI:29108 denotes Ca2+
T10358 42089-42110 UBERON:0002313 denotes hippocampal pyramidal
T10359 42089-42118 CL:1001571 denotes hippocampal pyramidal neurons
T10360 42122-42126 NCBITaxon:10088 denotes mice
T10361 42127-42137 GO:0010467 denotes expressing
T10362 42138-42144 PR:000008234 denotes GluR-B
T10363 42168-42174 PR:000008234 denotes GluR-B
T10364 42223-42229 PR:000008234 denotes GluR-B
T10365 42297-42304 GO:0045202 denotes synapse
T10366 42313-42319 _FRAGMENT denotes mitral
T10367 42332-42337 CL:1001502 denotes cells
T10368 42324-42337 CL:0000120 denotes granule cells
T10369 42345-42354 GO:0007608 denotes olfactory
T10370 42345-42359 UBERON:0002264 denotes olfactory bulb
T10371 42372-42376 CHEBI:29108 denotes Ca2+
T10372 42510-42516 PR:000008234 denotes GluR-B
T10373 42537-42543 PR:000008234 denotes GluR-B
T10374 42554-42563 GO:0007608 denotes olfactory
T10375 42554-42568 UBERON:0002264 denotes olfactory bulb
T10376 42636-42643 CL:0000540 denotes neurons
T10377 42685-42694 GO:0007608 denotes olfactory
T10378 42778-42784 PR:000008234 denotes GluR-B
T10379 42826-42832 PR:000008234 denotes GluR-B
T10380 42838-42842 NCBITaxon:10088 denotes mice
T10381 42934-42940 PR:000008234 denotes GluR-B
T10382 42975-42979 CHEBI:29108 denotes Ca2+
T10383 43024-43030 PR:000008234 denotes GluR-B
T10384 43034-43040 SO:0001023 denotes allele
T10385 43067-43073 PR:000008234 denotes GluR-B
T10386 43104-43108 NCBITaxon:10088 denotes mice
T10387 43139-43145 PR:000008234 denotes GluR-B
T10388 43147-43153 SO:0001023 denotes allele
T10389 43186-43195 GO:0007608 denotes olfactory
T10390 43186-43200 UBERON:0002264 denotes olfactory bulb
T10391 43421-43432 _FRAGMENT denotes learning of
T10392 43441-43449 GO:0008355 denotes odorants
T10393 43591-43597 PR:000008234 denotes GluR-B
T10394 43601-43611 GO:0010467 denotes expression
T10395 43617-43623 PR:000008234 denotes GluR-B
T10396 43651-43655 NCBITaxon:10088 denotes mice
T10397 43913-43917 _FRAGMENT denotes pre-
T10398 43926-43934 GO:0098793 denotes synaptic
T10399 43922-43934 GO:0098794 denotes postsynaptic
T10400 43935-43948 GO:0005622 denotes intracellular
T11349 43964-43973 GO:0007608 denotes Olfactory
T11350 43974-43980 GO:0007613 denotes Memory
T11351 43995-44001 PR:000008234 denotes GluR-B
T11352 44011-44015 NCBITaxon:10088 denotes Mice
T11353 44032-44038 PR:000008234 denotes GluR-B
T11354 44039-44049 GO:0010467 denotes Expression
T11355 44053-44068 UBERON:0004725 denotes Piriform Cortex
T11356 44095-44104 GO:0007608 denotes olfactory
T11357 44105-44111 GO:0007613 denotes memory
T11358 44115-44121 PR:000008234 denotes GluR-B
T11359 44125-44129 NCBITaxon:10088 denotes mice
T11360 44150-44154 NCBITaxon:10088 denotes mice
T11361 44302-44311 _FRAGMENT denotes long-term
T11362 44322-44328 GO:0007616 denotes memory
T11363 44312-44321 GO:0007608 denotes olfactory
T11364 44371-44377 PR:000008234 denotes GluR-B
T11365 44385-44389 NCBITaxon:10088 denotes mice
T11366 44391-44397 GO:0007613 denotes Memory
T11367 44401-44407 PR:000008234 denotes GluR-B
T11368 44411-44415 NCBITaxon:10088 denotes mice
T11369 44541-44547 GO:0007613 denotes memory
T11370 44649-44658 GO:0007608 denotes olfactory
T11371 44659-44665 GO:0007613 denotes memory
T11372 44832-44838 GO:0007613 denotes memory
T11373 44929-44937 GO:0007612 denotes learning
T11374 45015-45021 GO:0007613 denotes memory
T11375 45046-45052 GO:0007613 denotes memory
T11376 45127-45133 GO:0007613 denotes memory
T11377 45199-45205 GO:0007613 denotes memory
T11378 45224-45228 NCBITaxon:10088 denotes mice
T11379 45234-45240 PR:000008234 denotes GluR-B
T11380 45320-45329 UBERON:0001890 denotes forebrain
T11381 45351-45357 PR:000008234 denotes GluR-B
T11382 45388-45397 _FRAGMENT denotes long-term
T11383 45408-45414 GO:0007616 denotes memory
T11384 45398-45407 GO:0007608 denotes olfactory
T11385 45450-45454 _FRAGMENT denotes odor
T11386 45474-45482 GO:0008355 denotes learning
T11387 45528-45536 GO:0007612 denotes learning
T11388 45542-45548 GO:0007613 denotes memory
T11389 45650-45660 GO:0010467 denotes expression
T11390 45671-45675 NCBITaxon:10088 denotes mice
T11391 45697-45703 PR:000008234 denotes GluR-B
T11392 45737-45742 NCBITaxon:10088 denotes mouse
T11393 45827-45840 GO:0008355 denotes odor learning
T11394 45862-45871 GO:0007608 denotes olfactory
T11395 45872-45878 GO:0007613 denotes memory
T11396 45932-45938 PR:000008234 denotes GluR-B
T11397 45965-45973 UBERON:0001851 denotes cortical
T11398 45985-45994 GO:0007608 denotes olfactory
T11399 45995-46001 GO:0007613 denotes memory
T11400 46012-46023 _FRAGMENT denotes hippocampal
T11401 46040-46047 CL:0002608 denotes neurons
T11402 46031-46039 UBERON:0001851 denotes cortical
T11403 46031-46047 CL:0010012 denotes cortical neurons
T11404 46079-46091 GO:0007613 denotes memorization
T11405 46141-46149 GO:0007612 denotes learning
T11406 46195-46201 PR:000008234 denotes GluR-B
T11407 46241-46247 PR:000008234 denotes GluR-B
T11408 46440-46448 GO:0007612 denotes learning
T11409 46453-46459 GO:0007613 denotes memory
T11410 46517-46525 UBERON:0001851 denotes cortical
T11411 46550-46559 GO:0007608 denotes olfactory
T11412 46560-46566 GO:0007613 denotes memory
T11413 46577-46583 PR:000008234 denotes GluR-B
T11414 46598-46607 GO:0007608 denotes olfactory
T11415 46598-46612 UBERON:0002264 denotes olfactory bulb
T11416 46646-46652 GO:0007613 denotes memory
T11417 46677-46687 GO:0010467 denotes expression
T11418 46694-46700 PR:000008234 denotes GluR-B
T11419 46704-46719 UBERON:0004725 denotes piriform cortex
T11420 46751-46757 GO:0007613 denotes memory
T11421 46860-46866 PR:000008234 denotes GluR-B
T11422 47037-47046 GO:0007608 denotes olfactory
T11423 47047-47053 GO:0007613 denotes memory
T11424 47124-47133 GO:0050890 denotes cognitive
T11425 47197-47218 UBERON:0002421 denotes hippocampal formation
T11426 47222-47226 NCBITaxon:10114 denotes rats
T11427 47249-47258 _FRAGMENT denotes long-term
T11428 47269-47275 GO:0007616 denotes memory
T11429 47259-47268 GO:0007608 denotes olfactory
T11430 47299-47308 GO:0007608 denotes olfactory
T11431 47375-47390 UBERON:0004725 denotes piriform cortex
T11432 47444-47453 GO:0007608 denotes olfactory
T11433 47454-47460 GO:0007613 denotes memory
T11434 47518-47533 UBERON:0004725 denotes piriform cortex
T11435 47554-47560 GO:0007613 denotes memory
T11436 47580-47588 GO:0007612 denotes learning
T11437 47611-47626 UBERON:0004725 denotes piriform cortex
T12052 47672-47681 GO:0007608 denotes Olfactory
T12053 47682-47688 GO:0007613 denotes Memory
T12054 47740-47756 GO:0007616 denotes long-term memory
T12055 47790-47796 PR:000008234 denotes GluR-B
T12056 47829-47835 PR:000008234 denotes GluR-B
T12057 47900-47917 UBERON:0003876 denotes hippocampal field
T12058 47967-47975 UBERON:0001876 denotes amygdala
T12059 47993-47999 PR:000008234 denotes GluR-B
T12060 48159-48163 CHEBI:29108 denotes Ca2+
T12061 48179-48185 PR:000008234 denotes GluR-B
T12062 48191-48195 CHEBI:34018 denotes AMPA
T12063 48293-48297 _FRAGMENT denotes pre-
T12064 48306-48314 GO:0098793 denotes synaptic
T12065 48302-48314 GO:0098794 denotes postsynaptic
T12066 48356-48362 GO:0007613 denotes memory
T12067 48462-48474 GO:0007613 denotes memorization
T12068 48493-48499 PR:000008234 denotes GluR-B
T12069 48503-48507 NCBITaxon:10088 denotes mice
T12070 48640-48648 GO:0045202 denotes synapses
T12071 48682-48695 UBERON:0014548 denotes CA1 pyramidal
T12072 48686-48701 CL:0000598 denotes pyramidal cells
T12073 48807-48818 UBERON:0002616 denotes brain areas
T12074 48872-48881 GO:0007608 denotes olfactory
T12075 48903-48918 UBERON:0004725 denotes piriform cortex
T12076 48922-48931 GO:0007608 denotes olfactory
T12077 48922-48936 UBERON:0002264 denotes olfactory bulb
T12078 48984-48992 GO:0045202 denotes synapses
T12079 49018-49027 GO:0065007 denotes regulated
T12080 49045-49060 UBERON:0003883 denotes hippocampal CA3
T12081 49045-49056 _FRAGMENT denotes hippocampal
T12082 49061-49064 UBERON:0003881 denotes CA1
T12083 49065-49073 GO:0045202 denotes synapses
T12084 49105-49109 CHEBI:29108 denotes Ca2+
T12085 49134-49138 CHEBI:29108 denotes Ca2+
T12086 49134-49148 GO:0019722 denotes Ca2+ signaling
T12087 49153-49157 CHEBI:34018 denotes AMPA
T12088 49226-49232 GO:0007613 denotes memory
T12089 49289-49293 CHEBI:29108 denotes Ca2+
T12090 49342-49351 GO:0007608 denotes olfactory
T12091 49352-49358 GO:0007613 denotes memory
T12092 49413-49419 PR:000008234 denotes GluR-B
T12093 49447-49457 UBERON:0002037 denotes cerebellar
T12094 49520-49526 PR:000008234 denotes GluR-B
T12095 49637-49644 SO:0000704 denotes genetic
T12096 49743-49749 PR:000008234 denotes GluR-B
T12097 49764-49770 PR:000008234 denotes GluR-B
T12098 49774-49784 GO:0010467 denotes expression
T12099 49788-49803 UBERON:0004725 denotes piriform cortex
T12726 49870-49874 SO:0000704 denotes Gene
T12727 49870-49885 GO:0010467 denotes Gene Expression
T12728 49965-49973 GO:0007612 denotes learning
T12729 49994-50000 GO:0007613 denotes memory
T12730 50063-50069 GO:0007613 denotes memory
T12731 50077-50083 PR:000008234 denotes GluR-B
T12732 50093-50100 NCBITaxon:33208 denotes animals
T12733 50155-50165 GO:0010467 denotes expression
T12734 50219-50225 PR:000008234 denotes GluR-B
T12735 50282-50288 GO:0007613 denotes memory
T12736 50365-50388 SO:0000771 denotes quantitative trait loci
T12737 50558-50565 SO:0000704 denotes genetic
T12738 50728-50733 SO:0000704 denotes genic
T12739 50775-50782 NCBITaxon:9989 denotes rodents
T12740 50796-50807 NCBITaxon:1 denotes individuals
T12741 50925-50930 SO:0000704 denotes genes
T12742 50981-50986 SO:0000704 denotes genes
T12743 51121-51144 SO:0000771 denotes quantitative trait loci
T12744 51183-51188 SO:0000704 denotes genic
T12745 51271-51276 SO:0000704 denotes genes
T12746 51381-51391 GO:0010467 denotes expression
T12747 51477-51484 SO:0000704 denotes genetic
T12748 51744-51755 SO:0000704 denotes genetically
T12749 51917-51923 PR:000008234 denotes GluR-B
T12750 51951-51955 CHEBI:29108 denotes Ca2+
T12751 51977-51986 _FRAGMENT denotes olfactory
T12752 52002-52010 GO:0008355 denotes learning
T12753 52016-52022 GO:0007613 denotes memory
T12754 52043-52052 GO:0007608 denotes olfactory
T12755 52043-52057 UBERON:0002264 denotes olfactory bulb
T12756 52062-52077 UBERON:0004725 denotes piriform cortex
T12757 52169-52175 PR:000008234 denotes GluR-B
T12758 52232-52238 GO:0007613 denotes memory
T12759 52270-52278 GO:0007612 denotes learning
T12760 52323-52329 PR:000008234 denotes GluR-B
T12761 52337-52341 NCBITaxon:10088 denotes mice
T12762 52347-52362 UBERON:0004725 denotes piriform cortex
T12763 52383-52393 GO:0010467 denotes expression
T12764 52397-52403 PR:000008234 denotes GluR-B
T12765 52501-52508 SO:0000704 denotes genetic
T12766 52598-52616 UBERON:0024914 denotes neural circuitries
T12767 52672-52681 GO:0007608 denotes olfactory
T12768 52692-52699 UBERON:0000467 denotes systems
T13232 52725-52730 NCBITaxon:10088 denotes Mouse
T13233 52787-52793 PR:000008234 denotes GluR-B
T13234 52802-52806 NCBITaxon:10088 denotes mice
T13235 52838-52845 SO:0000704 denotes genetic
T13236 52908-52914 PR:000008234 denotes GluR-B
T13237 52925-52929 NCBITaxon:10088 denotes mice
T13238 52931-52937 PR:000008234 denotes GluR-B
T13239 52943-52947 NCBITaxon:10088 denotes mice
T13240 52966-52972 PR:000008234 denotes GluR-B
T13241 52973-52979 SO:0001023 denotes allele
T13242 52986-52990 SO:0000704 denotes gene
T13243 53000-53006 PR:000008234 denotes GluR-B
T13244 53007-53013 SO:0001023 denotes allele
T13245 53027-53033 SO:0000188 denotes intron
T13246 53100-53104 SO:0000704 denotes gene
T13247 53105-53112 SO:0000357 denotes flanked
T13248 53116-53126 SO:0000346 denotes loxP sites
T13249 53129-53135 SO:0000359 denotes floxed
T13250 53139-53145 PR:000008234 denotes GluR-B
T13251 53150-53154 NCBITaxon:10088 denotes mice
T13252 53166-53170 SO:0000704 denotes gene
T13253 53180-53186 PR:000008234 denotes GluR-B
T13254 53187-53194 SO:0001023 denotes alleles
T13255 53204-53208 SO:0000147 denotes exon
T13256 53215-53221 SO:0000359 denotes floxed
T13257 53223-53229 PR:000008234 denotes GluR-B
T13258 53234-53238 NCBITaxon:10088 denotes mice
T13259 53255-53262 SO:0000704 denotes genetic
T13260 53304-53310 PR:000008234 denotes GluR-B
T13261 53315-53319 NCBITaxon:10088 denotes mice
T13262 53333-53337 NCBITaxon:10088 denotes mice
T13263 53382-53386 NCBITaxon:10088 denotes mice
T13264 53482-53492 GO:0045120 denotes pronucleus
T13265 53525-53534 UBERON:0001890 denotes forebrain
T13266 53535-53545 GO:0010467 denotes expression
T13267 53562-53572 GO:0010467 denotes expression
T13268 53579-53585 PR:000008234 denotes GluR-B
T13269 53591-53596 NCBITaxon:10088 denotes mouse
T13270 53644-53651 SO:0000155 denotes plasmid
T13271 53662-53668 PR:000008234 denotes GluR-B
T13272 53691-53701 GO:0045120 denotes pronucleus
T13273 53705-53712 CL:0000023 denotes oocytes
T13274 53822-53829 SO:0000155 denotes Plasmid
T13275 53840-53846 PR:000008234 denotes GluR-B
T13276 53878-53884 PR:000008233 denotes GluR-A
T13277 53903-53909 PR:000008233 denotes GluR-A
T13278 53924-53927 NCBITaxon:10114 denotes rat
T13279 53937-53943 PR:000008234 denotes GluR-B
T13280 53959-53965 PR:000008234 denotes GluR-B
T13281 54020-54024 NCBITaxon:10088 denotes mice
T13282 54041-54050 SO:0000902 denotes transgene
T13283 54055-54064 UBERON:0001890 denotes forebrain
T13284 54090-54100 GO:0010467 denotes expression
T13494 54128-54132 NCBITaxon:10088 denotes Mice
T13495 54189-54197 SO:0005853 denotes cassette
T13496 54205-54211 PR:000008234 denotes GluR-B
T13497 54212-54218 SO:0001023 denotes allele
T13498 54220-54226 PR:000008234 denotes GluR-B
T13499 54257-54263 SO:0000359 denotes floxed
T13500 54264-54270 PR:000008234 denotes GluR-B
T13501 54272-54278 PR:000008234 denotes GluR-B
T13502 54326-54330 NCBITaxon:10088 denotes mice
T13503 54332-54338 PR:000008234 denotes GluR-B
T13504 54391-54397 _FRAGMENT denotes floxed
T13505 54405-54409 SO:0000363 denotes gene
T13506 54398-54404 PR:000008234 denotes GluR-B
T13507 54432-54435 CHEBI:27902 denotes tet
T13508 54456-54465 SO:0000902 denotes transgene
T13509 54490-54500 GO:0010467 denotes expressing
T13510 54511-54520 SO:0000902 denotes transgene
T13672 54600-54606 PR:000008234 denotes GluR-B
T13673 54610-54614 NCBITaxon:10088 denotes mice
T13674 54672-54678 PR:000008234 denotes GluR-B
T13675 54689-54695 PR:000008234 denotes GluR-B
T13676 54732-54736 NCBITaxon:10088 denotes mice
T13677 54816-54822 PR:000008234 denotes GluR-B
T13678 54909-54915 PR:000008234 denotes GluR-B
T13679 54926-54932 PR:000008234 denotes GluR-B
T13926 55003-55007 NCBITaxon:10088 denotes Mice
T13927 55032-55037 NCBITaxon:10088 denotes mouse
T13928 55038-55042 UBERON:0002415 denotes tail
T13929 55061-55068 SO:0000112 denotes primers
T13930 55272-55281 SO:0000028 denotes basepairs
T13931 55283-55285 SO:0000028 denotes bp
T13932 55288-55294 PR:000008234 denotes GluR-B
T13933 55440-55442 SO:0000028 denotes bp
T13934 55459-55461 SO:0000028 denotes bp
T13935 55570-55572 SO:0000028 denotes bp
T13936 55589-55591 SO:0000028 denotes bp
T13937 55698-55700 SO:0000028 denotes bp
T13938 55802-55804 SO:0000028 denotes bp
T14017 55830-55837 SO:0001026 denotes Genomic
T14018 55847-55852 NCBITaxon:10088 denotes mouse
T14019 55853-55857 UBERON:0002415 denotes tail
T14020 55858-55863 UBERON:0002107 denotes liver
T14021 55956-55958 SO:0000028 denotes bp
T14022 56005-56012 PR:000003199 denotes αCaMKII
T14023 56013-56021 SO:0000167 denotes promoter
T14215 56208-56214 PR:000008234 denotes GluR-B
T14216 56421-56431 GO:0042571 denotes antibodies
T14217 56437-56441 CHEBI:37926 denotes FITC
T14218 56442-56449 MOP:0000779 denotes coupled
T14219 56500-56507 MOP:0000779 denotes coupled
T14220 56573-56577 NCBITaxon:9925 denotes goat
T14221 56583-56589 NCBITaxon:9986 denotes rabbit
T14222 56590-56600 GO:0042571 denotes antibodies
T14223 56611-56620 GO:0007608 denotes olfactory
T14224 56611-56631 UBERON:0001997 denotes olfactory epithelium
T14225 56718-56726 GO:0042571 denotes antibody
T14226 56761-56766 CHEBI:75055 denotes X-gal
T14375 56830-56835 NCBITaxon:10088 denotes Mouse
T14376 56836-56842 UBERON:0000955 denotes brains
T14377 56878-56887 GO:0007608 denotes olfactory
T14378 56878-56892 UBERON:0002264 denotes olfactory bulb
T14379 56908-56917 UBERON:0001890 denotes forebrain
T14380 57017-57027 GO:0042571 denotes Antibodies
T14381 57046-57052 PR:000008234 denotes GluR-B
T14382 57084-57091 PR:000003676 denotes β-actin
T14383 57197-57201 NCBITaxon:9925 denotes goat
T14384 57207-57213 NCBITaxon:9986 denotes rabbit
T14385 57218-57222 NCBITaxon:9925 denotes goat
T14386 57228-57233 NCBITaxon:10088 denotes mouse
T14387 57234-57244 GO:0042571 denotes antibodies
T14536 57458-57462 NCBITaxon:10088 denotes mice
T14537 57638-57644 NCBITaxon:33208 denotes animal
T14538 57737-57744 NCBITaxon:33208 denotes animals
T14539 57763-57767 CHEBI:33290 denotes food
T14540 57777-57782 CHEBI:15377 denotes water
T14541 57849-57853 CHEBI:33290 denotes food
T14542 57878-57883 CHEBI:15377 denotes water
T14543 57928-57934 NCBITaxon:33208 denotes animal
T14544 57983-57989 NCBITaxon:33208 denotes animal
T14810 58050-58059 GO:0007608 denotes olfactory
T14811 58451-58458 NCBITaxon:33208 denotes animals
T14812 58568-58573 CHEBI:15377 denotes water
T14813 58652-58657 CHEBI:15377 denotes water
T14814 58691-58695 UBERON:0000033 denotes Head
T14815 58824-58839 CHEBI:29019 denotes pelargonic acid
T14816 58841-58853 CHEBI:17418 denotes valeric acid
T14817 58866-58874 CHEBI:60004 denotes mixtures
T14818 58878-58884 CHEBI:23243 denotes cineol
T14819 58889-58896 CHEBI:4917 denotes eugenol
T14820 58950-58957 CHEBI:46662 denotes mineral
T14821 59128-59135 CHEBI:46662 denotes mineral
T14955 59194-59205 GO:0046959 denotes habituation
T14956 59254-59259 CHEBI:15377 denotes water
T14957 59282-59289 NCBITaxon:33208 denotes animals
T14958 59318-59338 GO:0035106 denotes operant-conditioning
T14959 59401-59406 CHEBI:15377 denotes water
T14960 59487-59491 UBERON:0000033 denotes head
T14961 59633-59640 CHEBI:46662 denotes mineral
T14962 59650-59657 NCBITaxon:33208 denotes animals
T14963 59658-59665 GO:0007612 denotes learned
T15313 59757-59762 NCBITaxon:10088 denotes mouse
T15314 59963-59969 NCBITaxon:33208 denotes animal
T15315 60064-60070 NCBITaxon:33208 denotes animal
T15316 60222-60227 CHEBI:15377 denotes water
T15317 60280-60286 NCBITaxon:33208 denotes animal
T15318 60456-60462 NCBITaxon:33208 denotes animal
T15319 60501-60507 NCBITaxon:33208 denotes animal
T15320 60755-60762 NCBITaxon:33208 denotes animals
T15321 61208-61213 CHEBI:15377 denotes water
T15632 61444-61450 NCBITaxon:33208 denotes animal
T15633 61909-61915 NCBITaxon:33208 denotes animal
T15634 62006-62010 UBERON:0000033 denotes head
T15915 62898-62909 GO:0046959 denotes habituation
T15916 62911-62915 NCBITaxon:10088 denotes mice
T15917 63133-63139 GO:0007613 denotes memory
T15918 63204-63212 GO:0007612 denotes learning
T15919 63301-63309 GO:0007612 denotes learning
T15920 63369-63377 GO:0007612 denotes learning
T15921 63426-63433 NCBITaxon:33208 denotes animals
T15922 63524-63532 CHEBI:60004 denotes mixtures
T15923 63538-63545 CHEBI:4917 denotes eugenol
T15924 63551-63557 CHEBI:23243 denotes cineol
T15925 63567-63574 CHEBI:4917 denotes eugenol
T15926 63580-63586 CHEBI:23243 denotes cineol
T15927 63713-63720 NCBITaxon:33208 denotes animals
T15928 63789-63804 CHEBI:29019 denotes pelargonic acid
T15929 63812-63824 CHEBI:17418 denotes valeric acid
T15930 63947-63954 SO:0000704 denotes genetic
T15931 64115-64121 NCBITaxon:9606 denotes person
T15932 64135-64142 NCBITaxon:33208 denotes animals
T15933 64208-64212 NCBITaxon:10088 denotes mice
T16097 64215-64221 GO:0007613 denotes Memory
T16098 64244-64250 GO:0007613 denotes memory
T16099 64305-64320 CHEBI:29019 denotes pelargonic acid
T16100 64325-64337 CHEBI:17418 denotes valeric acid
T16101 64339-64345 GO:0007613 denotes memory
T16102 64508-64514 GO:0007613 denotes Memory
T16103 64833-64838 PR:000008234 denotes GluRB
T16104 64846-64850 NCBITaxon:10088 denotes mice
T16319 64919-64927 GO:0007612 denotes Learning
T16320 65077-65085 GO:0007612 denotes learning
T16321 65402-65408 GO:0007613 denotes memory
T16322 65428-65434 PR:000008234 denotes GluR-B
T16323 65453-65459 PR:000008234 denotes GluR-B
T16324 65472-65476 NCBITaxon:10088 denotes mice
T16325 65566-65573 NCBITaxon:33208 denotes animals
T16326 65614-65620 PR:000008234 denotes GluR-B
T16327 65624-65628 NCBITaxon:10088 denotes mice
T16328 65639-65645 GO:0007613 denotes memory
T16329 65709-65715 GO:0007613 denotes memory
T16330 65734-65740 PR:000008234 denotes GluR-B
T16331 65747-65753 GO:0007613 denotes memory
T4829 13690-13700 GO:0010467 denotes expression
R5718 T8672 T8671 _lexicallyChainedTo learning,olfactory
R6869 T10293 T10292 _lexicallyChainedTo Learning,Odor
R6870 T10302 T10301 _lexicallyChainedTo learning,odor
R6871 T10316 T10315 _lexicallyChainedTo learning,olfactory
R6872 T10344 T10343 _lexicallyChainedTo synapses,transmission in
R6873 T10367 T10366 _lexicallyChainedTo cells,mitral
R6874 T10392 T10391 _lexicallyChainedTo odorants,learning of
R6875 T10398 T10397 _lexicallyChainedTo synaptic,pre-
R7520 T11362 T11361 _lexicallyChainedTo memory,long-term
R7521 T11383 T11382 _lexicallyChainedTo memory,long-term
R7522 T11386 T11385 _lexicallyChainedTo learning,odor
R7523 T11401 T11400 _lexicallyChainedTo neurons,hippocampal
R7524 T11428 T11427 _lexicallyChainedTo memory,long-term
R7925 T12064 T12063 _lexicallyChainedTo synaptic,pre-
R7926 T12082 T12081 _lexicallyChainedTo CA1,hippocampal
R8397 T12752 T12751 _lexicallyChainedTo learning,olfactory
R8787 T13505 T13504 _lexicallyChainedTo gene,floxed
R1425 T1908 T1907 _lexicallyChainedTo memory,long-lasting
R1427 T1955 T1954 _lexicallyChainedTo D,GluR-
R2173 T3205 T3204 _lexicallyChainedTo gene,floxed
R3371 T4876 T4875 _lexicallyChainedTo learning,odor
R3372 T4881 T4880 _lexicallyChainedTo conditioning,associative
R3373 T4892 T4891 _lexicallyChainedTo acid,pelargonic
R3897 T5733 T5732 _lexicallyChainedTo acid,pelargonic
R5420 T8038 T8037 _lexicallyChainedTo learning,olfactory
R5714 T8636 T8635 _lexicallyChainedTo learning,olfactory
R5715 T8646 T8645 _lexicallyChainedTo forebrain,neurons of
R5716 T8652 T8651 _lexicallyChainedTo cells,olfactory bulb mitral
R5717 T8655 T8654 _lexicallyChainedTo learning,olfactory