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Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T7268 0-9 JJ denotes Olfactory
T7269 10-16 NN denotes memory
T7270 17-28 NNS denotes experiments
T7272 29-33 IN denotes with
T7273 34-38 NN denotes GluR
T7275 38-39 HYPH denotes -
T7274 39-46 NN denotes BRescue
T7276 47-49 , denotes ,
T7277 49-52 CC denotes and
T7278 53-57 CC denotes both
T7280 58-62 NN denotes GluR
T7281 62-63 HYPH denotes -
T7279 63-67 NN denotes BΔFB
T7283 68-71 CC denotes and
T7284 72-76 NN denotes GluR
T7286 76-77 HYPH denotes -
T7285 77-82 NN denotes B2lox
T7282 83-87 NNS denotes mice
T7287 88-90 IN denotes as
T7288 91-99 NNS denotes controls
T7289 99-101 , denotes ,
T7290 101-105 VBD denotes were
T7271 106-115 VBN denotes performed
T7291 116-118 IN denotes as
T7292 119-128 VBN denotes described
T7293 129-134 RB denotes above
T7294 135-136 -LRB- denotes (
T7295 136-145 VBN denotes indicated
T7296 146-150 IN denotes with
T7297 151-157 VBN denotes shaded
T7298 158-165 NNS denotes symbols
T7299 166-168 IN denotes in
T7300 169-175 NN denotes Figure
T7301 176-178 NN denotes 6A
T7302 178-179 -RRB- denotes )
T7303 179-180 . denotes .
T7304 180-356 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 181-187 NN denotes Memory
T7306 188-191 VBD denotes was
T7307 192-197 RB denotes again
T7308 198-204 RB denotes highly
T7309 205-217 JJ denotes reproducible
T7310 218-220 IN denotes in
T7311 221-225 CC denotes both
T7313 226-230 NN denotes GluR
T7314 230-231 HYPH denotes -
T7312 231-235 NN denotes BΔFB
T7316 236-237 -LRB- denotes (
T7318 237-239 CD denotes 66
T7320 240-241 SYM denotes ±
T7319 242-244 CD denotes 12
T7317 244-245 NN denotes %
T7321 245-246 : denotes ;
T7322 247-248 NN denotes n
T7324 249-250 SYM denotes =
T7323 251-252 CD denotes 4
T7325 252-253 -RRB- denotes )
T7326 254-257 CC denotes and
T7327 258-262 NN denotes GluR
T7329 262-263 HYPH denotes -
T7328 263-268 NN denotes B2lox
T7330 269-270 -LRB- denotes (
T7332 270-272 CD denotes 94
T7334 273-274 SYM denotes ±
T7333 275-276 CD denotes 2
T7331 276-277 NN denotes %
T7335 277-278 : denotes ;
T7336 279-280 NN denotes n
T7338 281-282 SYM denotes =
T7337 283-284 CD denotes 3
T7339 284-285 -RRB- denotes )
T7315 286-290 NNS denotes mice
T7340 290-292 , denotes ,
T7341 292-300 VBN denotes compared
T7342 301-305 IN denotes with
T7343 306-317 NNS denotes experiments
T7344 318-327 VBN denotes performed
T7345 328-335 RBR denotes earlier
T7346 336-337 -LRB- denotes (
T7348 337-344 NNS denotes Figures
T7347 345-347 NN denotes 2E
T7349 348-351 CC denotes and
T7350 352-354 NN denotes 4A
T7351 354-355 -RRB- denotes )
T7352 355-356 . denotes .
T7353 356-511 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 357-368 RB denotes Importantly
T7356 368-370 , denotes ,
T7357 370-379 JJ denotes olfactory
T7358 380-386 NN denotes memory
T7359 387-389 IN denotes in
T7360 390-394 NN denotes GluR
T7362 394-395 HYPH denotes -
T7361 395-402 NN denotes BRescue
T7363 403-407 NNS denotes mice
T7355 408-411 VBD denotes was
T7364 412-424 JJ denotes intermediate
T7365 425-426 -LRB- denotes (
T7367 426-428 CD denotes 75
T7369 429-430 SYM denotes ±
T7368 431-433 CD denotes 15
T7366 433-434 NN denotes %
T7370 434-436 , denotes ,
T7371 436-437 NN denotes n
T7373 438-439 SYM denotes =
T7372 440-441 CD denotes 8
T7374 441-442 -RRB- denotes )
T7375 442-444 , denotes ,
T7376 444-449 IN denotes below
T7377 450-454 NN denotes GluR
T7379 454-455 HYPH denotes -
T7378 455-460 NN denotes B2lox
T7381 461-468 NN denotes control
T7380 469-475 NNS denotes levels
T7382 475-477 , denotes ,
T7383 477-480 CC denotes but
T7384 481-487 JJR denotes better
T7385 488-492 IN denotes than
T7386 493-495 IN denotes in
T7387 496-500 NN denotes GluR
T7389 500-501 HYPH denotes -
T7388 501-505 NN denotes BΔFB
T7390 506-510 NNS denotes mice
T7391 510-511 . denotes .
T7392 511-708 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 512-521 VBG denotes Assessing
T7395 522-528 NN denotes memory
T7396 529-534 IN denotes under
T7397 535-545 NN denotes extinction
T7399 545-546 HYPH denotes -
T7398 546-550 JJ denotes free
T7400 551-560 NN denotes condition
T7401 560-562 , denotes ,
T7402 562-567 WRB denotes where
T7404 568-572 DT denotes each
T7405 573-578 NN denotes trial
T7406 579-582 VBD denotes was
T7403 583-591 VBN denotes rewarded
T7407 591-593 , denotes ,
T7394 593-602 VBN denotes confirmed
T7408 603-608 RB denotes again
T7409 609-613 IN denotes that
T7411 614-617 DT denotes the
T7413 618-624 NN denotes memory
T7412 625-632 NN denotes deficit
T7410 633-636 VBD denotes was
T7414 637-638 DT denotes a
T7416 639-643 JJ denotes true
T7417 644-650 NN denotes memory
T7415 651-658 NN denotes deficit
T7418 659-662 CC denotes and
T7419 663-666 RB denotes not
T7420 667-670 IN denotes due
T7421 671-673 IN denotes to
T7422 674-683 VBN denotes increased
T7423 684-694 NN denotes extinction
T7424 695-696 -LRB- denotes (
T7426 696-702 NN denotes Figure
T7425 703-706 NN denotes S3B
T7427 706-707 -RRB- denotes )
T7428 707-708 . denotes .
T7429 708-829 sentence denotes Data from the experiments described in Figures 2 and 4 were combined to allow statistical comparison (Figure 6A and 6B).
T7430 709-713 NNS denotes Data
T7432 714-718 IN denotes from
T7433 719-722 DT denotes the
T7434 723-734 NNS denotes experiments
T7435 735-744 VBN denotes described
T7436 745-747 IN denotes in
T7437 748-755 NNS denotes Figures
T7438 756-757 CD denotes 2
T7439 758-761 CC denotes and
T7440 762-763 CD denotes 4
T7441 764-768 VBD denotes were
T7431 769-777 VBN denotes combined
T7442 778-780 TO denotes to
T7443 781-786 VB denotes allow
T7444 787-798 JJ denotes statistical
T7445 799-809 NN denotes comparison
T7446 810-811 -LRB- denotes (
T7448 811-817 NN denotes Figure
T7447 818-820 NN denotes 6A
T7449 821-824 CC denotes and
T7450 825-827 NN denotes 6B
T7451 827-828 -RRB- denotes )
T7452 828-829 . denotes .
T7453 829-1289 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 830-832 IN denotes In
T7456 833-840 NN denotes summary
T7457 840-842 , denotes ,
T7458 842-846 NN denotes GluR
T7460 846-847 HYPH denotes -
T7459 847-854 NN denotes BRescue
T7461 855-859 NNS denotes mice
T7455 860-866 VBD denotes showed
T7462 867-871 DT denotes both
T7464 872-880 VBN denotes enhanced
T7465 881-887 NN denotes memory
T7463 888-900 NNS denotes performances
T7466 901-909 VBN denotes compared
T7467 910-914 IN denotes with
T7468 915-919 NN denotes GluR
T7470 919-920 HYPH denotes -
T7469 920-924 NN denotes BΔFB
T7471 925-926 -LRB- denotes (
T7473 926-933 JJ denotes overall
T7474 934-939 NN denotes ANOVA
T7475 939-941 : denotes :
T7476 941-942 NN denotes F
T7478 942-943 -LRB- denotes (
T7479 943-944 CD denotes 2
T7480 944-945 , denotes ,
T7481 945-947 CD denotes 41
T7482 947-948 -RRB- denotes )
T7483 949-950 SYM denotes =
T7477 951-955 CD denotes 13.6
T7484 955-957 , denotes ,
T7485 957-958 NN denotes p
T7487 959-960 SYM denotes <
T7488 961-963 CD denotes 10
T7489 963-964 SYM denotes −
T7486 964-965 CD denotes 4
T7490 965-966 : denotes ;
T7491 967-979 NN denotes memoryRescue
T7493 980-981 SYM denotes =
T7494 982-984 CD denotes 75
T7496 985-986 SYM denotes ±
T7495 987-989 CD denotes 15
T7492 989-990 NN denotes %
T7497 990-992 , denotes ,
T7498 992-993 NN denotes n
T7500 994-995 SYM denotes =
T7499 996-997 CD denotes 8
T7501 997-998 : denotes ;
T7502 999-1008 NN denotes memoryΔFB
T7504 1009-1010 SYM denotes =
T7505 1011-1013 CD denotes 66
T7507 1014-1015 SYM denotes ±
T7506 1016-1018 CD denotes 14
T7503 1018-1019 NN denotes %
T7508 1019-1021 , denotes ,
T7509 1021-1022 NN denotes n
T7511 1023-1024 SYM denotes =
T7510 1025-1027 CD denotes 22
T7512 1027-1028 : denotes ;
T7513 1029-1030 NN denotes p
T7515 1031-1032 SYM denotes <
T7514 1033-1037 CD denotes 0.05
T7516 1037-1038 : denotes ;
T7517 1039-1045 NN denotes Figure
T7472 1046-1048 NN denotes 6A
T7518 1048-1049 -RRB- denotes )
T7519 1049-1051 , denotes ,
T7520 1051-1054 CC denotes but
T7521 1055-1059 VBD denotes were
T7523 1060-1065 RB denotes still
T7522 1066-1074 VBN denotes impaired
T7524 1075-1083 RB denotes relative
T7525 1084-1086 IN denotes to
T7526 1087-1091 NN denotes GluR
T7528 1091-1092 HYPH denotes -
T7527 1092-1097 NN denotes B2lox
T7529 1098-1106 NNS denotes controls
T7530 1107-1108 -LRB- denotes (
T7532 1108-1118 NN denotes memory2lox
T7534 1119-1120 SYM denotes =
T7535 1121-1123 CD denotes 88
T7537 1124-1125 SYM denotes ±
T7536 1126-1127 CD denotes 8
T7533 1127-1128 NN denotes %
T7538 1128-1130 , denotes ,
T7539 1130-1131 NN denotes n
T7541 1132-1133 SYM denotes =
T7540 1134-1136 CD denotes 14
T7542 1136-1137 : denotes ;
T7543 1138-1139 NN denotes p
T7544 1140-1141 SYM denotes <
T7531 1142-1147 CD denotes 0.005
T7545 1147-1148 -RRB- denotes )
T7546 1148-1150 , denotes ,
T7547 1150-1160 JJ denotes consistent
T7548 1161-1165 IN denotes with
T7549 1166-1167 DT denotes a
T7551 1168-1175 JJ denotes partial
T7550 1176-1182 NN denotes rescue
T7552 1183-1185 IN denotes of
T7553 1186-1189 DT denotes the
T7555 1190-1196 NN denotes memory
T7554 1197-1204 NN denotes deficit
T7556 1205-1207 IN denotes by
T7557 1208-1221 VBN denotes circumscribed
T7559 1222-1232 JJ denotes transgenic
T7560 1233-1240 NN denotes GFPGluR
T7562 1240-1241 HYPH denotes -
T7561 1241-1242 NN denotes B
T7558 1243-1253 NN denotes expression
T7563 1254-1256 IN denotes in
T7564 1257-1268 NN denotes hippocampus
T7565 1269-1272 CC denotes and
T7566 1273-1281 JJ denotes piriform
T7567 1282-1288 NN denotes cortex
T7568 1288-1289 . denotes .
T7569 1289-1495 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 1290-1297 RB denotes Notably
T7572 1297-1299 , denotes ,
T7573 1299-1302 DT denotes the
T7575 1303-1310 JJ denotes partial
T7574 1311-1317 NN denotes memory
T7571 1318-1320 VBZ denotes is
T7576 1321-1323 IN denotes in
T7577 1324-1333 JJ denotes numerical
T7578 1334-1343 NN denotes agreement
T7579 1344-1348 IN denotes with
T7580 1349-1352 DT denotes the
T7581 1353-1364 NNS denotes predictions
T7582 1365-1369 IN denotes from
T7583 1370-1373 DT denotes the
T7585 1374-1381 NN denotes protein
T7584 1382-1393 NN denotes correlation
T7586 1394-1397 CC denotes and
T7587 1398-1401 DT denotes the
T7588 1402-1413 NN denotes measurement
T7589 1414-1416 IN denotes of
T7590 1417-1427 JJ denotes transgenic
T7592 1428-1435 NN denotes protein
T7591 1436-1446 NN denotes expression
T7593 1447-1448 -LRB- denotes (
T7594 1448-1451 VB denotes see
T7595 1452-1461 VBN denotes predicted
T7596 1462-1468 NN denotes memory
T7597 1468-1470 , denotes ,
T7598 1470-1474 JJ denotes blue
T7599 1475-1479 NN denotes line
T7600 1479-1481 , denotes ,
T7601 1481-1483 IN denotes in
T7602 1484-1490 NN denotes Figure
T7603 1491-1493 NN denotes 6B
T7604 1493-1494 -RRB- denotes )
T7605 1494-1495 . denotes .
T7606 1495-1762 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 1496-1498 IN denotes In
T7609 1499-1502 DT denotes the
T7611 1503-1512 JJ denotes olfactory
T7612 1513-1519 NN denotes memory
T7610 1520-1531 NNS denotes experiments
T7613 1532-1536 IN denotes with
T7614 1537-1541 NN denotes GluR
T7616 1541-1542 HYPH denotes -
T7615 1542-1546 NN denotes BΔFB
T7617 1547-1554 NNS denotes animals
T7618 1554-1556 , denotes ,
T7619 1556-1565 JJ denotes olfactory
T7620 1566-1572 NN denotes memory
T7621 1573-1581 RB denotes linearly
T7608 1582-1590 VBD denotes depended
T7622 1591-1593 IN denotes on
T7623 1594-1598 NN denotes GluR
T7625 1598-1599 HYPH denotes -
T7624 1599-1600 NN denotes B
T7626 1601-1611 NN denotes expression
T7627 1612-1614 IN denotes in
T7628 1615-1621 NN denotes cortex
T7629 1622-1625 CC denotes and
T7630 1626-1637 NN denotes hippocampus
T7631 1638-1642 IN denotes with
T7632 1643-1644 DT denotes a
T7633 1645-1650 NN denotes slope
T7634 1651-1653 IN denotes of
T7635 1654-1657 CD denotes 9.1
T7637 1658-1659 SYM denotes ±
T7636 1660-1663 CD denotes 2.5
T7638 1663-1664 NN denotes %
T7639 1665-1666 -LRB- denotes (
T7640 1666-1672 NN denotes cortex
T7641 1672-1673 -RRB- denotes )
T7642 1674-1677 CC denotes and
T7643 1678-1681 CD denotes 8.9
T7645 1682-1683 SYM denotes ±
T7644 1684-1687 CD denotes 2.0
T7646 1687-1688 NN denotes %
T7648 1689-1690 -LRB- denotes (
T7649 1690-1701 NN denotes hippocampus
T7650 1701-1702 -RRB- denotes )
T7647 1703-1711 NN denotes increase
T7651 1712-1714 IN denotes in
T7652 1715-1721 NN denotes memory
T7653 1722-1725 IN denotes per
T7654 1726-1728 CD denotes 10
T7655 1728-1729 NN denotes %
T7656 1730-1738 NN denotes increase
T7657 1739-1741 IN denotes in
T7658 1742-1749 NN denotes protein
T7659 1750-1751 -LRB- denotes (
T7661 1751-1757 NN denotes Figure
T7660 1758-1760 NN denotes 4D
T7662 1760-1761 -RRB- denotes )
T7663 1761-1762 . denotes .
T7664 1762-1993 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 1763-1764 DT denotes A
T7667 1765-1768 CD denotes 9.7
T7668 1768-1769 NN denotes %
T7666 1770-1778 NN denotes increase
T7670 1779-1781 IN denotes in
T7671 1782-1786 NN denotes GluR
T7673 1786-1787 HYPH denotes -
T7672 1787-1788 NN denotes B
T7674 1789-1791 IN denotes in
T7675 1792-1797 DT denotes these
T7677 1798-1803 NN denotes brain
T7676 1804-1811 NNS denotes regions
T7678 1811-1813 , denotes ,
T7679 1813-1815 IN denotes as
T7680 1816-1824 VBN denotes achieved
T7681 1825-1827 IN denotes by
T7682 1828-1832 NN denotes GluR
T7684 1832-1833 HYPH denotes -
T7683 1833-1840 NN denotes BRescue
T7685 1841-1848 NNS denotes animals
T7686 1849-1850 -LRB- denotes (
T7687 1850-1856 NN denotes Figure
T7688 1857-1858 CD denotes 5
T7689 1858-1859 -RRB- denotes )
T7690 1859-1861 , denotes ,
T7691 1861-1863 VBZ denotes is
T7692 1864-1868 RB denotes thus
T7669 1869-1878 VBN denotes predicted
T7693 1879-1881 TO denotes to
T7694 1882-1890 VB denotes increase
T7695 1891-1900 JJ denotes olfactory
T7696 1901-1907 NN denotes memory
T7697 1908-1910 IN denotes by
T7698 1911-1924 RB denotes approximately
T7699 1925-1926 CD denotes 9
T7700 1926-1927 NN denotes %
T7701 1928-1938 IN denotes throughout
T7702 1939-1942 DT denotes the
T7704 1943-1956 JJ denotes heterogeneous
T7703 1957-1967 NN denotes population
T7705 1968-1969 -LRB- denotes (
T7707 1969-1973 JJ denotes blue
T7706 1974-1978 NN denotes line
T7708 1979-1981 IN denotes in
T7709 1982-1988 NN denotes Figure
T7710 1989-1991 NN denotes 6B
T7711 1991-1992 -RRB- denotes )
T7712 1992-1993 . denotes .
T7713 1993-2137 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 1994-1998 DT denotes This
T7715 1999-2007 VBZ denotes confirms
T7716 2008-2011 DT denotes the
T7717 2012-2016 NN denotes role
T7718 2017-2019 IN denotes of
T7719 2020-2025 DT denotes these
T7721 2026-2031 NN denotes brain
T7720 2032-2037 NNS denotes areas
T7722 2038-2040 IN denotes as
T7723 2041-2049 VBN denotes inferred
T7724 2050-2054 IN denotes from
T7725 2055-2058 DT denotes the
T7727 2059-2065 JJ denotes mosaic
T7726 2066-2076 NN denotes expression
T7728 2077-2080 CC denotes and
T7729 2081-2088 NN denotes protein
T7731 2089-2100 NN denotes correlation
T7730 2101-2109 NN denotes analysis
T7732 2110-2119 VBN denotes described
T7733 2120-2125 RB denotes above
T7734 2126-2127 -LRB- denotes (
T7735 2127-2133 NN denotes Figure
T7736 2134-2135 CD denotes 4
T7737 2135-2136 -RRB- denotes )
T7738 2136-2137 . denotes .
T7739 2137-2665 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 2138-2145 RB denotes However
T7742 2145-2147 , denotes ,
T7743 2147-2151 NN denotes odor
T7744 2152-2166 NN denotes discrimination
T7745 2167-2168 -LRB- denotes (
T7746 2168-2176 VBN denotes measured
T7747 2177-2179 IN denotes by
T7748 2180-2183 DT denotes the
T7750 2184-2198 NN denotes discrimination
T7749 2199-2204 NN denotes index
T7751 2205-2207 IN denotes as
T7752 2208-2210 IN denotes in
T7753 2211-2218 NNS denotes Figures
T7755 2219-2220 CD denotes 1
T7756 2220-2222 , denotes ,
T7757 2222-2223 CD denotes 2
T7758 2223-2225 , denotes ,
T7759 2225-2228 CC denotes and
T7754 2229-2231 NN denotes 4D
T7760 2231-2232 -RRB- denotes )
T7741 2233-2236 VBD denotes was
T7761 2237-2239 RB denotes as
T7762 2240-2248 VBN denotes enhanced
T7763 2249-2251 IN denotes as
T7764 2252-2254 IN denotes in
T7765 2255-2259 NN denotes GluR
T7767 2259-2260 HYPH denotes -
T7766 2260-2264 NN denotes BΔFB
T7768 2265-2269 NNS denotes mice
T7769 2270-2271 -LRB- denotes (
T7771 2271-2275 CD denotes 0.79
T7773 2276-2277 SYM denotes ±
T7772 2278-2282 CD denotes 0.05
T7774 2282-2284 , denotes ,
T7775 2284-2288 NN denotes mean
T7777 2289-2290 SYM denotes ±
T7776 2291-2294 NN denotes SEM
T7778 2295-2303 VBN denotes compared
T7779 2304-2308 IN denotes with
T7780 2309-2313 CD denotes 0.76
T7782 2314-2315 SYM denotes ±
T7781 2316-2320 CD denotes 0.02
T7783 2320-2322 , denotes ,
T7784 2322-2323 NN denotes p
T7786 2324-2325 SYM denotes >
T7785 2326-2329 CD denotes 0.7
T7787 2329-2331 , denotes ,
T7788 2331-2337 NN denotes Figure
T7770 2338-2340 NN denotes 6C
T7789 2340-2341 -RRB- denotes )
T7790 2341-2343 , denotes ,
T7791 2343-2346 CC denotes and
T7792 2347-2355 VBN denotes improved
T7793 2356-2364 JJ denotes relative
T7794 2365-2367 IN denotes to
T7795 2368-2372 NN denotes GluR
T7797 2372-2373 HYPH denotes -
T7796 2373-2378 NN denotes B2lox
T7798 2379-2387 NNS denotes controls
T7799 2388-2389 -LRB- denotes (
T7801 2389-2393 CD denotes 0.48
T7803 2394-2395 SYM denotes ±
T7802 2396-2400 CD denotes 0.06
T7804 2400-2401 : denotes ;
T7805 2402-2408 NN denotes Figure
T7800 2409-2411 NN denotes 6C
T7806 2411-2412 : denotes ;
T7807 2413-2420 JJ denotes overall
T7808 2421-2426 NN denotes ANOVA
T7810 2426-2428 : denotes :
T7811 2428-2429 NN denotes F
T7813 2429-2430 -LRB- denotes (
T7814 2430-2431 CD denotes 2
T7815 2431-2432 , denotes ,
T7816 2432-2434 CD denotes 41
T7817 2434-2435 -RRB- denotes )
T7818 2436-2437 SYM denotes =
T7812 2438-2442 CD denotes 17.2
T7819 2442-2444 , denotes ,
T7820 2444-2445 NN denotes p
T7821 2446-2447 SYM denotes <
T7809 2448-2450 CD denotes 10
T7822 2450-2451 SYM denotes −
T7823 2451-2452 CD denotes 5
T7824 2452-2453 : denotes ;
T7825 2454-2458 FW denotes post
T7826 2459-2462 FW denotes hoc
T7828 2463-2469 NNP denotes Newman
T7827 2470-2475 NNP denotes Keuls
T7830 2475-2477 : denotes :
T7831 2477-2478 NN denotes p
T7832 2479-2480 SYM denotes <
T7833 2481-2483 CD denotes 10
T7834 2483-2484 SYM denotes −
T7829 2484-2485 CD denotes 3
T7835 2485-2486 -RRB- denotes )
T7836 2486-2488 , denotes ,
T7837 2488-2490 IN denotes as
T7838 2491-2499 VBN denotes expected
T7839 2500-2502 IN denotes if
T7841 2503-2506 DT denotes the
T7843 2507-2515 VBN denotes enhanced
T7844 2516-2530 NN denotes discrimination
T7842 2531-2540 NN denotes phenotype
T7840 2541-2543 VBZ denotes is
T7845 2544-2547 IN denotes due
T7846 2548-2550 IN denotes to
T7847 2551-2554 NN denotes Ca2
T7849 2554-2555 SYM denotes +
T7850 2555-2556 HYPH denotes -
T7848 2556-2565 JJ denotes permeable
T7851 2566-2572 NNS denotes AMPARs
T7852 2573-2575 IN denotes in
T7853 2576-2579 DT denotes the
T7855 2580-2589 JJ denotes olfactory
T7854 2590-2594 NN denotes bulb
T7856 2595-2598 CC denotes and
T7857 2599-2609 JJ denotes unaffected
T7858 2610-2612 IN denotes by
T7859 2613-2617 NN denotes GluR
T7861 2617-2618 HYPH denotes -
T7860 2618-2619 NN denotes B
T7862 2620-2630 NN denotes expression
T7863 2631-2633 IN denotes in
T7864 2634-2642 JJ denotes piriform
T7865 2643-2649 NN denotes cortex
T7866 2650-2652 CC denotes or
T7867 2653-2664 NN denotes hippocampus
T7868 2664-2665 . denotes .
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