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Id Subject Object Predicate Lexical cue
T4698 2602-2610 VBG denotes allowing
T4063 12-13 NN denotes B
T4064 485-486 '' denotes ”
T4144 0-2 IN denotes If
T4145 101-107 VBN denotes linked
T4146 3-6 DT denotes the
T4147 39-50 NNS denotes alterations
T4148 7-11 NN denotes GluR
T4149 11-12 HYPH denotes -
T4214 342-344 DT denotes no
T4150 13-14 HYPH denotes /
T4151 14-18 NN denotes GluR
T4226 402-406 RB denotes even
T4152 19-20 NN denotes B
T4153 18-19 HYPH denotes -
T4154 20-21 -LRB- denotes (
T4155 21-22 NN denotes Q
T4156 22-23 -RRB- denotes )
T4157 24-30 NN denotes switch
T4158 31-38 VBN denotes induced
T4159 30-31 HYPH denotes -
T4160 51-53 IN denotes in
T4161 54-57 DT denotes the
T4162 63-75 NN denotes permeability
T4163 58-61 NN denotes Ca2
T4164 61-62 SYM denotes +
T4165 76-78 IN denotes of
T4166 79-82 DT denotes the
T4167 88-96 NNS denotes channels
T4168 83-87 NN denotes AMPA
T4169 97-100 VBP denotes are
T4170 197-201 VB denotes lead
T4171 108-110 IN denotes to
T4172 111-119 VBN denotes enhanced
T4173 125-139 NN denotes discrimination
T4174 120-124 NN denotes odor
T4175 140-143 CC denotes and
T4176 144-152 NN denotes learning
T4177 152-154 , denotes ,
T4178 154-157 DT denotes the
T4179 158-167 NN denotes depletion
T4180 168-170 IN denotes of
T4181 171-174 DT denotes the
T4182 182-189 NN denotes subunit
T4183 175-179 NN denotes GluR
T4184 180-181 NN denotes B
T4185 179-180 HYPH denotes -
T4186 190-196 MD denotes should
T4187 202-204 IN denotes to
T4188 205-206 DT denotes a
T4189 226-233 NN denotes readout
T4190 207-214 JJ denotes similar
T4191 215-225 JJ denotes phenotypic
T4192 233-234 . denotes .
T4193 234-392 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 235-237 PRP denotes We
T4195 248-255 VBD denotes trained
T4196 238-247 RB denotes therefore
T4197 256-260 CD denotes nine
T4198 271-275 NNS denotes mice
T4199 261-265 NN denotes GluR
T4200 266-270 NN denotes BΔFB
T4201 265-266 HYPH denotes -
T4202 276-279 CC denotes and
T4203 280-284 CD denotes nine
T4204 296-304 NNS denotes controls
T4205 285-295 NN denotes littermate
T4206 305-307 IN denotes in
T4207 308-311 DT denotes the
T4208 371-375 NN denotes task
T4209 312-316 JJ denotes same
T4210 317-326 VBN denotes automated
T4211 327-338 JJ denotes associative
T4212 339-341 NN denotes go
T4213 341-342 HYPH denotes /
T4215 345-347 NN denotes go
T4216 344-345 HYPH denotes -
T4217 348-357 JJ denotes olfactory
T4218 358-370 NN denotes conditioning
T4219 376-385 VBN denotes described
T4220 386-391 RB denotes above
T4221 391-392 . denotes .
T4222 392-543 sentence denotes To cover even small phenotypic changes in olfaction, we tested different odor pairs, “simple” monomolecular odors and “difficult” binary mixtures [3].
T4223 393-395 TO denotes To
T4224 396-401 VB denotes cover
T4225 449-455 VBD denotes tested
T4227 424-431 NNS denotes changes
T4228 407-412 JJ denotes small
T4229 413-423 JJ denotes phenotypic
T4230 432-434 IN denotes in
T4231 435-444 NN denotes olfaction
T4232 444-446 , denotes ,
T4233 446-448 PRP denotes we
T4234 456-465 JJ denotes different
T4235 471-476 NNS denotes pairs
T4236 466-470 NN denotes odor
T4237 476-478 , denotes ,
T4238 478-479 `` denotes “
T4239 501-506 NNS denotes odors
T4240 479-485 JJ denotes simple
T4241 487-500 JJ denotes monomolecular
T4242 507-510 CC denotes and
T4243 511-512 `` denotes “
T4244 530-538 NNS denotes mixtures
T4245 512-521 JJ denotes difficult
T4246 521-522 '' denotes ”
T4247 523-529 JJ denotes binary
T4248 539-540 -LRB- denotes [
T4249 540-541 CD denotes 3
T4250 541-542 -RRB- denotes ]
T4251 542-543 . denotes .
T4252 543-928 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 544-549 IN denotes After
T4254 595-602 VBN denotes trained
T4255 550-561 NN denotes habituation
T4256 561-563 , denotes ,
T4257 563-567 NN denotes GluR
T4258 568-572 NN denotes BΔFB
T4259 567-568 HYPH denotes -
T4260 585-589 NNS denotes mice
T4261 573-576 CC denotes and
T4262 577-584 NN denotes control
T4263 590-594 VBD denotes were
T4264 603-605 TO denotes to
T4265 606-618 VB denotes discriminate
T4266 619-626 IN denotes between
T4267 627-630 DT denotes the
T4268 654-659 NNS denotes odors
T4269 631-632 `` denotes “
T4270 632-638 JJ denotes simple
T4271 638-639 '' denotes ”
T4272 640-653 JJ denotes monomolecular
T4273 660-671 NN denotes amylacetate
T4274 672-675 CC denotes and
T4275 676-689 NN denotes ethylbutyrate
T4276 689-691 , denotes ,
T4277 691-694 CC denotes and
T4278 695-707 RB denotes subsequently
T4279 721-723 IN denotes on
T4280 708-720 RB denotes additionally
T4281 724-725 DT denotes a
T4282 753-757 NN denotes task
T4283 726-727 `` denotes “
T4284 727-736 JJ denotes difficult
T4285 736-737 '' denotes ”
T4286 738-752 NN denotes discrimination
T4287 758-768 VBG denotes consisting
T4288 769-771 IN denotes of
T4289 772-779 JJ denotes similar
T4290 787-795 NNS denotes mixtures
T4291 780-786 JJ denotes binary
T4292 796-798 IN denotes of
T4293 799-805 NN denotes cineol
T4294 806-809 CC denotes and
T4295 810-817 NN denotes eugenol
T4296 817-818 : denotes ;
T4297 819-822 CC denotes and
T4298 823-830 RB denotes finally
T4299 837-839 IN denotes on
T4300 831-836 RB denotes again
T4301 840-841 DT denotes a
T4302 866-870 NN denotes task
T4303 842-843 `` denotes “
T4304 843-849 JJ denotes simple
T4305 849-850 '' denotes ”
T4306 851-865 NN denotes discrimination
T4307 871-875 IN denotes with
T4308 876-879 DT denotes the
T4309 894-899 NNS denotes odors
T4310 880-893 JJ denotes monomolecular
T4311 900-910 JJ denotes pelargonic
T4312 923-927 NN denotes acid
T4313 911-914 CC denotes and
T4314 915-922 JJ denotes valeric
T4315 927-928 . denotes .
T4316 928-1094 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 929-936 JJ denotes Similar
T4318 975-981 VBD denotes showed
T4319 937-939 IN denotes to
T4320 940-944 NN denotes GluR
T4321 945-950 NN denotes BΔECS
T4322 944-945 HYPH denotes -
T4323 950-951 : denotes :
T4324 951-953 NN denotes FB
T4325 953-955 , denotes ,
T4326 955-959 NN denotes GluR
T4327 960-964 NN denotes BΔFB
T4328 959-960 HYPH denotes -
T4329 965-969 NNS denotes mice
T4330 970-974 RB denotes also
T4331 982-990 VBN denotes enhanced
T4332 991-999 NN denotes learning
T4333 1000-1003 CC denotes and
T4334 1004-1018 NN denotes discrimination
T4335 1019-1027 VBN denotes compared
T4336 1028-1032 IN denotes with
T4337 1033-1041 NNS denotes controls
T4338 1042-1043 -LRB- denotes (
T4339 1050-1052 NN denotes 2B
T4340 1043-1049 NN denotes Figure
T4341 1052-1053 : denotes ;
T4342 1054-1059 NN denotes group
T4343 1060-1066 NN denotes effect
T4344 1088-1092 CD denotes 0.05
T4345 1066-1068 : denotes :
T4346 1068-1069 NN denotes F
T4347 1078-1082 CD denotes 6.55
T4348 1069-1070 -LRB- denotes (
T4349 1070-1071 CD denotes 1
T4350 1071-1072 , denotes ,
T4351 1072-1074 CD denotes 16
T4352 1074-1075 -RRB- denotes )
T4353 1076-1077 SYM denotes =
T4354 1082-1083 : denotes ;
T4355 1084-1085 NN denotes p
T4356 1086-1087 SYM denotes <
T4357 1092-1093 -RRB- denotes )
T4358 1093-1094 . denotes .
T4359 1094-1330 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 1095-1104 VBN denotes Increased
T4361 1120-1131 NN denotes performance
T4362 1105-1119 NN denotes discrimination
T4363 1135-1143 VBN denotes expected
T4364 1132-1134 VBZ denotes is
T4365 1144-1146 TO denotes to
T4366 1147-1151 VB denotes show
T4367 1152-1156 RBR denotes more
T4368 1157-1167 JJ denotes pronounced
T4369 1168-1175 NNS denotes effects
T4370 1176-1179 IN denotes for
T4371 1180-1187 RB denotes closely
T4372 1188-1195 JJ denotes related
T4373 1196-1201 NNS denotes odors
T4374 1202-1209 IN denotes because
T4375 1210-1212 IN denotes of
T4376 1213-1216 DT denotes the
T4377 1261-1265 NN denotes task
T4378 1217-1221 RBR denotes more
T4379 1222-1233 JJ denotes challenging
T4380 1234-1235 `` denotes “
T4381 1235-1244 JJ denotes difficult
T4382 1244-1245 '' denotes ”
T4383 1246-1260 NN denotes discrimination
T4384 1266-1270 WDT denotes that
T4385 1271-1273 VBZ denotes is
T4386 1274-1280 JJR denotes closer
T4387 1281-1283 IN denotes to
T4388 1284-1287 DT denotes the
T4389 1303-1309 NNS denotes limits
T4390 1288-1302 JJ denotes psychophysical
T4391 1310-1312 IN denotes of
T4392 1313-1316 DT denotes the
T4393 1317-1323 NN denotes system
T4394 1324-1325 -LRB- denotes [
T4395 1327-1328 CD denotes 4
T4396 1325-1326 CD denotes 3
T4397 1326-1327 , denotes ,
T4398 1328-1329 -RRB- denotes ]
T4399 1329-1330 . denotes .
T4400 1330-1848 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 1331-1341 JJ denotes Consistent
T4402 1407-1411 VBD denotes were
T4403 1342-1346 IN denotes with
T4404 1347-1351 DT denotes this
T4405 1352-1358 NN denotes notion
T4406 1358-1360 , denotes ,
T4407 1360-1371 NNS denotes differences
T4408 1372-1379 IN denotes between
T4409 1380-1384 NN denotes GluR
T4410 1385-1389 NN denotes BΔFB
T4411 1384-1385 HYPH denotes -
T4412 1402-1406 NNS denotes mice
T4413 1390-1393 CC denotes and
T4414 1394-1401 NN denotes control
T4415 1842-1846 CD denotes 0.01
T4416 1412-1415 RB denotes not
T4417 1421-1427 JJR denotes larger
T4418 1416-1420 RB denotes only
T4419 1428-1430 IN denotes if
T4420 1491-1503 VBN denotes investigated
T4421 1431-1434 DT denotes the
T4422 1453-1460 NN denotes pattern
T4423 1435-1443 JJ denotes detailed
T4424 1444-1452 NN denotes sampling
T4425 1461-1464 CC denotes and
T4426 1465-1479 NN denotes discrimination
T4427 1480-1485 NN denotes index
T4428 1486-1490 VBD denotes were
T4429 1504-1505 -LRB- denotes (
T4430 1512-1514 NN denotes 2C
T4431 1505-1511 NN denotes Figure
T4432 1515-1518 CC denotes and
T4433 1519-1521 NN denotes 2D
T4434 1521-1523 , denotes ,
T4435 1523-1528 NN denotes group
T4436 1529-1535 NN denotes effect
T4437 1560-1561 CD denotes 4
T4438 1535-1537 : denotes :
T4439 1537-1538 NN denotes F
T4440 1547-1551 CD denotes 29.5
T4441 1538-1539 -LRB- denotes (
T4442 1539-1540 CD denotes 1
T4443 2484-2487 RB denotes not
T4444 1540-1541 , denotes ,
T4445 2631-2634 DT denotes the
T4446 2903-2906 CC denotes and
T4447 1541-1543 CD denotes 16
T4448 1543-1544 -RRB- denotes )
T4449 1545-1546 SYM denotes =
T4450 1551-1552 : denotes ;
T4451 1553-1554 NN denotes p
T4452 1555-1556 SYM denotes <
T4453 1557-1559 CD denotes 10
T4454 1559-1560 SYM denotes −
T4455 1561-1562 -RRB- denotes )
T4456 1562-1564 , denotes ,
T4457 1564-1567 CC denotes but
T4458 1568-1570 IN denotes in
T4459 1582-1585 IN denotes for
T4460 1571-1581 JJ denotes particular
T4461 1586-1589 DT denotes the
T4462 1590-1604 NN denotes discrimination
T4463 1605-1607 IN denotes of
T4464 1608-1614 JJ denotes binary
T4465 1615-1623 NNS denotes mixtures
T4466 1624-1628 IN denotes with
T4467 1629-1636 JJ denotes similar
T4468 1637-1648 NN denotes composition
T4469 1649-1650 -LRB- denotes (
T4470 1687-1688 CD denotes 4
T4471 1650-1655 NN denotes group
T4472 1656-1662 NN denotes effect
T4473 1674-1678 CD denotes 27.8
T4474 1662-1664 : denotes :
T4475 1664-1665 NN denotes F
T4476 1665-1666 -LRB- denotes (
T4477 1666-1667 CD denotes 1
T4478 1667-1668 , denotes ,
T4479 1668-1670 CD denotes 16
T4480 1670-1671 -RRB- denotes )
T4481 1672-1673 SYM denotes =
T4482 1678-1679 : denotes ;
T4483 1680-1681 NN denotes p
T4484 1682-1683 SYM denotes <
T4485 1684-1686 CD denotes 10
T4486 1686-1687 SYM denotes −
T4487 1689-1692 IN denotes for
T4488 1693-1696 DT denotes the
T4489 1697-1704 NN denotes mixture
T4490 1704-1705 : denotes ;
T4491 1706-1709 NN denotes FAA
T4492 1710-1712 NN denotes EB
T4493 1721-1724 CD denotes 7.0
T4494 1712-1713 -LRB- denotes (
T4495 1713-1714 CD denotes 1
T4496 1714-1715 , denotes ,
T4497 1715-1717 CD denotes 16
T4498 1717-1718 -RRB- denotes )
T4499 1719-1720 SYM denotes =
T4500 1724-1725 : denotes ;
T4501 1726-1727 NN denotes p
T4502 1730-1734 CD denotes 0.02
T4503 1728-1729 SYM denotes =
T4504 1734-1736 , denotes ,
T4505 1736-1739 CC denotes and
T4506 1740-1744 NN denotes FPel
T4507 1745-1748 NN denotes Val
T4508 1757-1760 CD denotes 5.8
T4509 1748-1749 -LRB- denotes (
T4510 1749-1750 CD denotes 1
T4511 1750-1751 , denotes ,
T4512 1751-1753 CD denotes 16
T4513 1753-1754 -RRB- denotes )
T4514 1755-1756 SYM denotes =
T4515 1760-1761 : denotes ;
T4516 1762-1763 NN denotes p
T4526 1808-1809 : denotes ;
T4517 1766-1770 CD denotes 0.03
T4518 1764-1765 SYM denotes =
T4519 1771-1774 IN denotes for
T4520 1775-1778 DT denotes the
T4521 1803-1808 NNS denotes tasks
T4522 1779-1780 `` denotes “
T4523 1780-1786 JJ denotes simple
T4524 1786-1787 '' denotes ”
T4525 1788-1802 NN denotes discrimination
T4527 1810-1811 CD denotes 3
T4528 1812-1815 NN denotes way
T4529 1811-1812 HYPH denotes -
T4530 1816-1821 NN denotes ANOVA
T4547 1899-1902 VBD denotes was
T4531 1833-1836 CD denotes 2.9
T4532 1821-1823 : denotes :
T4533 1823-1824 NN denotes F
T4534 1824-1825 -LRB- denotes (
T4535 1825-1826 CD denotes 6
T4536 1826-1827 , denotes ,
T4537 1827-1829 CD denotes 96
T4538 1829-1830 -RRB- denotes )
T4539 1831-1832 SYM denotes =
T4540 1836-1837 : denotes ;
T4541 1838-1839 NN denotes p
T4542 1840-1841 SYM denotes =
T4543 1846-1847 -RRB- denotes )
T4544 1847-1848 . denotes .
T4545 1848-2293 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 1849-1851 IN denotes As
T4548 1852-1860 NN denotes activity
T4549 1860-1862 , denotes ,
T4550 1862-1870 VBN denotes measured
T4551 1871-1873 IN denotes by
T4552 1874-1877 DT denotes the
T4553 1889-1897 NN denotes interval
T4554 1878-1888 JJ denotes intertrial
T4555 1897-1899 , denotes ,
T4556 2122-2130 VBP denotes conclude
T4557 1903-1906 RB denotes not
T4558 1907-1920 RB denotes significantly
T4559 1921-1930 JJ denotes different
T4560 1931-1938 IN denotes between
T4561 1939-1948 NNS denotes genotypes
T4562 1949-1950 -LRB- denotes (
T4563 1969-1972 CD denotes 0.1
T4564 1950-1951 NN denotes F
T4565 1960-1963 CD denotes 3.1
T4566 1951-1952 -LRB- denotes (
T4567 1952-1953 CD denotes 1
T4568 1953-1954 , denotes ,
T4569 1954-1956 CD denotes 16
T4570 1956-1957 -RRB- denotes )
T4571 1958-1959 SYM denotes =
T4572 1963-1964 : denotes ;
T4573 1965-1966 NN denotes p
T4574 1967-1968 SYM denotes =
T4575 1972-1973 -RRB- denotes )
T4576 1973-1975 , denotes ,
T4577 1975-1978 CC denotes and
T4578 1979-1987 NN denotes analysis
T4579 2010-2016 VBD denotes showed
T4580 1988-1990 IN denotes of
T4581 1991-1994 DT denotes the
T4582 2000-2009 NN denotes frequency
T4583 1995-1999 NN denotes lick
T4584 2017-2018 DT denotes a
T4585 2019-2027 NN denotes tendency
T4586 2028-2030 IN denotes to
T4587 2031-2038 VBN denotes reduced
T4588 2039-2049 NN denotes motivation
T4589 2050-2052 IN denotes of
T4590 2053-2057 NN denotes GluR
T4591 2058-2062 NN denotes BΔFB
T4592 2057-2058 HYPH denotes -
T4593 2063-2067 NNS denotes mice
T4594 2068-2070 IN denotes in
T4595 2071-2075 DT denotes this
T4596 2087-2091 NN denotes task
T4597 2076-2086 JJ denotes particular
T4598 2092-2093 -LRB- denotes (
T4613 2119-2121 PRP denotes we
T4599 2112-2116 CD denotes 0.01
T4600 2093-2094 NN denotes F
T4601 2103-2106 CD denotes 9.2
T4602 2094-2095 -LRB- denotes (
T4603 2095-2096 CD denotes 1
T4604 2096-2097 , denotes ,
T4605 2097-2099 CD denotes 16
T4606 2099-2100 -RRB- denotes )
T4607 2101-2102 SYM denotes =
T4608 2106-2107 : denotes ;
T4609 2108-2109 NN denotes p
T4610 2110-2111 SYM denotes <
T4611 2116-2117 -RRB- denotes )
T4612 2117-2119 , denotes ,
T4614 2131-2135 IN denotes that
T4615 2182-2190 VBD denotes resulted
T4618 2149-2153 NN denotes GluR
T4616 2136-2145 NN denotes depletion
T4617 2146-2148 IN denotes of
T4619 2154-2155 NN denotes B
T4620 2153-2154 HYPH denotes -
T4621 2156-2158 IN denotes in
T4622 2159-2168 NN denotes forebrain
T4623 2169-2174 NNS denotes areas
T4624 2175-2181 RB denotes indeed
T4625 2191-2193 IN denotes in
T4626 2194-2203 VBN denotes increased
T4627 2242-2254 NNS denotes performances
T4628 2204-2213 JJ denotes olfactory
T4629 2214-2222 NN denotes learning
T4630 2223-2226 CC denotes and
T4631 2227-2241 NN denotes discrimination
T4632 2254-2256 , denotes ,
T4633 2256-2262 RB denotes rather
T4634 2263-2267 IN denotes than
T4635 2268-2280 JJ denotes motivational
T4636 2281-2292 NNS denotes alterations
T4637 2292-2293 . denotes .
T4638 2293-2454 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 2294-2296 TO denotes To
T4640 2297-2303 VB denotes assess
T4641 2330-2337 VBD denotes trained
T4642 2304-2313 NN denotes olfaction
T4643 2314-2325 NN denotes specificity
T4644 2325-2327 , denotes ,
T4645 2327-2329 PRP denotes we
T4646 2338-2341 CD denotes ten
T4647 2352-2356 NNS denotes mice
T4648 2342-2346 NN denotes GluR
T4649 2347-2351 NN denotes BΔFB
T4650 2346-2347 HYPH denotes -
T4651 2357-2360 CC denotes and
T4652 2361-2364 CD denotes ten
T4653 2365-2373 NNS denotes controls
T4654 2374-2376 IN denotes in
T4655 2377-2378 DT denotes a
T4656 2431-2435 NN denotes task
T4657 2379-2391 JJ denotes nonolfactory
T4658 2392-2403 NN denotes hippocampus
T4659 2404-2413 JJ denotes dependent
T4660 2403-2404 HYPH denotes -
T4661 2414-2421 JJ denotes spatial
T4662 2422-2430 NN denotes learning
T4663 2436-2437 -LRB- denotes (
T4664 2448-2452 NN denotes maze
T4665 2437-2445 VBN denotes elevated
T4666 2446-2447 NN denotes Y
T4667 2447-2448 HYPH denotes -
T4668 2452-2453 -RRB- denotes )
T4669 2453-2454 . denotes .
T4670 2454-2832 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 2455-2466 NN denotes Performance
T4672 2488-2496 VBN denotes improved
T4673 2467-2469 IN denotes in
T4674 2470-2474 DT denotes this
T4675 2475-2479 NN denotes task
T4676 2480-2483 VBD denotes was
T4677 2592-2600 VBN denotes impaired
T4678 2497-2505 VBN denotes compared
T4679 2506-2510 IN denotes with
T4680 2511-2519 NNS denotes controls
T4681 2520-2521 -LRB- denotes (
T4682 2528-2530 NN denotes S2
T4683 2521-2527 NN denotes Figure
T4684 2530-2531 -RRB- denotes )
T4685 2531-2532 : denotes ;
T4686 2533-2535 IN denotes on
T4687 2536-2539 DT denotes the
T4688 2540-2548 NN denotes contrary
T4689 2548-2550 , denotes ,
T4690 2550-2553 DT denotes the
T4691 2554-2565 NN denotes acquisition
T4692 2566-2568 IN denotes of
T4693 2569-2573 DT denotes this
T4694 2574-2578 NN denotes task
T4695 2579-2582 VBD denotes was
T4696 2583-2591 RB denotes slightly
T4697 2600-2602 , denotes ,
T4699 2611-2614 DT denotes the
T4700 2615-2625 NN denotes conclusion
T4701 2626-2630 IN denotes that
T4702 2681-2683 VBZ denotes is
T4703 2669-2680 NN denotes performance
T4704 2635-2643 VBN denotes enhanced
T4705 2644-2653 JJ denotes olfactory
T4706 2654-2668 NN denotes discrimination
T4707 2684-2690 JJ denotes likely
T4708 2691-2693 TO denotes to
T4709 2694-2696 VB denotes be
T4710 2697-2705 JJ denotes specific
T4711 2706-2708 IN denotes to
T4712 2709-2712 DT denotes the
T4713 2713-2718 NN denotes sense
T4714 2719-2721 IN denotes of
T4715 2722-2727 NN denotes smell
T4716 2728-2731 CC denotes and
T4717 2732-2740 RB denotes possibly
T4718 2741-2748 JJ denotes related
T4719 2749-2751 IN denotes to
T4720 2752-2760 VBN denotes enhanced
T4721 2776-2786 NN denotes capability
T4722 2761-2775 NN denotes discrimination
T4723 2786-2788 , denotes ,
T4724 2788-2794 RB denotes rather
T4725 2795-2799 IN denotes than
T4726 2800-2801 DT denotes a
T4727 2810-2818 NN denotes increase
T4728 2802-2809 JJ denotes general
T4729 2819-2821 IN denotes in
T4730 2822-2831 NN denotes alertness
T4731 2831-2832 . denotes .
T4732 2832-3142 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 2833-2844 RB denotes Furthermore
T4734 2922-2927 VBZ denotes makes
T4735 2844-2846 , denotes ,
T4736 2846-2857 NN denotes enhancement
T4737 2858-2860 IN denotes in
T4738 2861-2865 NN denotes odor
T4739 2866-2880 NN denotes discrimination
T4740 2881-2883 IN denotes in
T4741 2884-2888 CC denotes both
T4742 2894-2899 NN denotes BΔECS
T4743 2889-2893 NN denotes GluR
T4744 2893-2894 HYPH denotes -
T4745 2917-2921 NNS denotes mice
T4746 2899-2900 : denotes :
T4747 2900-2902 NN denotes FB
T4748 2907-2911 NN denotes GluR
T4749 2912-2916 NN denotes BΔFB
T4750 2911-2912 HYPH denotes -
T4751 2928-2930 PRP denotes it
T4752 2931-2937 JJ denotes likely
T4753 2938-2942 IN denotes that
T4754 2968-2975 VBZ denotes results
T4755 2943-2954 NN denotes improvement
T4756 2955-2957 IN denotes in
T4757 2958-2962 DT denotes this
T4758 2963-2967 NN denotes task
T4759 2976-2980 IN denotes from
T4760 2981-2984 DT denotes the
T4761 3007-3013 NN denotes change
T4762 2985-2991 JJ denotes common
T4763 2992-2997 NN denotes AMPAR
T4764 2998-3006 NN denotes property
T4765 3014-3022 VBN denotes mediated
T4766 3023-3025 IN denotes by
T4767 3026-3029 DT denotes the
T4768 3030-3039 NN denotes depletion
T4769 3040-3042 IN denotes of
T4770 3043-3047 NN denotes GluR
T4771 3048-3049 NN denotes B
T4772 3047-3048 HYPH denotes -
T4773 3050-3053 CC denotes and
T4774 3054-3057 DT denotes the
T4775 3058-3062 NN denotes lack
T4776 3063-3065 IN denotes of
T4777 3066-3069 DT denotes the
T4778 3093-3100 NN denotes subunit
T4779 3070-3071 NN denotes Q
T4780 3072-3073 NN denotes R
T4781 3071-3072 HYPH denotes /
T4782 3074-3078 NN denotes site
T4783 3079-3085 VBN denotes edited
T4784 3078-3079 HYPH denotes -
T4785 3086-3090 NN denotes GluR
T4786 3091-3092 NN denotes B
T4787 3090-3091 HYPH denotes -
T4788 3100-3102 , denotes ,
T4789 3102-3106 DT denotes both
T4790 3107-3116 VBG denotes resulting
T4791 3117-3119 IN denotes in
T4792 3120-3123 NN denotes Ca2
T4793 3125-3134 JJ denotes permeable
T4794 3123-3124 SYM denotes +
T4795 3124-3125 HYPH denotes -
T4796 3135-3141 NNS denotes AMPARs
T4797 3141-3142 . denotes .
T4798 3142-3257 sentence denotes Thus, this suggests that increased Ca2+ influx via AMPARs leads to enhanced olfactory learning and discrimination.
T4799 3143-3147 RB denotes Thus
T4800 3154-3162 VBZ denotes suggests
T4801 3147-3149 , denotes ,
T4802 3149-3153 DT denotes this
T4803 3163-3167 IN denotes that
T4804 3201-3206 VBZ denotes leads
T4805 3168-3177 VBN denotes increased
T4806 3183-3189 NN denotes influx
T4807 3178-3181 NN denotes Ca2
T4808 3181-3182 SYM denotes +
T4809 3190-3193 IN denotes via
T4810 3194-3200 NNS denotes AMPARs
T4811 3207-3209 IN denotes to
T4812 3210-3218 VBN denotes enhanced
T4813 3229-3237 NN denotes learning
T4814 3219-3228 JJ denotes olfactory
T4815 3238-3241 CC denotes and
T4816 3242-3256 NN denotes discrimination
T4817 3256-3257 . denotes .
R2641 T4063 T4147 nmod B,alterations
R2642 T4064 T4239 punct ”,odors
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
R3001 T4440 T4437 ccomp 29.5,4
R3125 T4563 T4547 parataxis 0.1,was
R3298 T4745 T4740 pobj mice,in

2_test

Id Subject Object Predicate Lexical cue
16216087-15572116-84723746 540-541 15572116 denotes 3
16216087-15572116-84723747 1325-1326 15572116 denotes 3
16216087-14566341-84723748 1327-1328 14566341 denotes 4
T61191 540-541 15572116 denotes 3
T47715 1325-1326 15572116 denotes 3
T52316 1327-1328 14566341 denotes 4

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
T5022 7-11 GO_EXT:0008066 denotes GluR
T5023 7-13 PR_EXT:000008234 denotes GluR-B
T5024 14-18 GO_EXT:0008066 denotes GluR
T5025 14-20 PR_EXT:000008234 denotes GluR-B
T5026 21-22 CHEBI_SO_EXT:glutamine denotes Q
T5027 58-62 CHEBI:29108 denotes Ca2+
T5028 83-87 CHEBI:34018 denotes AMPA
T5029 88-96 GO_EXT:0015267 denotes channels
T5030 120-124 _FRAGMENT denotes odor
T5031 144-152 GO:0008355 denotes learning
T5032 175-179 GO_EXT:0008066 denotes GluR
T5033 175-181 PR_EXT:000008234 denotes GluR-B
T5034 261-265 GO_EXT:0008066 denotes GluR
T5035 261-267 PR_EXT:000008234 denotes GluR-B
T5036 271-275 NCBITaxon:10088 denotes mice
T5037 327-338 _FRAGMENT denotes associative
T5038 358-370 GO:0008306 denotes conditioning
T5039 348-357 GO:0007608 denotes olfactory
T5040 435-444 GO:0007608 denotes olfaction
T5041 491-500 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5042 530-538 CHEBI:60004 denotes mixtures
T5043 550-561 GO:0046959 denotes habituation
T5044 563-567 GO_EXT:0008066 denotes GluR
T5045 563-569 PR_EXT:000008234 denotes GluR-B
T5046 585-589 NCBITaxon:10088 denotes mice
T5047 644-653 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5048 787-795 CHEBI:60004 denotes mixtures
T5049 799-805 CHEBI:23243 denotes cineol
T5050 810-817 CHEBI:4917 denotes eugenol
T5051 884-893 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T5052 900-910 _FRAGMENT denotes pelargonic
T5053 923-927 CHEBI:29019 denotes acid
T5054 915-927 CHEBI:17418 denotes valeric acid
T5055 940-944 GO_EXT:0008066 denotes GluR
T5056 940-946 PR_EXT:000008234 denotes GluR-B
T5057 955-959 GO_EXT:0008066 denotes GluR
T5058 955-961 PR_EXT:000008234 denotes GluR-B
T5059 965-969 NCBITaxon:10088 denotes mice
T5060 991-999 GO:0007612 denotes learning
T5061 1380-1384 GO_EXT:0008066 denotes GluR
T5062 1380-1386 PR_EXT:000008234 denotes GluR-B
T5063 1402-1406 NCBITaxon:10088 denotes mice
T5064 1615-1623 CHEBI:60004 denotes mixtures
T5065 1697-1704 CHEBI:60004 denotes mixture
T5066 1741-1744 CHEBI:29019 denotes Pel
T5067 1745-1748 CHEBI:17418 denotes Val
T5068 1939-1948 SO_EXT:genotype_or_entity_with_genotype denotes genotypes
T5069 2053-2057 GO_EXT:0008066 denotes GluR
T5070 2053-2059 PR_EXT:000008234 denotes GluR-B
T5071 2063-2067 NCBITaxon:10088 denotes mice
T5072 2149-2153 GO_EXT:0008066 denotes GluR
T5073 2149-2155 PR_EXT:000008234 denotes GluR-B
T5074 2159-2168 UBERON:0001890 denotes forebrain
T5075 2204-2222 GO:0008355 denotes olfactory learning
T5076 2304-2313 GO:0007608 denotes olfaction
T5077 2342-2346 GO_EXT:0008066 denotes GluR
T5078 2342-2348 PR_EXT:000008234 denotes GluR-B
T5079 2352-2356 NCBITaxon:10088 denotes mice
T5080 2382-2391 GO:0007608 denotes olfactory
T5081 2392-2403 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T5082 2422-2430 GO:0007612 denotes learning
T5083 2644-2653 GO:0007608 denotes olfactory
T5084 2713-2727 GO:0007608 denotes sense of smell
T5085 2889-2893 GO_EXT:0008066 denotes GluR
T5086 2889-2895 PR_EXT:000008234 denotes GluR-B
T5087 2907-2911 GO_EXT:0008066 denotes GluR
T5088 2907-2913 PR_EXT:000008234 denotes GluR-B
T5089 2917-2921 NCBITaxon:10088 denotes mice
T5090 2992-2997 GO_EXT:0004971 denotes AMPAR
T5091 3043-3047 GO_EXT:0008066 denotes GluR
T5092 3043-3049 PR_EXT:000008234 denotes GluR-B
T5093 3070-3071 CHEBI_SO_EXT:glutamine denotes Q
T5094 3072-3073 CHEBI_SO_EXT:arginine denotes R
T5095 3079-3085 SO_EXT:sequence_alteration_process denotes edited
T5096 3086-3090 GO_EXT:0008066 denotes GluR
T5097 3086-3092 PR_EXT:000008234 denotes GluR-B
T5098 3120-3124 CHEBI:29108 denotes Ca2+
T5099 3135-3141 GO_EXT:0004971 denotes AMPARs
T5100 3178-3182 CHEBI:29108 denotes Ca2+
T5101 3194-3200 GO_EXT:0004971 denotes AMPARs
T5102 3219-3237 GO:0008355 denotes olfactory learning
R3369 T5031 T5030 _lexicallyChainedTo learning,odor
R3374 T5038 T5037 _lexicallyChainedTo conditioning,associative
R3375 T5053 T5052 _lexicallyChainedTo acid,pelargonic

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
T4871 7-13 PR:000008234 denotes GluR-B
T4872 14-20 PR:000008234 denotes GluR-B
T4873 58-62 CHEBI:29108 denotes Ca2+
T4874 83-87 CHEBI:34018 denotes AMPA
T4875 120-124 _FRAGMENT denotes odor
T4876 144-152 GO:0008355 denotes learning
T4877 175-181 PR:000008234 denotes GluR-B
T4878 261-267 PR:000008234 denotes GluR-B
T4879 271-275 NCBITaxon:10088 denotes mice
T4880 327-338 _FRAGMENT denotes associative
T4881 358-370 GO:0008306 denotes conditioning
T4882 348-357 GO:0007608 denotes olfactory
T4883 435-444 GO:0007608 denotes olfaction
T4884 530-538 CHEBI:60004 denotes mixtures
T4885 550-561 GO:0046959 denotes habituation
T4886 563-569 PR:000008234 denotes GluR-B
T4887 585-589 NCBITaxon:10088 denotes mice
T4888 787-795 CHEBI:60004 denotes mixtures
T4889 799-805 CHEBI:23243 denotes cineol
T4890 810-817 CHEBI:4917 denotes eugenol
T4891 900-910 _FRAGMENT denotes pelargonic
T4892 923-927 CHEBI:29019 denotes acid
T4893 915-927 CHEBI:17418 denotes valeric acid
T4894 940-946 PR:000008234 denotes GluR-B
T4895 955-961 PR:000008234 denotes GluR-B
T4896 965-969 NCBITaxon:10088 denotes mice
T4897 991-999 GO:0007612 denotes learning
T4898 1380-1386 PR:000008234 denotes GluR-B
T4899 1402-1406 NCBITaxon:10088 denotes mice
T4900 1615-1623 CHEBI:60004 denotes mixtures
T4901 1697-1704 CHEBI:60004 denotes mixture
T4902 1741-1744 CHEBI:29019 denotes Pel
T4903 1745-1748 CHEBI:17418 denotes Val
T4904 2053-2059 PR:000008234 denotes GluR-B
T4905 2063-2067 NCBITaxon:10088 denotes mice
T4906 2149-2155 PR:000008234 denotes GluR-B
T4907 2159-2168 UBERON:0001890 denotes forebrain
T4908 2204-2222 GO:0008355 denotes olfactory learning
T4909 2304-2313 GO:0007608 denotes olfaction
T4910 2342-2348 PR:000008234 denotes GluR-B
T4911 2352-2356 NCBITaxon:10088 denotes mice
T4912 2382-2391 GO:0007608 denotes olfactory
T4913 2422-2430 GO:0007612 denotes learning
T4914 2644-2653 GO:0007608 denotes olfactory
T4915 2713-2727 GO:0007608 denotes sense of smell
T4916 2889-2895 PR:000008234 denotes GluR-B
T4917 2907-2913 PR:000008234 denotes GluR-B
T4918 2917-2921 NCBITaxon:10088 denotes mice
T4919 3043-3049 PR:000008234 denotes GluR-B
T4920 3086-3092 PR:000008234 denotes GluR-B
T4921 3120-3124 CHEBI:29108 denotes Ca2+
T4922 3178-3182 CHEBI:29108 denotes Ca2+
T4923 3219-3237 GO:0008355 denotes olfactory learning
R3371 T4876 T4875 _lexicallyChainedTo learning,odor
R3372 T4881 T4880 _lexicallyChainedTo conditioning,associative
R3373 T4892 T4891 _lexicallyChainedTo acid,pelargonic