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PMC:1255741 / 26599-27876 JSONTXT

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Id Subject Object Predicate Lexical cue
T6117 0-2 TO denotes To
T6118 3-11 VB denotes quantify
T6119 105-113 VBN denotes repeated
T6120 12-15 DT denotes the
T6121 16-24 NN denotes relation
T6122 25-32 IN denotes between
T6123 33-41 JJ denotes residual
T6124 49-56 NN denotes protein
T6125 42-46 NN denotes GluR
T6126 47-48 NN denotes B
T6127 46-47 HYPH denotes -
T6128 57-60 CC denotes and
T6129 61-70 JJ denotes olfactory
T6130 71-77 NN denotes memory
T6131 77-79 , denotes ,
T6132 79-82 DT denotes the
T6133 90-100 NN denotes experiment
T6134 83-89 NN denotes memory
T6135 101-104 VBD denotes was
T6136 114-118 IN denotes with
T6137 119-123 CD denotes nine
T6138 145-149 NNS denotes mice
T6139 124-134 JJ denotes additional
T6140 135-139 NN denotes GluR
T6141 140-144 NN denotes BΔFB
T6142 139-140 HYPH denotes -
T6143 150-153 CC denotes and
T6144 154-157 CD denotes two
T6145 177-184 NNS denotes animals
T6146 158-162 NN denotes GluR
T6147 163-168 NN denotes B2lox
T6148 162-163 HYPH denotes -
T6149 169-176 NN denotes control
T6150 185-186 -LRB- denotes (
T6151 186-195 VBN denotes indicated
T6152 196-200 IN denotes with
T6153 201-207 VBN denotes shaded
T6154 208-215 NNS denotes symbols
T6155 216-218 IN denotes in
T6156 219-225 NN denotes Figure
T6157 226-228 NN denotes 4A
T6158 228-229 -RRB- denotes )
T6159 229-231 , denotes ,
T6160 231-240 VBG denotes resulting
T6161 241-243 IN denotes in
T6162 244-247 DT denotes the
T6163 253-257 NN denotes mean
T6164 248-252 JJ denotes same
T6165 257-259 , denotes ,
T6166 259-270 NN denotes variability
T6167 270-272 , denotes ,
T6168 272-275 CC denotes and
T6169 276-281 NN denotes range
T6170 282-284 IN denotes of
T6171 285-291 NN denotes memory
T6172 292-303 NN denotes performance
T6173 304-305 -LRB- denotes (
T6174 342-343 NN denotes %
T6175 305-312 NN denotes control
T6176 321-322 NN denotes %
T6177 312-314 : denotes :
T6178 314-316 CD denotes 89
T6179 319-321 CD denotes 10
T6180 317-318 SYM denotes ±
T6181 322-323 : denotes ;
T6182 324-328 NN denotes GluR
T6183 329-333 NN denotes BΔFB
T6184 328-329 HYPH denotes -
T6185 333-335 : denotes :
T6186 335-337 CD denotes 63
T6187 340-342 CD denotes 14
T6188 338-339 SYM denotes ±
T6189 343-344 -RRB- denotes )
T6190 344-345 . denotes .
T6191 345-498 sentence denotes Subsequently, protein was extracted from olfactory bulbs, cortical areas, and hippocampi from each mouse, and GluR-B protein was quantified (Figure 4C).
T6192 346-358 RB denotes Subsequently
T6193 372-381 VBN denotes extracted
T6194 358-360 , denotes ,
T6195 360-367 NN denotes protein
T6196 368-371 VBD denotes was
T6197 382-386 IN denotes from
T6198 387-396 JJ denotes olfactory
T6199 397-402 NNS denotes bulbs
T6200 402-404 , denotes ,
T6201 404-412 JJ denotes cortical
T6202 413-418 NNS denotes areas
T6203 418-420 , denotes ,
T6204 420-423 CC denotes and
T6205 424-434 NNS denotes hippocampi
T6206 435-439 IN denotes from
T6207 440-444 DT denotes each
T6208 445-450 NN denotes mouse
T6209 450-452 , denotes ,
T6210 452-455 CC denotes and
T6211 456-460 NN denotes GluR
T6212 461-462 NN denotes B
T6213 460-461 HYPH denotes -
T6214 463-470 NN denotes protein
T6215 475-485 VBN denotes quantified
T6216 471-474 VBD denotes was
T6217 486-487 -LRB- denotes (
T6218 494-496 NN denotes 4C
T6219 487-493 NN denotes Figure
T6220 496-497 -RRB- denotes )
T6221 497-498 . denotes .
T6222 498-665 sentence denotes The summarized correlations are depicted in Figure 4D (two animals were used for immunofluorescent analysis that yielded the same results as in the first experiment).
T6223 499-502 DT denotes The
T6224 514-526 NNS denotes correlations
T6225 503-513 VBN denotes summarized
T6226 531-539 VBN denotes depicted
T6227 527-530 VBP denotes are
T6228 540-542 IN denotes in
T6229 543-549 NN denotes Figure
T6230 550-552 NN denotes 4D
T6231 553-554 -LRB- denotes (
T6232 571-575 VBN denotes used
T6233 554-557 CD denotes two
T6234 558-565 NNS denotes animals
T6235 566-570 VBD denotes were
T6236 576-579 IN denotes for
T6237 580-597 JJ denotes immunofluorescent
T6238 598-606 NN denotes analysis
T6239 607-611 WDT denotes that
T6240 612-619 VBD denotes yielded
T6241 620-623 DT denotes the
T6242 629-636 NNS denotes results
T6243 624-628 JJ denotes same
T6244 637-639 IN denotes as
T6245 640-642 IN denotes in
T6246 643-646 DT denotes the
T6247 653-663 NN denotes experiment
T6248 647-652 JJ denotes first
T6249 663-664 -RRB- denotes )
T6250 664-665 . denotes .
T6251 665-971 sentence denotes Whereas no learning or discrimination-related parameter correlated with residual protein levels (Figure 4D, R2 < 0.3), a strong correlation between memory and GluR-B protein was observed in hippocampus (Figure 4D, R2 = 0.72, p < 0.003, n = 10) and cortical areas (Figure 4D, R2 = 0.62, p < 0.006, n = 10).
T6252 666-673 IN denotes Whereas
T6253 722-732 VBD denotes correlated
T6254 674-676 DT denotes no
T6255 712-721 NN denotes parameter
T6256 677-685 NN denotes learning
T6257 704-711 VBN denotes related
T6258 686-688 CC denotes or
T6259 689-703 NN denotes discrimination
T6260 703-704 HYPH denotes -
T6261 844-852 VBN denotes observed
T6262 733-737 IN denotes with
T6263 738-746 JJ denotes residual
T6264 755-761 NNS denotes levels
T6265 747-754 NN denotes protein
T6266 762-763 -LRB- denotes (
T6267 770-772 NN denotes 4D
T6268 763-769 NN denotes Figure
T6269 772-774 , denotes ,
T6270 774-776 NN denotes R2
T6271 779-782 CD denotes 0.3
T6272 777-778 SYM denotes <
T6273 782-783 -RRB- denotes )
T6274 783-785 , denotes ,
T6275 785-786 DT denotes a
T6276 794-805 NN denotes correlation
T6277 787-793 JJ denotes strong
T6278 806-813 IN denotes between
T6279 814-820 NN denotes memory
T6280 821-824 CC denotes and
T6281 825-829 NN denotes GluR
T6282 830-831 NN denotes B
T6283 829-830 HYPH denotes -
T6284 832-839 NN denotes protein
T6285 840-843 VBD denotes was
T6286 853-855 IN denotes in
T6287 856-867 NN denotes hippocampus
T6288 868-869 -LRB- denotes (
T6289 876-878 NN denotes 4D
T6290 869-875 NN denotes Figure
T6291 878-880 , denotes ,
T6292 880-882 NN denotes R2
T6293 885-889 CD denotes 0.72
T6294 883-884 SYM denotes =
T6295 889-891 , denotes ,
T6296 891-892 NN denotes p
T6297 895-900 CD denotes 0.003
T6298 893-894 SYM denotes <
T6299 900-902 , denotes ,
T6300 902-903 NN denotes n
T6301 906-908 CD denotes 10
T6302 904-905 SYM denotes =
T6303 908-909 -RRB- denotes )
T6304 910-913 CC denotes and
T6305 914-922 JJ denotes cortical
T6306 923-928 NNS denotes areas
T6307 929-930 -LRB- denotes (
T6308 937-939 NN denotes 4D
T6309 930-936 NN denotes Figure
T6310 939-941 , denotes ,
T6311 941-943 NN denotes R2
T6312 946-950 CD denotes 0.62
T6313 944-945 SYM denotes =
T6314 950-952 , denotes ,
T6315 952-953 NN denotes p
T6316 956-961 CD denotes 0.006
T6317 954-955 SYM denotes <
T6318 961-963 , denotes ,
T6319 963-964 NN denotes n
T6320 967-969 CD denotes 10
T6321 965-966 SYM denotes =
T6322 969-970 -RRB- denotes )
T6323 970-971 . denotes .
T6324 971-1083 sentence denotes Only a weakly significant correlation was found in the olfactory bulb (Figure 4D, R2 = 0.48, p = 0.03, n = 10).
T6325 972-976 RB denotes Only
T6326 998-1009 NN denotes correlation
T6327 977-978 DT denotes a
T6328 979-985 RB denotes weakly
T6329 986-997 JJ denotes significant
T6330 1014-1019 VBN denotes found
T6331 1010-1013 VBD denotes was
T6332 1020-1022 IN denotes in
T6333 1023-1026 DT denotes the
T6334 1037-1041 NN denotes bulb
T6335 1027-1036 JJ denotes olfactory
T6336 1042-1043 -LRB- denotes (
T6337 1050-1052 NN denotes 4D
T6338 1043-1049 NN denotes Figure
T6339 1052-1054 , denotes ,
T6340 1054-1056 NN denotes R2
T6341 1059-1063 CD denotes 0.48
T6342 1057-1058 SYM denotes =
T6343 1063-1065 , denotes ,
T6344 1065-1066 NN denotes p
T6345 1069-1073 CD denotes 0.03
T6346 1067-1068 SYM denotes =
T6347 1073-1075 , denotes ,
T6348 1075-1076 NN denotes n
T6349 1079-1081 CD denotes 10
T6350 1077-1078 SYM denotes =
T6351 1081-1082 -RRB- denotes )
T6352 1082-1083 . denotes .
T6353 1083-1277 sentence denotes GluR-A levels were unchanged from wild-type, indicating that compensatory up-regulation of other AMPAR subunits is unlikely (GluR-A levels relative to control: 1.02 ± 0.05, mean ± SEM, n = 10).
T6354 1084-1088 NN denotes GluR
T6355 1089-1090 NN denotes A
T6356 1088-1089 HYPH denotes -
T6357 1091-1097 NNS denotes levels
T6358 1098-1102 VBD denotes were
T6359 1103-1112 JJ denotes unchanged
T6360 1113-1117 IN denotes from
T6361 1118-1122 JJ denotes wild
T6362 1123-1127 NN denotes type
T6363 1122-1123 HYPH denotes -
T6364 1127-1129 , denotes ,
T6365 1129-1139 VBG denotes indicating
T6366 1140-1144 IN denotes that
T6367 1196-1198 VBZ denotes is
T6368 1145-1157 JJ denotes compensatory
T6369 1161-1171 NN denotes regulation
T6370 1158-1160 JJ denotes up
T6371 1160-1161 HYPH denotes -
T6372 1172-1174 IN denotes of
T6373 1175-1180 JJ denotes other
T6374 1187-1195 NNS denotes subunits
T6375 1181-1186 NN denotes AMPAR
T6376 1199-1207 JJ denotes unlikely
T6377 1208-1209 -LRB- denotes (
T6378 1216-1222 NNS denotes levels
T6379 1209-1213 NN denotes GluR
T6380 1214-1215 NN denotes A
T6381 1213-1214 HYPH denotes -
T6382 1223-1231 JJ denotes relative
T6383 1232-1234 IN denotes to
T6384 1235-1242 NN denotes control
T6385 1242-1244 : denotes :
T6386 1244-1248 CD denotes 1.02
T6387 1251-1255 CD denotes 0.05
T6388 1249-1250 SYM denotes ±
T6389 1273-1275 CD denotes 10
T6390 1255-1257 , denotes ,
T6391 1257-1261 NN denotes mean
T6392 1264-1267 NN denotes SEM
T6393 1262-1263 SYM denotes ±
T6394 1267-1269 , denotes ,
T6395 1269-1270 NN denotes n
T6396 1271-1272 SYM denotes =
T6397 1275-1276 -RRB- denotes )
T6398 1276-1277 . denotes .
R4043 T6117 T6118 aux To,quantify
R4044 T6118 T6119 advcl quantify,repeated
R4045 T6120 T6121 det the,relation
R4046 T6121 T6118 dobj relation,quantify
R4047 T6122 T6121 prep between,relation
R4048 T6123 T6124 amod residual,protein
R4049 T6124 T6122 pobj protein,between
R4050 T6125 T6126 compound GluR,B
R4051 T6126 T6124 compound B,protein
R4052 T6127 T6126 punct -,B
R4053 T6128 T6124 cc and,protein
R4054 T6129 T6130 amod olfactory,memory
R4055 T6130 T6124 conj memory,protein
R4056 T6131 T6119 punct ", ",repeated
R4057 T6132 T6133 det the,experiment
R4058 T6133 T6119 nsubjpass experiment,repeated
R4059 T6134 T6133 compound memory,experiment
R4060 T6135 T6119 auxpass was,repeated
R4061 T6136 T6119 prep with,repeated
R4062 T6137 T6138 nummod nine,mice
R4063 T6138 T6136 pobj mice,with
R4064 T6139 T6138 amod additional,mice
R4065 T6140 T6141 compound GluR,BΔFB
R4066 T6141 T6138 compound BΔFB,mice
R4067 T6142 T6141 punct -,BΔFB
R4068 T6143 T6138 cc and,mice
R4069 T6144 T6145 nummod two,animals
R4070 T6145 T6138 conj animals,mice
R4071 T6146 T6147 compound GluR,B2lox
R4072 T6147 T6145 compound B2lox,animals
R4073 T6148 T6147 punct -,B2lox
R4074 T6149 T6145 compound control,animals
R4075 T6150 T6151 punct (,indicated
R4076 T6151 T6119 parataxis indicated,repeated
R4077 T6152 T6151 prep with,indicated
R4078 T6153 T6154 amod shaded,symbols
R4079 T6154 T6152 pobj symbols,with
R4080 T6155 T6151 prep in,indicated
R4081 T6156 T6157 compound Figure,4A
R4082 T6157 T6155 pobj 4A,in
R4083 T6158 T6151 punct ),indicated
R4084 T6159 T6119 punct ", ",repeated
R4085 T6160 T6119 advcl resulting,repeated
R4086 T6161 T6160 prep in,resulting
R4087 T6162 T6163 det the,mean
R4088 T6163 T6161 pobj mean,in
R4089 T6164 T6163 amod same,mean
R4090 T6165 T6163 punct ", ",mean
R4091 T6166 T6163 conj variability,mean
R4092 T6167 T6166 punct ", ",variability
R4093 T6168 T6166 cc and,variability
R4094 T6169 T6166 conj range,variability
R4095 T6170 T6163 prep of,mean
R4096 T6171 T6172 compound memory,performance
R4097 T6172 T6170 pobj performance,of
R4098 T6173 T6174 punct (,%
R4100 T6175 T6176 dep control,%
R4101 T6176 T6174 dep %,%
R4102 T6177 T6176 punct : ,%
R4103 T6178 T6179 quantmod 89,10
R4104 T6179 T6176 nummod 10,%
R4105 T6180 T6179 punct ±,10
R4106 T6181 T6174 punct ;,%
R4107 T6182 T6183 compound GluR,BΔFB
R4108 T6183 T6174 dep BΔFB,%
R4109 T6184 T6183 punct -,BΔFB
R4110 T6185 T6174 punct : ,%
R4111 T6186 T6187 quantmod 63,14
R4112 T6187 T6174 nummod 14,%
R4113 T6188 T6187 punct ±,14
R4114 T6189 T6174 punct ),%
R4115 T6190 T6119 punct .,repeated
R4116 T6192 T6193 advmod Subsequently,extracted
R4117 T6194 T6193 punct ", ",extracted
R4118 T6195 T6193 nsubjpass protein,extracted
R4119 T6196 T6193 auxpass was,extracted
R4120 T6197 T6193 prep from,extracted
R4121 T6198 T6199 amod olfactory,bulbs
R4122 T6199 T6197 pobj bulbs,from
R4123 T6200 T6199 punct ", ",bulbs
R4124 T6201 T6202 amod cortical,areas
R4125 T6202 T6199 conj areas,bulbs
R4126 T6203 T6202 punct ", ",areas
R4127 T6204 T6202 cc and,areas
R4128 T6205 T6202 conj hippocampi,areas
R4129 T6206 T6199 prep from,bulbs
R4130 T6207 T6208 det each,mouse
R4131 T6208 T6206 pobj mouse,from
R4132 T6209 T6193 punct ", ",extracted
R4133 T6210 T6193 cc and,extracted
R4134 T6211 T6212 compound GluR,B
R4135 T6212 T6214 compound B,protein
R4136 T6213 T6212 punct -,B
R4137 T6214 T6215 nsubjpass protein,quantified
R4138 T6215 T6193 conj quantified,extracted
R4139 T6216 T6215 auxpass was,quantified
R4140 T6217 T6218 punct (,4C
R4141 T6218 T6215 parataxis 4C,quantified
R4142 T6219 T6218 compound Figure,4C
R4143 T6220 T6218 punct ),4C
R4144 T6221 T6193 punct .,extracted
R4145 T6223 T6224 det The,correlations
R4146 T6224 T6226 nsubjpass correlations,depicted
R4147 T6225 T6224 amod summarized,correlations
R4148 T6227 T6226 auxpass are,depicted
R4149 T6228 T6226 prep in,depicted
R4150 T6229 T6230 compound Figure,4D
R4151 T6230 T6228 pobj 4D,in
R4152 T6231 T6232 punct (,used
R4153 T6232 T6226 parataxis used,depicted
R4154 T6233 T6234 nummod two,animals
R4155 T6234 T6232 nsubjpass animals,used
R4156 T6235 T6232 auxpass were,used
R4157 T6236 T6232 prep for,used
R4158 T6237 T6238 amod immunofluorescent,analysis
R4159 T6238 T6236 pobj analysis,for
R4160 T6239 T6240 dep that,yielded
R4161 T6240 T6238 relcl yielded,analysis
R4162 T6241 T6242 det the,results
R4163 T6242 T6240 dobj results,yielded
R4164 T6243 T6242 amod same,results
R4165 T6244 T6240 prep as,yielded
R4166 T6245 T6244 prep in,as
R4167 T6246 T6247 det the,experiment
R4168 T6247 T6245 pobj experiment,in
R4169 T6248 T6247 amod first,experiment
R4170 T6249 T6232 punct ),used
R4171 T6250 T6226 punct .,depicted
R4172 T6252 T6253 mark Whereas,correlated
R4173 T6253 T6261 advcl correlated,observed
R4174 T6254 T6255 det no,parameter
R4175 T6255 T6253 nsubj parameter,correlated
R4176 T6256 T6257 npadvmod learning,related
R4177 T6257 T6255 amod related,parameter
R4178 T6258 T6256 cc or,learning
R4179 T6259 T6256 conj discrimination,learning
R4180 T6260 T6257 punct -,related
R4181 T6262 T6253 prep with,correlated
R4182 T6263 T6264 amod residual,levels
R4183 T6264 T6262 pobj levels,with
R4184 T6265 T6264 compound protein,levels
R4185 T6266 T6267 punct (,4D
R4186 T6267 T6253 parataxis 4D,correlated
R4187 T6268 T6267 compound Figure,4D
R4188 T6269 T6267 punct ", ",4D
R4189 T6270 T6271 nsubj R2,0.3
R4190 T6271 T6267 ccomp 0.3,4D
R4191 T6272 T6271 punct <,0.3
R4192 T6273 T6267 punct ),4D
R4193 T6274 T6261 punct ", ",observed
R4194 T6275 T6276 det a,correlation
R4195 T6276 T6261 nsubjpass correlation,observed
R4196 T6277 T6276 amod strong,correlation
R4197 T6278 T6276 prep between,correlation
R4198 T6279 T6278 pobj memory,between
R4199 T6280 T6279 cc and,memory
R4200 T6281 T6282 compound GluR,B
R4201 T6282 T6284 compound B,protein
R4202 T6283 T6282 punct -,B
R4203 T6284 T6279 conj protein,memory
R4204 T6285 T6261 auxpass was,observed
R4205 T6286 T6261 prep in,observed
R4206 T6287 T6286 pobj hippocampus,in
R4207 T6288 T6289 punct (,4D
R4208 T6289 T6287 parataxis 4D,hippocampus
R4209 T6290 T6289 compound Figure,4D
R4210 T6291 T6289 punct ", ",4D
R4211 T6292 T6293 nsubj R2,0.72
R4212 T6293 T6289 ccomp 0.72,4D
R4213 T6294 T6293 punct =,0.72
R4214 T6295 T6289 punct ", ",4D
R4215 T6296 T6297 nsubj p,0.003
R4216 T6297 T6289 ccomp 0.003,4D
R4217 T6298 T6297 punct <,0.003
R4218 T6299 T6289 punct ", ",4D
R4219 T6300 T6301 nsubj n,10
R4220 T6301 T6289 ccomp 10,4D
R4221 T6302 T6301 punct =,10
R4222 T6303 T6289 punct ),4D
R4223 T6304 T6287 cc and,hippocampus
R4224 T6305 T6306 amod cortical,areas
R4225 T6306 T6287 conj areas,hippocampus
R4226 T6307 T6308 punct (,4D
R4227 T6308 T6306 parataxis 4D,areas
R4228 T6309 T6308 compound Figure,4D
R4229 T6310 T6308 punct ", ",4D
R4230 T6311 T6312 nsubj R2,0.62
R4231 T6312 T6308 ccomp 0.62,4D
R4232 T6313 T6312 punct =,0.62
R4233 T6314 T6308 punct ", ",4D
R4234 T6315 T6316 nsubj p,0.006
R4235 T6316 T6308 ccomp 0.006,4D
R4236 T6317 T6316 punct <,0.006
R4237 T6318 T6308 punct ", ",4D
R4238 T6319 T6320 nsubj n,10
R4239 T6320 T6308 ccomp 10,4D
R4240 T6321 T6320 punct =,10
R4241 T6322 T6308 punct ),4D
R4242 T6323 T6261 punct .,observed
R4243 T6325 T6326 advmod Only,correlation
R4244 T6326 T6330 nsubjpass correlation,found
R4245 T6327 T6326 det a,correlation
R4246 T6328 T6329 advmod weakly,significant
R4247 T6329 T6326 amod significant,correlation
R4248 T6331 T6330 auxpass was,found
R4249 T6332 T6330 prep in,found
R4250 T6333 T6334 det the,bulb
R4251 T6334 T6332 pobj bulb,in
R4252 T6335 T6334 amod olfactory,bulb
R4253 T6336 T6337 punct (,4D
R4254 T6337 T6330 parataxis 4D,found
R4255 T6338 T6337 compound Figure,4D
R4256 T6339 T6337 punct ", ",4D
R4257 T6340 T6341 nsubj R2,0.48
R4258 T6341 T6337 ccomp 0.48,4D
R4259 T6342 T6341 punct =,0.48
R4260 T6343 T6337 punct ", ",4D
R4261 T6344 T6345 nsubj p,0.03
R4262 T6345 T6337 ccomp 0.03,4D
R4263 T6346 T6345 punct =,0.03
R4264 T6347 T6337 punct ", ",4D
R4265 T6348 T6349 nsubj n,10
R4266 T6349 T6337 ccomp 10,4D
R4267 T6350 T6349 punct =,10
R4268 T6351 T6337 punct ),4D
R4269 T6352 T6330 punct .,found
R4270 T6354 T6355 compound GluR,A
R4271 T6355 T6357 compound A,levels
R4272 T6356 T6355 punct -,A
R4273 T6357 T6358 nsubj levels,were
R4274 T6359 T6358 acomp unchanged,were
R4275 T6360 T6358 prep from,were
R4276 T6361 T6362 amod wild,type
R4277 T6362 T6360 pobj type,from
R4278 T6363 T6362 punct -,type
R4279 T6364 T6358 punct ", ",were
R4280 T6365 T6358 advcl indicating,were
R4281 T6366 T6367 mark that,is
R4282 T6367 T6365 ccomp is,indicating
R4283 T6368 T6369 amod compensatory,regulation
R4284 T6369 T6367 nsubj regulation,is
R4285 T6370 T6369 amod up,regulation
R4286 T6371 T6369 punct -,regulation
R4287 T6372 T6369 prep of,regulation
R4288 T6373 T6374 amod other,subunits
R4289 T6374 T6372 pobj subunits,of
R4290 T6375 T6374 compound AMPAR,subunits
R4291 T6376 T6367 acomp unlikely,is
R4292 T6377 T6378 punct (,levels
R4293 T6378 T6358 parataxis levels,were
R4294 T6379 T6380 compound GluR,A
R4295 T6380 T6378 compound A,levels
R4296 T6381 T6380 punct -,A
R4297 T6382 T6378 amod relative,levels
R4298 T6383 T6382 prep to,relative
R4299 T6384 T6383 pobj control,to
R4300 T6385 T6378 punct : ,levels
R4301 T6386 T6387 nummod 1.02,0.05
R4302 T6387 T6389 dep 0.05,10
R4303 T6388 T6387 punct ±,0.05
R4304 T6389 T6378 dep 10,levels
R4305 T6390 T6389 punct ", ",10
R4306 T6391 T6392 nmod mean,SEM
R4307 T6392 T6389 dep SEM,10
R4308 T6393 T6392 punct ±,SEM
R4309 T6394 T6389 punct ", ",10
R4310 T6395 T6389 nsubj n,10
R4311 T6396 T6389 punct =,10
R4312 T6397 T6378 punct ),levels
R4313 T6398 T6358 punct .,were
R4099 T6174 T6161 parataxis %,in

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
T6634 42-46 GO_EXT:0008066 denotes GluR
T6635 42-48 PR_EXT:000008234 denotes GluR-B
T6636 49-56 CHEBI_PR_EXT:protein denotes protein
T6637 61-70 GO:0007608 denotes olfactory
T6638 71-77 GO:0007613 denotes memory
T6639 83-89 GO:0007613 denotes memory
T6640 135-139 GO_EXT:0008066 denotes GluR
T6641 135-141 PR_EXT:000008234 denotes GluR-B
T6642 145-149 NCBITaxon:10088 denotes mice
T6643 158-162 GO_EXT:0008066 denotes GluR
T6644 177-184 NCBITaxon:33208 denotes animals
T6645 285-291 GO:0007613 denotes memory
T6646 324-328 GO_EXT:0008066 denotes GluR
T6647 324-330 PR_EXT:000008234 denotes GluR-B
T6648 360-367 CHEBI_PR_EXT:protein denotes protein
T6649 387-396 GO:0007608 denotes olfactory
T6650 387-402 UBERON:0002264 denotes olfactory bulbs
T6651 404-412 UBERON:0001851 denotes cortical
T6652 424-434 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampi
T6653 445-450 NCBITaxon:10088 denotes mouse
T6654 456-460 GO_EXT:0008066 denotes GluR
T6655 456-462 PR_EXT:000008234 denotes GluR-B
T6656 463-470 CHEBI_PR_EXT:protein denotes protein
T6657 558-565 NCBITaxon:33208 denotes animals
T6658 677-685 GO:0007612 denotes learning
T6659 747-754 CHEBI_PR_EXT:protein denotes protein
T6660 814-820 GO:0007613 denotes memory
T6661 825-829 GO_EXT:0008066 denotes GluR
T6662 825-831 PR_EXT:000008234 denotes GluR-B
T6663 832-839 CHEBI_PR_EXT:protein denotes protein
T6664 856-867 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T6665 914-922 UBERON:0001851 denotes cortical
T6666 1027-1036 GO:0007608 denotes olfactory
T6667 1027-1041 UBERON:0002264 denotes olfactory bulb
T6668 1084-1088 GO_EXT:0008066 denotes GluR
T6669 1084-1090 PR_EXT:000008233 denotes GluR-A
T6670 1118-1127 SO_EXT:wild_type_entity_or_quality denotes wild-type
T6671 1158-1171 GO_EXT:positive_regulation denotes up-regulation
T6672 1181-1186 GO_EXT:0004971 denotes AMPAR
T6673 1209-1213 GO_EXT:0008066 denotes GluR
T6674 1209-1215 PR_EXT:000008233 denotes GluR-A

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
T6553 42-48 PR:000008234 denotes GluR-B
T6554 61-70 GO:0007608 denotes olfactory
T6555 71-77 GO:0007613 denotes memory
T6556 83-89 GO:0007613 denotes memory
T6557 135-141 PR:000008234 denotes GluR-B
T6558 145-149 NCBITaxon:10088 denotes mice
T6559 177-184 NCBITaxon:33208 denotes animals
T6560 285-291 GO:0007613 denotes memory
T6561 324-330 PR:000008234 denotes GluR-B
T6562 387-396 GO:0007608 denotes olfactory
T6563 387-402 UBERON:0002264 denotes olfactory bulbs
T6564 404-412 UBERON:0001851 denotes cortical
T6565 445-450 NCBITaxon:10088 denotes mouse
T6566 456-462 PR:000008234 denotes GluR-B
T6567 558-565 NCBITaxon:33208 denotes animals
T6568 677-685 GO:0007612 denotes learning
T6569 814-820 GO:0007613 denotes memory
T6570 825-831 PR:000008234 denotes GluR-B
T6571 914-922 UBERON:0001851 denotes cortical
T6572 1027-1036 GO:0007608 denotes olfactory
T6573 1027-1041 UBERON:0002264 denotes olfactory bulb
T6574 1084-1090 PR:000008233 denotes GluR-A
T6575 1209-1215 PR:000008233 denotes GluR-A