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PMC:149350 / 116-731 JSONTXT 4 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T156 0-3 CD denotes One
T157 4-12 NN denotes approach
T159 13-15 IN denotes to
T160 16-25 VBG denotes resolving
T161 26-30 DT denotes some
T162 31-33 IN denotes of
T163 34-37 DT denotes the
T165 38-40 FW denotes in
T166 41-45 FW denotes vivo
T164 46-55 NNS denotes functions
T167 56-58 IN denotes of
T168 59-64 NN denotes alpha
T170 64-65 HYPH denotes -
T169 65-75 NN denotes crystallin
T158 76-78 VBZ denotes is
T171 79-81 TO denotes to
T172 82-90 VB denotes generate
T173 91-97 NN denotes animal
T174 98-104 NNS denotes models
T175 105-110 WRB denotes where
T177 111-114 CD denotes one
T178 115-117 CC denotes or
T179 118-122 DT denotes both
T180 123-125 IN denotes of
T181 126-129 DT denotes the
T183 130-135 NN denotes alpha
T185 135-136 HYPH denotes -
T184 136-146 NN denotes crystallin
T186 147-151 NN denotes gene
T182 152-160 NNS denotes products
T187 161-165 VBP denotes have
T188 166-170 VBN denotes been
T176 171-181 VBN denotes eliminated
T189 181-182 . denotes .
T190 182-435 sentence denotes In the single alpha-crystallin knockout mice, the remaining alpha-crystallin may fully or partially compensate for some of the functions of the missing protein, especially in the lens, where both alphaA and alphaB are normally expressed at high levels.
T191 183-185 IN denotes In
T193 186-189 DT denotes the
T195 190-196 JJ denotes single
T197 197-202 NN denotes alpha
T199 202-203 HYPH denotes -
T198 203-213 NN denotes crystallin
T196 214-222 NN denotes knockout
T194 223-227 NNS denotes mice
T200 227-229 , denotes ,
T201 229-232 DT denotes the
T203 233-242 VBG denotes remaining
T204 243-248 NN denotes alpha
T205 248-249 HYPH denotes -
T202 249-259 NN denotes crystallin
T206 260-263 MD denotes may
T207 264-269 RB denotes fully
T208 270-272 CC denotes or
T209 273-282 RB denotes partially
T192 283-293 VB denotes compensate
T210 294-297 IN denotes for
T211 298-302 DT denotes some
T212 303-305 IN denotes of
T213 306-309 DT denotes the
T214 310-319 NNS denotes functions
T215 320-322 IN denotes of
T216 323-326 DT denotes the
T218 327-334 VBG denotes missing
T217 335-342 NN denotes protein
T219 342-344 , denotes ,
T220 344-354 RB denotes especially
T221 355-357 IN denotes in
T222 358-361 DT denotes the
T223 362-366 NN denotes lens
T224 366-368 , denotes ,
T225 368-373 WRB denotes where
T227 374-378 CC denotes both
T228 379-385 NN denotes alphaA
T229 386-389 CC denotes and
T230 390-396 NN denotes alphaB
T231 397-400 VBP denotes are
T232 401-409 RB denotes normally
T226 410-419 VBN denotes expressed
T233 420-422 IN denotes at
T234 423-427 JJ denotes high
T235 428-434 NNS denotes levels
T236 434-435 . denotes .
T237 435-615 sentence denotes The purpose of this study was to characterize gross lenticular morphology in normal mice and mice with the targeted disruption of alphaA- and alphaB-crystallin genes (alphaA/BKO).
T238 436-439 DT denotes The
T239 440-447 NN denotes purpose
T241 448-450 IN denotes of
T242 451-455 DT denotes this
T243 456-461 NN denotes study
T240 462-465 VBD denotes was
T244 466-468 TO denotes to
T245 469-481 VB denotes characterize
T246 482-487 JJ denotes gross
T248 488-498 JJ denotes lenticular
T247 499-509 NN denotes morphology
T249 510-512 IN denotes in
T250 513-519 JJ denotes normal
T251 520-524 NNS denotes mice
T252 525-528 CC denotes and
T253 529-533 NNS denotes mice
T254 534-538 IN denotes with
T255 539-542 DT denotes the
T257 543-551 VBN denotes targeted
T256 552-562 NN denotes disruption
T258 563-565 IN denotes of
T259 566-572 NN denotes alphaA
T261 572-573 HYPH denotes -
T262 574-577 CC denotes and
T263 578-584 NN denotes alphaB
T264 584-585 HYPH denotes -
T260 585-595 NN denotes crystallin
T265 596-601 NNS denotes genes
T266 602-603 -LRB- denotes (
T267 603-609 NN denotes alphaA
T269 609-610 HYPH denotes /
T268 610-613 NN denotes BKO
T270 613-614 -RRB- denotes )
T271 614-615 . denotes .
R100 T241 T239 prep of,purpose
R101 T242 T243 det this,study
R102 T243 T241 pobj study,of
R103 T244 T245 aux to,characterize
R104 T245 T240 xcomp characterize,was
R105 T246 T247 amod gross,morphology
R106 T247 T245 dobj morphology,characterize
R107 T248 T247 amod lenticular,morphology
R108 T249 T245 prep in,characterize
R109 T250 T251 amod normal,mice
R110 T251 T249 pobj mice,in
R111 T252 T251 cc and,mice
R112 T253 T251 conj mice,mice
R113 T254 T253 prep with,mice
R114 T255 T256 det the,disruption
R115 T256 T254 pobj disruption,with
R116 T257 T256 amod targeted,disruption
R117 T258 T256 prep of,disruption
R118 T259 T260 nmod alphaA,crystallin
R119 T260 T265 compound crystallin,genes
R120 T261 T259 punct -,alphaA
R121 T262 T259 cc and,alphaA
R122 T263 T259 conj alphaB,alphaA
R123 T264 T260 punct -,crystallin
R124 T265 T258 pobj genes,of
R125 T266 T265 punct (,genes
R126 T267 T268 compound alphaA,BKO
R127 T268 T265 parataxis BKO,genes
R128 T269 T268 punct /,BKO
R129 T270 T268 punct ),BKO
R130 T271 T240 punct .,was
R20 T156 T157 nummod One,approach
R21 T157 T158 nsubj approach,is
R22 T159 T157 prep to,approach
R23 T160 T159 pcomp resolving,to
R24 T161 T160 dobj some,resolving
R25 T162 T161 prep of,some
R26 T163 T164 det the,functions
R27 T164 T162 pobj functions,of
R28 T165 T166 advmod in,vivo
R29 T166 T164 amod vivo,functions
R30 T167 T164 prep of,functions
R31 T168 T169 compound alpha,crystallin
R32 T169 T167 pobj crystallin,of
R33 T170 T169 punct -,crystallin
R34 T171 T172 aux to,generate
R35 T172 T158 xcomp generate,is
R36 T173 T174 compound animal,models
R37 T174 T172 dobj models,generate
R38 T175 T176 advmod where,eliminated
R39 T176 T174 relcl eliminated,models
R40 T177 T176 nsubjpass one,eliminated
R41 T178 T177 cc or,one
R42 T179 T177 conj both,one
R43 T180 T177 prep of,one
R44 T181 T182 det the,products
R45 T182 T180 pobj products,of
R46 T183 T184 compound alpha,crystallin
R47 T184 T182 compound crystallin,products
R48 T185 T184 punct -,crystallin
R49 T186 T182 compound gene,products
R50 T187 T176 aux have,eliminated
R51 T188 T176 auxpass been,eliminated
R52 T189 T158 punct .,is
R53 T191 T192 prep In,compensate
R54 T193 T194 det the,mice
R55 T194 T191 pobj mice,In
R56 T195 T196 amod single,knockout
R57 T196 T194 compound knockout,mice
R58 T197 T198 compound alpha,crystallin
R59 T198 T196 compound crystallin,knockout
R60 T199 T198 punct -,crystallin
R61 T200 T192 punct ", ",compensate
R62 T201 T202 det the,crystallin
R63 T202 T192 nsubj crystallin,compensate
R64 T203 T202 amod remaining,crystallin
R65 T204 T202 compound alpha,crystallin
R66 T205 T202 punct -,crystallin
R67 T206 T192 aux may,compensate
R68 T207 T192 advmod fully,compensate
R69 T208 T207 cc or,fully
R70 T209 T207 conj partially,fully
R71 T210 T192 prep for,compensate
R72 T211 T210 pobj some,for
R73 T212 T211 prep of,some
R74 T213 T214 det the,functions
R75 T214 T212 pobj functions,of
R76 T215 T214 prep of,functions
R77 T216 T217 det the,protein
R78 T217 T215 pobj protein,of
R79 T218 T217 amod missing,protein
R80 T219 T192 punct ", ",compensate
R81 T220 T221 advmod especially,in
R82 T221 T192 prep in,compensate
R83 T222 T223 det the,lens
R84 T223 T221 pobj lens,in
R85 T224 T223 punct ", ",lens
R86 T225 T226 advmod where,expressed
R87 T226 T223 relcl expressed,lens
R88 T227 T228 preconj both,alphaA
R89 T228 T226 nsubjpass alphaA,expressed
R90 T229 T228 cc and,alphaA
R91 T230 T228 conj alphaB,alphaA
R92 T231 T226 auxpass are,expressed
R93 T232 T226 advmod normally,expressed
R94 T233 T226 prep at,expressed
R95 T234 T235 amod high,levels
R96 T235 T233 pobj levels,at
R97 T236 T192 punct .,compensate
R98 T238 T239 det The,purpose
R99 T239 T240 nsubj purpose,was