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PMC:194730 / 145-1830 JSONTXT

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Id Subject Object Predicate Lexical cue
T230 0-10 sentence denotes Background
T231 0-10 NN denotes Background
T232 10-165 sentence denotes Annexin A7 is a Ca2+- and phospholipid-binding protein expressed as a 47 and 51 kDa isoform, which is thought to be involved in membrane fusion processes.
T233 11-18 NN denotes Annexin
T234 19-21 NN denotes A7
T235 22-24 VBZ denotes is
T236 25-26 DT denotes a
T237 58-65 NN denotes protein
T238 27-31 NN denotes Ca2+
T239 50-57 VBG denotes binding
T240 31-32 HYPH denotes -
T241 33-36 CC denotes and
T242 37-49 NN denotes phospholipid
T243 49-50 HYPH denotes -
T244 66-75 VBN denotes expressed
T245 76-78 IN denotes as
T246 79-80 DT denotes a
T247 95-102 NN denotes isoform
T248 81-83 CD denotes 47
T249 91-94 NN denotes kDa
T250 84-87 CC denotes and
T251 88-90 CD denotes 51
T252 102-104 , denotes ,
T253 104-109 WDT denotes which
T254 113-120 VBN denotes thought
T255 110-112 VBZ denotes is
T256 121-123 TO denotes to
T257 127-135 VBN denotes involved
T258 124-126 VB denotes be
T259 136-138 IN denotes in
T260 139-147 NN denotes membrane
T261 148-154 NN denotes fusion
T262 155-164 NNS denotes processes
T263 164-165 . denotes .
T264 165-445 sentence denotes Recently the 47 kDa isoform has been identified in erythrocytes where it was proposed to be a key component in the process of the Ca2+-dependent vesicle release, a process with which red blood cells might protect themselves against an attack by for example complement components.
T265 166-174 RB denotes Recently
T266 203-213 VBN denotes identified
T267 175-178 DT denotes the
T268 186-193 NN denotes isoform
T269 179-181 CD denotes 47
T270 182-185 NN denotes kDa
T271 194-197 VBZ denotes has
T272 198-202 VBN denotes been
T273 214-216 IN denotes in
T274 217-229 NNS denotes erythrocytes
T275 230-235 WRB denotes where
T276 243-251 VBN denotes proposed
T277 236-238 PRP denotes it
T278 239-242 VBD denotes was
T279 252-254 TO denotes to
T280 255-257 VB denotes be
T281 258-259 DT denotes a
T282 264-273 NN denotes component
T283 260-263 JJ denotes key
T284 274-276 IN denotes in
T285 277-280 DT denotes the
T286 281-288 NN denotes process
T287 289-291 IN denotes of
T288 292-295 DT denotes the
T289 319-326 NN denotes release
T290 296-300 NN denotes Ca2+
T291 301-310 JJ denotes dependent
T292 300-301 HYPH denotes -
T293 311-318 NN denotes vesicle
T294 326-328 , denotes ,
T295 328-329 DT denotes a
T296 330-337 NN denotes process
T297 338-342 IN denotes with
T298 371-378 VB denotes protect
T299 343-348 WDT denotes which
T300 349-352 JJ denotes red
T301 359-364 NNS denotes cells
T302 353-358 NN denotes blood
T303 365-370 MD denotes might
T304 379-389 PRP denotes themselves
T305 390-397 IN denotes against
T306 398-400 DT denotes an
T307 401-407 NN denotes attack
T308 408-410 IN denotes by
T309 411-414 IN denotes for
T310 434-444 NNS denotes components
T311 415-422 NN denotes example
T312 423-433 NN denotes complement
T313 444-445 . denotes .
T314 445-454 sentence denotes Results
T315 447-454 NNS denotes Results
T316 454-546 sentence denotes The role of annexin A7 in red blood cells was addressed in erythrocytes from anxA7-/- mice.
T317 455-458 DT denotes The
T318 459-463 NN denotes role
T319 501-510 VBN denotes addressed
T320 464-466 IN denotes of
T321 467-474 NN denotes annexin
T322 475-477 NN denotes A7
T323 478-480 IN denotes in
T324 481-484 JJ denotes red
T325 491-496 NNS denotes cells
T326 485-490 NN denotes blood
T327 497-500 VBD denotes was
T328 511-513 IN denotes in
T329 514-526 NNS denotes erythrocytes
T330 527-531 IN denotes from
T331 532-537 JJ denotes anxA7
T332 541-545 NNS denotes mice
T333 537-538 SYM denotes -
T334 538-539 HYPH denotes /
T335 539-540 SYM denotes -
T336 545-546 . denotes .
T337 546-618 sentence denotes Interestingly, the Ca2+-mediated vesiculation process was not impaired.
T338 547-560 RB denotes Interestingly
T339 609-617 VBN denotes impaired
T340 560-562 , denotes ,
T341 562-565 DT denotes the
T342 593-600 NN denotes process
T343 566-570 NN denotes Ca2+
T344 571-579 VBN denotes mediated
T345 570-571 HYPH denotes -
T346 580-592 NN denotes vesiculation
T347 601-604 VBD denotes was
T348 605-608 RB denotes not
T349 617-618 . denotes .
T350 618-729 sentence denotes Also, the membrane organization appeared not to be disturbed as assessed using gradient fractionation studies.
T351 619-623 RB denotes Also
T352 651-659 VBD denotes appeared
T353 623-625 , denotes ,
T354 625-628 DT denotes the
T355 638-650 NN denotes organization
T356 629-637 NN denotes membrane
T357 660-663 RB denotes not
T358 670-679 VBN denotes disturbed
T359 664-666 TO denotes to
T360 667-669 VB denotes be
T361 680-682 IN denotes as
T362 683-691 VBN denotes assessed
T363 692-697 VBG denotes using
T364 698-706 NN denotes gradient
T365 707-720 NN denotes fractionation
T366 721-728 NNS denotes studies
T367 728-729 . denotes .
T368 729-839 sentence denotes Instead, lack of annexin A7 led to an altered cell shape and increased osmotic resistance of red blood cells.
T369 730-737 RB denotes Instead
T370 758-761 VBD denotes led
T371 737-739 , denotes ,
T372 739-743 NN denotes lack
T373 744-746 IN denotes of
T374 747-754 NN denotes annexin
T375 755-757 NN denotes A7
T376 762-764 IN denotes to
T377 765-767 DT denotes an
T378 781-786 NN denotes shape
T379 768-775 JJ denotes altered
T380 776-780 NN denotes cell
T381 787-790 CC denotes and
T382 791-800 VBN denotes increased
T383 809-819 NN denotes resistance
T384 801-808 JJ denotes osmotic
T385 820-822 IN denotes of
T386 823-826 JJ denotes red
T387 833-838 NNS denotes cells
T388 827-832 NN denotes blood
T389 838-839 . denotes .
T390 839-884 sentence denotes Annexin A7 was also identified in platelets.
T391 840-847 NN denotes Annexin
T392 848-850 NN denotes A7
T393 860-870 VBN denotes identified
T394 851-854 VBD denotes was
T395 855-859 RB denotes also
T396 871-873 IN denotes in
T397 874-883 NNS denotes platelets
T398 883-884 . denotes .
T399 884-1021 sentence denotes In these cells its loss led to a slightly slower aggregation velocity which seems to be compensated by an increased number of platelets.
T400 885-887 IN denotes In
T401 909-912 VBD denotes led
T402 888-893 DT denotes these
T403 894-899 NNS denotes cells
T404 900-903 PRP$ denotes its
T405 904-908 NN denotes loss
T406 913-915 IN denotes to
T407 916-917 DT denotes a
T408 946-954 NN denotes velocity
T409 918-926 RB denotes slightly
T410 927-933 JJR denotes slower
T411 934-945 NN denotes aggregation
T412 955-960 WDT denotes which
T413 961-966 VBZ denotes seems
T414 967-969 TO denotes to
T415 973-984 VBN denotes compensated
T416 970-972 VB denotes be
T417 985-987 IN denotes by
T418 988-990 DT denotes an
T419 1001-1007 NN denotes number
T420 991-1000 VBN denotes increased
T421 1008-1010 IN denotes of
T422 1011-1020 NNS denotes platelets
T423 1020-1021 . denotes .
T424 1021-1143 sentence denotes The results appear to rule out an important role of annexin A7 in membrane fusion processes occurring in red blood cells.
T425 1022-1025 DT denotes The
T426 1026-1033 NNS denotes results
T427 1034-1040 VBP denotes appear
T428 1041-1043 TO denotes to
T429 1044-1048 VB denotes rule
T430 1049-1052 RP denotes out
T431 1053-1055 DT denotes an
T432 1066-1070 NN denotes role
T433 1056-1065 JJ denotes important
T434 1071-1073 IN denotes of
T435 1074-1081 NN denotes annexin
T436 1082-1084 NN denotes A7
T437 1085-1087 IN denotes in
T438 1088-1096 NN denotes membrane
T439 1097-1103 NN denotes fusion
T440 1104-1113 NNS denotes processes
T441 1114-1123 VBG denotes occurring
T442 1124-1126 IN denotes in
T443 1127-1130 JJ denotes red
T444 1137-1142 NNS denotes cells
T445 1131-1136 NN denotes blood
T446 1142-1143 . denotes .
T447 1143-1231 sentence denotes Instead the protein might be involved in the organization of the membrane cytoskeleton.
T448 1144-1151 RB denotes Instead
T449 1173-1181 VBN denotes involved
T450 1152-1155 DT denotes the
T451 1156-1163 NN denotes protein
T452 1164-1169 MD denotes might
T453 1170-1172 VB denotes be
T454 1182-1184 IN denotes in
T455 1185-1188 DT denotes the
T456 1189-1201 NN denotes organization
T457 1202-1204 IN denotes of
T458 1205-1208 DT denotes the
T459 1218-1230 NN denotes cytoskeleton
T460 1209-1217 NN denotes membrane
T461 1230-1231 . denotes .
T462 1231-1337 sentence denotes Red blood cells may represent an appropriate model to study the role of annexin A7 in cellular processes.
T463 1232-1235 JJ denotes Red
T464 1242-1247 NNS denotes cells
T465 1236-1241 NN denotes blood
T466 1252-1261 VB denotes represent
T467 1248-1251 MD denotes may
T468 1262-1264 DT denotes an
T469 1277-1282 NN denotes model
T470 1265-1276 JJ denotes appropriate
T471 1283-1285 TO denotes to
T472 1286-1291 VB denotes study
T473 1292-1295 DT denotes the
T474 1296-1300 NN denotes role
T475 1301-1303 IN denotes of
T476 1304-1311 NN denotes annexin
T477 1312-1314 NN denotes A7
T478 1315-1317 IN denotes in
T479 1318-1326 JJ denotes cellular
T480 1327-1336 NNS denotes processes
T481 1336-1337 . denotes .
T482 1337-1349 sentence denotes Conclusion
T483 1339-1349 NN denotes Conclusion
T484 1349-1482 sentence denotes We have demonstrated the presence of both annexin A7 isoforms in red blood cells and the presence of the small isoform in platelets.
T485 1350-1352 PRP denotes We
T486 1358-1370 VBN denotes demonstrated
T487 1353-1357 VBP denotes have
T488 1371-1374 DT denotes the
T489 1375-1383 NN denotes presence
T490 1384-1386 IN denotes of
T491 1387-1391 CC denotes both
T492 1403-1411 NNS denotes isoforms
T493 1392-1399 NN denotes annexin
T494 1400-1402 NN denotes A7
T495 1412-1414 IN denotes in
T496 1415-1418 JJ denotes red
T497 1425-1430 NNS denotes cells
T498 1419-1424 NN denotes blood
T499 1431-1434 CC denotes and
T500 1435-1438 DT denotes the
T501 1439-1447 NN denotes presence
T502 1448-1450 IN denotes of
T503 1451-1454 DT denotes the
T504 1461-1468 NN denotes isoform
T505 1455-1460 JJ denotes small
T506 1469-1471 IN denotes in
T507 1472-1481 NNS denotes platelets
T508 1481-1482 . denotes .
T509 1482-1552 sentence denotes In both cell types the loss of annexin A7 impairs cellular functions.
T510 1483-1485 IN denotes In
T511 1525-1532 VBZ denotes impairs
T512 1486-1490 DT denotes both
T513 1496-1501 NNS denotes types
T514 1491-1495 NN denotes cell
T515 1502-1505 DT denotes the
T516 1506-1510 NN denotes loss
T517 1511-1513 IN denotes of
T518 1514-1521 NN denotes annexin
T519 1522-1524 NN denotes A7
T520 1533-1541 JJ denotes cellular
T521 1542-1551 NNS denotes functions
T522 1551-1552 . denotes .
T523 1552-1685 sentence denotes The defects observed are however not compatible with a crucial role for annexin A7 in membrane fusion processes in these cell types.
T524 1553-1556 DT denotes The
T525 1557-1564 NNS denotes defects
T526 1574-1577 VBP denotes are
T527 1565-1573 VBN denotes observed
T528 1578-1585 RB denotes however
T529 1586-1589 RB denotes not
T530 1590-1600 JJ denotes compatible
T531 1601-1605 IN denotes with
T532 1606-1607 DT denotes a
T533 1616-1620 NN denotes role
T534 1608-1615 JJ denotes crucial
T535 1621-1624 IN denotes for
T536 1625-1632 NN denotes annexin
T537 1633-1635 NN denotes A7
T538 1636-1638 IN denotes in
T539 1639-1647 NN denotes membrane
T540 1648-1654 NN denotes fusion
T541 1655-1664 NNS denotes processes
T542 1665-1667 IN denotes in
T543 1668-1673 DT denotes these
T544 1679-1684 NNS denotes types
T545 1674-1678 NN denotes cell
T546 1684-1685 . denotes .
R22 T233 T234 compound Annexin,A7
R23 T234 T235 nsubj A7,is
R24 T236 T237 det a,protein
R25 T237 T235 attr protein,is
R27 T239 T237 amod binding,protein
R28 T240 T238 punct -,Ca2+
R29 T241 T238 cc and,Ca2+
R30 T242 T238 conj phospholipid,Ca2+
R31 T243 T239 punct -,binding
R32 T244 T237 acl expressed,protein
R33 T245 T244 prep as,expressed
R34 T246 T247 det a,isoform
R35 T247 T245 pobj isoform,as
R37 T249 T247 compound kDa,isoform
R38 T250 T248 cc and,47
R39 T251 T248 conj 51,47
R40 T252 T247 punct ", ",isoform
R41 T253 T254 dep which,thought
R42 T254 T247 relcl thought,isoform
R44 T256 T257 aux to,involved
R45 T257 T254 xcomp involved,thought
R47 T259 T257 prep in,involved
R48 T260 T261 compound membrane,fusion
R49 T261 T262 compound fusion,processes
R50 T262 T259 pobj processes,in
R51 T263 T235 punct .,is
R52 T265 T266 advmod Recently,identified
R53 T267 T268 det the,isoform
R54 T268 T266 nsubjpass isoform,identified
R57 T271 T266 aux has,identified
R58 T272 T266 auxpass been,identified
R59 T273 T266 prep in,identified
R60 T274 T273 pobj erythrocytes,in
R61 T275 T276 advmod where,proposed
R62 T276 T274 relcl proposed,erythrocytes
R65 T279 T280 aux to,be
R66 T280 T276 xcomp be,proposed
R67 T281 T282 det a,component
R68 T282 T280 attr component,be
R70 T284 T282 prep in,component
R71 T285 T286 det the,process
R72 T286 T284 pobj process,in
R73 T287 T286 prep of,process
R74 T288 T289 det the,release
R75 T289 T287 pobj release,of
R77 T291 T289 amod dependent,release
R78 T292 T291 punct -,dependent
R80 T294 T286 punct ", ",process
R81 T295 T296 det a,process
R82 T296 T286 appos process,process
R83 T297 T298 prep with,protect
R84 T298 T296 relcl protect,process
R87 T301 T298 nsubj cells,protect
R88 T302 T301 compound blood,cells
R90 T304 T298 dobj themselves,protect
R91 T305 T298 prep against,protect
R92 T306 T307 det an,attack
R93 T307 T305 pobj attack,against
R94 T308 T307 prep by,attack
R95 T309 T310 prep for,components
R96 T310 T308 pobj components,by
R99 T313 T266 punct .,identified
R100 T317 T318 det The,role
R101 T318 T319 nsubjpass role,addressed
R102 T320 T318 prep of,role
R103 T321 T322 compound annexin,A7
R104 T322 T320 pobj A7,of
R105 T323 T318 prep in,role
R106 T324 T325 amod red,cells
R107 T325 T323 pobj cells,in
R109 T327 T319 auxpass was,addressed
R110 T328 T319 prep in,addressed
R111 T329 T328 pobj erythrocytes,in
R112 T330 T329 prep from,erythrocytes
R113 T331 T332 nmod anxA7,mice
R114 T332 T330 pobj mice,from
R118 T336 T319 punct .,addressed
R119 T338 T339 advmod Interestingly,impaired
R120 T340 T339 punct ", ",impaired
R121 T341 T342 det the,process
R122 T342 T339 nsubjpass process,impaired
R124 T344 T342 amod mediated,process
R125 T345 T344 punct -,mediated
R127 T347 T339 auxpass was,impaired
R128 T348 T339 neg not,impaired
R129 T349 T339 punct .,impaired
R130 T351 T352 advmod Also,appeared
R131 T353 T352 punct ", ",appeared
R132 T354 T355 det the,organization
R133 T355 T352 nsubj organization,appeared
R135 T357 T358 neg not,disturbed
R136 T358 T352 xcomp disturbed,appeared
R139 T361 T362 mark as,assessed
R140 T362 T358 advcl assessed,disturbed
R141 T363 T362 advcl using,assessed
R142 T364 T365 compound gradient,fractionation
R143 T365 T366 compound fractionation,studies
R144 T366 T363 dobj studies,using
R145 T367 T352 punct .,appeared
R146 T369 T370 advmod Instead,led
R147 T371 T370 punct ", ",led
R148 T372 T370 nsubj lack,led
R149 T373 T372 prep of,lack
R150 T374 T375 compound annexin,A7
R151 T375 T373 pobj A7,of
R152 T376 T370 prep to,led
R153 T377 T378 det an,shape
R154 T378 T376 pobj shape,to
R157 T381 T378 cc and,shape
R158 T382 T383 amod increased,resistance
R159 T383 T378 conj resistance,shape
R161 T385 T378 prep of,shape
R162 T386 T387 amod red,cells
R163 T387 T385 pobj cells,of
R165 T389 T370 punct .,led
R166 T391 T392 compound Annexin,A7
R167 T392 T393 nsubjpass A7,identified
R168 T394 T393 auxpass was,identified
R169 T395 T393 advmod also,identified
R170 T396 T393 prep in,identified
R171 T397 T396 pobj platelets,in
R172 T398 T393 punct .,identified
R173 T400 T401 prep In,led
R174 T402 T403 det these,cells
R175 T403 T400 pobj cells,In
R176 T404 T405 poss its,loss
R177 T405 T401 nsubj loss,led
R178 T406 T401 prep to,led
R179 T407 T408 det a,velocity
R180 T408 T406 pobj velocity,to
R184 T412 T413 dep which,seems
R185 T413 T408 relcl seems,velocity
R186 T414 T415 aux to,compensated
R187 T415 T413 xcomp compensated,seems
R189 T417 T415 prep by,compensated
R190 T418 T419 det an,number
R191 T419 T417 pobj number,by
R193 T421 T419 prep of,number
R194 T422 T421 pobj platelets,of
R195 T423 T401 punct .,led
R196 T425 T426 det The,results
R197 T426 T427 nsubj results,appear
R198 T428 T429 aux to,rule
R199 T429 T427 xcomp rule,appear
R200 T430 T429 prt out,rule
R201 T431 T432 det an,role
R202 T432 T429 dobj role,rule
R204 T434 T432 prep of,role
R205 T435 T436 compound annexin,A7
R206 T436 T434 pobj A7,of
R207 T437 T432 prep in,role
R208 T438 T439 compound membrane,fusion
R209 T439 T440 compound fusion,processes
R210 T440 T437 pobj processes,in
R211 T441 T440 acl occurring,processes
R212 T442 T441 prep in,occurring
R213 T443 T444 amod red,cells
R214 T444 T442 pobj cells,in
R216 T446 T427 punct .,appear
R217 T448 T449 advmod Instead,involved
R218 T450 T451 det the,protein
R219 T451 T449 nsubjpass protein,involved
R220 T452 T449 aux might,involved
R221 T453 T449 auxpass be,involved
R222 T454 T449 prep in,involved
R223 T455 T456 det the,organization
R224 T456 T454 pobj organization,in
R225 T457 T456 prep of,organization
R226 T458 T459 det the,cytoskeleton
R227 T459 T457 pobj cytoskeleton,of
R229 T461 T449 punct .,involved
R230 T463 T464 amod Red,cells
R231 T464 T466 nsubj cells,represent
R233 T467 T466 aux may,represent
R234 T468 T469 det an,model
R235 T469 T466 dobj model,represent
R237 T471 T472 aux to,study
R238 T472 T469 advcl study,model
R239 T473 T474 det the,role
R240 T474 T472 dobj role,study
R241 T475 T474 prep of,role
R242 T476 T477 compound annexin,A7
R243 T477 T475 pobj A7,of
R244 T478 T474 prep in,role
R245 T479 T480 amod cellular,processes
R246 T480 T478 pobj processes,in
R247 T481 T466 punct .,represent
R248 T485 T486 nsubj We,demonstrated
R249 T487 T486 aux have,demonstrated
R250 T488 T489 det the,presence
R251 T489 T486 dobj presence,demonstrated
R252 T490 T489 prep of,presence
R253 T491 T492 preconj both,isoforms
R254 T492 T490 pobj isoforms,of
R257 T495 T489 prep in,presence
R258 T496 T497 amod red,cells
R259 T497 T495 pobj cells,in
R261 T499 T489 cc and,presence
R262 T500 T501 det the,presence
R263 T501 T489 conj presence,presence
R264 T502 T501 prep of,presence
R265 T503 T504 det the,isoform
R266 T504 T502 pobj isoform,of
R268 T506 T501 prep in,presence
R269 T507 T506 pobj platelets,in
R270 T508 T486 punct .,demonstrated
R271 T510 T511 prep In,impairs
R272 T512 T513 det both,types
R273 T513 T510 pobj types,In
R275 T515 T516 det the,loss
R276 T516 T511 nsubj loss,impairs
R277 T517 T516 prep of,loss
R278 T518 T519 compound annexin,A7
R279 T519 T517 pobj A7,of
R280 T520 T521 amod cellular,functions
R281 T521 T511 dobj functions,impairs
R282 T522 T511 punct .,impairs
R283 T524 T525 det The,defects
R284 T525 T526 nsubj defects,are
R285 T527 T525 acl observed,defects
R286 T528 T526 advmod however,are
R287 T529 T526 neg not,are
R288 T530 T526 acomp compatible,are
R289 T531 T530 prep with,compatible
R290 T532 T533 det a,role
R291 T533 T531 pobj role,with
R293 T535 T533 prep for,role
R294 T536 T537 compound annexin,A7
R295 T537 T535 pobj A7,for
R296 T538 T533 prep in,role
R297 T539 T540 compound membrane,fusion
R298 T540 T541 compound fusion,processes
R299 T541 T538 pobj processes,in
R300 T542 T533 prep in,role
R301 T543 T544 det these,types
R302 T544 T542 pobj types,in
R304 T546 T526 punct .,are
R26 T238 T239 npadvmod Ca2+,binding
R36 T248 T249 nummod 47,kDa
R43 T255 T254 auxpass is,thought
R46 T258 T257 auxpass be,involved
R55 T269 T270 nummod 47,kDa
R56 T270 T268 compound kDa,isoform
R63 T277 T276 nsubjpass it,proposed
R64 T278 T276 auxpass was,proposed
R69 T283 T282 amod key,component
R76 T290 T291 npadvmod Ca2+,dependent
R79 T293 T289 compound vesicle,release
R85 T299 T297 pobj which,with
R86 T300 T301 amod red,cells
R89 T303 T298 aux might,protect
R97 T311 T309 pobj example,for
R98 T312 T310 compound complement,components
R108 T326 T325 compound blood,cells
R115 T333 T331 punct -,anxA7
R116 T334 T331 punct /,anxA7
R117 T335 T331 punct -,anxA7
R123 T343 T344 npadvmod Ca2+,mediated
R126 T346 T342 compound vesiculation,process
R134 T356 T355 compound membrane,organization
R137 T359 T358 aux to,disturbed
R138 T360 T358 auxpass be,disturbed
R155 T379 T378 amod altered,shape
R156 T380 T378 compound cell,shape
R160 T384 T383 amod osmotic,resistance
R164 T388 T387 compound blood,cells
R181 T409 T410 advmod slightly,slower
R182 T410 T408 amod slower,velocity
R183 T411 T408 compound aggregation,velocity
R188 T416 T415 auxpass be,compensated
R192 T420 T419 amod increased,number
R203 T433 T432 amod important,role
R215 T445 T444 compound blood,cells
R228 T460 T459 compound membrane,cytoskeleton
R232 T465 T464 compound blood,cells
R236 T470 T469 amod appropriate,model
R255 T493 T494 compound annexin,A7
R256 T494 T492 compound A7,isoforms
R260 T498 T497 compound blood,cells
R267 T505 T504 amod small,isoform
R274 T514 T513 compound cell,types
R292 T534 T533 amod crucial,role
R303 T545 T544 compound cell,types

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
T78 11-21 PR:000004080 denotes Annexin A7
T79 27-31 CHEBI:29108 denotes Ca2+
T80 37-49 CHEBI:16247 denotes phospholipid
T81 66-75 GO:0010467 denotes expressed
T82 95-102 SO:0001060 denotes isoform
T83 139-147 GO:0016020 denotes membrane
T84 139-154 GO:0061025 denotes membrane fusion
T85 186-193 SO:0001060 denotes isoform
T86 217-229 CL:0000232 denotes erythrocytes
T87 296-300 CHEBI:29108 denotes Ca2+
T88 296-326 GO:0017156 denotes Ca2+-dependent vesicle release
T89 311-318 GO:0031982 denotes vesicle
T90 349-364 CL:0000232 denotes red blood cells
T91 353-358 UBERON:0000178 denotes blood
T92 467-477 PR:000004080 denotes annexin A7
T93 481-496 CL:0000232 denotes red blood cells
T94 485-490 UBERON:0000178 denotes blood
T95 514-526 CL:0000232 denotes erythrocytes
T96 532-537 PR:000004080 denotes anxA7
T97 541-545 NCBITaxon:10088 denotes mice
T98 566-570 CHEBI:29108 denotes Ca2+
T99 580-592 GO:0006900 denotes vesiculation
T100 629-637 GO:0016020 denotes membrane
T101 747-757 PR:000004080 denotes annexin A7
T102 823-838 CL:0000232 denotes red blood cells
T103 827-832 UBERON:0000178 denotes blood
T104 840-850 PR:000004080 denotes Annexin A7
T105 874-883 CL:0000233 denotes platelets
T106 1011-1020 CL:0000233 denotes platelets
T107 1074-1084 PR:000004080 denotes annexin A7
T108 1088-1096 GO:0016020 denotes membrane
T109 1088-1103 GO:0061025 denotes membrane fusion
T110 1127-1142 CL:0000232 denotes red blood cells
T111 1131-1136 UBERON:0000178 denotes blood
T112 1209-1217 GO:0016020 denotes membrane
T113 1218-1230 GO:0005856 denotes cytoskeleton
T114 1232-1247 CL:0000232 denotes Red blood cells
T115 1236-1241 UBERON:0000178 denotes blood
T116 1304-1314 PR:000004080 denotes annexin A7
T117 1318-1336 GO:0009987 denotes cellular processes
T118 1392-1402 PR:000004080 denotes annexin A7
T119 1403-1411 SO:0001060 denotes isoforms
T120 1415-1430 CL:0000232 denotes red blood cells
T121 1419-1424 UBERON:0000178 denotes blood
T122 1461-1468 SO:0001060 denotes isoform
T123 1472-1481 CL:0000233 denotes platelets
T124 1514-1524 PR:000004080 denotes annexin A7
T125 1625-1635 PR:000004080 denotes annexin A7
T126 1639-1647 GO:0016020 denotes membrane
T127 1639-1654 GO:0061025 denotes membrane fusion

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
T138 11-21 PR_EXT:000004080 denotes Annexin A7
T139 27-31 CHEBI:29108 denotes Ca2+
T140 37-49 CHEBI:16247 denotes phospholipid
T141 50-57 CHEMINF_GO_EXT:chemical_binding_or_bond_formation denotes binding
T142 58-65 CHEBI_PR_EXT:protein denotes protein
T143 66-75 GO:0010467 denotes expressed
T144 95-102 SO_EXT:0001060 denotes isoform
T145 139-147 GO:0016020 denotes membrane
T146 139-154 GO:0061025 denotes membrane fusion
T147 186-193 SO_EXT:0001060 denotes isoform
T148 217-229 CL:0000232 denotes erythrocytes
T149 296-300 CHEBI:29108 denotes Ca2+
T150 296-326 GO:0017156 denotes Ca2+-dependent vesicle release
T151 311-318 GO:0031982 denotes vesicle
T152 349-364 CL:0000232 denotes red blood cells
T153 353-358 UBERON:0000178 denotes blood
T154 359-364 CL_GO_EXT:cell denotes cells
T155 467-477 PR_EXT:000004080 denotes annexin A7
T156 481-496 CL:0000232 denotes red blood cells
T157 485-490 UBERON:0000178 denotes blood
T158 491-496 CL_GO_EXT:cell denotes cells
T159 514-526 CL:0000232 denotes erythrocytes
T160 532-537 PR_EXT:000004080 denotes anxA7
T161 537-538 SO_EXT:sequence_nullness_or_absence denotes -
T162 539-540 SO_EXT:sequence_nullness_or_absence denotes -
T163 541-545 NCBITaxon:10088 denotes mice
T164 566-570 CHEBI:29108 denotes Ca2+
T165 580-592 GO:0006900 denotes vesiculation
T166 629-637 GO:0016020 denotes membrane
T167 747-757 PR_EXT:000004080 denotes annexin A7
T168 776-780 CL_GO_EXT:cell denotes cell
T169 823-838 CL:0000232 denotes red blood cells
T170 827-832 UBERON:0000178 denotes blood
T171 833-838 CL_GO_EXT:cell denotes cells
T172 840-850 PR_EXT:000004080 denotes Annexin A7
T173 874-883 CL:0000233 denotes platelets
T174 894-899 CL_GO_EXT:cell denotes cells
T175 1011-1020 CL:0000233 denotes platelets
T176 1074-1084 PR_EXT:000004080 denotes annexin A7
T177 1088-1096 GO:0016020 denotes membrane
T178 1088-1103 GO:0061025 denotes membrane fusion
T179 1127-1142 CL:0000232 denotes red blood cells
T180 1131-1136 UBERON:0000178 denotes blood
T181 1137-1142 CL_GO_EXT:cell denotes cells
T182 1156-1163 CHEBI_PR_EXT:protein denotes protein
T183 1209-1217 GO:0016020 denotes membrane
T184 1218-1230 GO:0005856 denotes cytoskeleton
T185 1232-1247 CL:0000232 denotes Red blood cells
T186 1236-1241 UBERON:0000178 denotes blood
T187 1242-1247 CL_GO_EXT:cell denotes cells
T188 1304-1314 PR_EXT:000004080 denotes annexin A7
T189 1318-1326 CL_GO_EXT:cell denotes cellular
T190 1318-1336 GO:0009987 denotes cellular processes
T191 1392-1402 PR_EXT:000004080 denotes annexin A7
T192 1403-1411 SO_EXT:0001060 denotes isoforms
T193 1415-1430 CL:0000232 denotes red blood cells
T194 1419-1424 UBERON:0000178 denotes blood
T195 1425-1430 CL_GO_EXT:cell denotes cells
T196 1461-1468 SO_EXT:0001060 denotes isoform
T197 1472-1481 CL:0000233 denotes platelets
T198 1491-1495 CL_GO_EXT:cell denotes cell
T199 1514-1524 PR_EXT:000004080 denotes annexin A7
T200 1533-1541 CL_GO_EXT:cell denotes cellular
T201 1625-1635 PR_EXT:000004080 denotes annexin A7
T202 1639-1647 GO:0016020 denotes membrane
T203 1639-1654 GO:0061025 denotes membrane fusion
T204 1674-1678 CL_GO_EXT:cell denotes cell