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PMC:1440874 / 36225-37754 JSONTXT

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craft-sa-dev

Id Subject Object Predicate Lexical cue
T7420 0-8 JJ denotes Atrxnull
T7421 9-11 NN denotes ES
T7422 12-17 NNS denotes cells
T7423 31-40 VBN denotes recovered
T7424 18-23 MD denotes could
T7425 24-27 RB denotes not
T7426 28-30 VB denotes be
T7427 41-43 IN denotes by
T7428 44-50 JJ denotes direct
T7429 51-60 NN denotes targeting
T7430 61-64 CC denotes and
T7431 65-69 VBD denotes were
T7432 81-90 VBN denotes generated
T7433 70-80 RB denotes eventually
T7434 91-93 IN denotes by
T7435 94-102 VBG denotes adopting
T7436 103-104 DT denotes a
T7437 127-135 NN denotes approach
T7438 105-116 JJ denotes conditional
T7439 117-126 NN denotes targeting
T7440 135-136 . denotes .
T7441 136-342 sentence denotes This is consistent with our observation that Atrx is highly expressed in ES cells, and that the absence of full-length Atrx imparts a growth disadvantage relative to cells bearing a functional Atrx allele.
T7442 137-141 DT denotes This
T7443 142-144 VBZ denotes is
T7444 145-155 JJ denotes consistent
T7445 156-160 IN denotes with
T7446 161-164 PRP$ denotes our
T7447 165-176 NN denotes observation
T7448 177-181 IN denotes that
T7449 187-189 VBZ denotes is
T7450 182-186 NN denotes Atrx
T7451 190-196 RB denotes highly
T7452 197-206 JJ denotes expressed
T7453 207-209 IN denotes in
T7454 210-212 NN denotes ES
T7455 213-218 NNS denotes cells
T7456 218-220 , denotes ,
T7457 220-223 CC denotes and
T7458 224-228 IN denotes that
T7459 261-268 VBZ denotes imparts
T7460 229-232 DT denotes the
T7461 233-240 NN denotes absence
T7462 241-243 IN denotes of
T7463 244-248 JJ denotes full
T7464 249-255 NN denotes length
T7465 248-249 HYPH denotes -
T7466 256-260 NN denotes Atrx
T7467 269-270 DT denotes a
T7468 278-290 NN denotes disadvantage
T7469 271-277 NN denotes growth
T7470 291-299 JJ denotes relative
T7471 300-302 IN denotes to
T7472 303-308 NNS denotes cells
T7473 309-316 VBG denotes bearing
T7474 317-318 DT denotes a
T7475 335-341 NN denotes allele
T7476 319-329 JJ denotes functional
T7477 330-334 NN denotes Atrx
T7478 341-342 . denotes .
T7479 342-426 sentence denotes At present, the cause of the proliferative delay in Atrxnull ES cells is not known.
T7480 343-345 IN denotes At
T7481 413-415 VBZ denotes is
T7482 346-353 JJ denotes present
T7483 353-355 , denotes ,
T7484 355-358 DT denotes the
T7485 359-364 NN denotes cause
T7486 365-367 IN denotes of
T7487 368-371 DT denotes the
T7488 386-391 NN denotes delay
T7489 372-385 JJ denotes proliferative
T7490 392-394 IN denotes in
T7491 395-403 JJ denotes Atrxnull
T7492 407-412 NNS denotes cells
T7493 404-406 NN denotes ES
T7494 416-419 RB denotes not
T7495 420-425 JJ denotes known
T7496 425-426 . denotes .
T7497 426-594 sentence denotes Interestingly, we demonstrated that apoptosis is not significantly up-regulated in ES cells lacking Atrx and is only mildly elevated in Atrxnull 7.5 dpc mouse embryos.
T7498 427-440 RB denotes Interestingly
T7499 445-457 VBD denotes demonstrated
T7500 440-442 , denotes ,
T7501 442-444 PRP denotes we
T7502 458-462 IN denotes that
T7503 497-506 VBN denotes regulated
T7504 463-472 NN denotes apoptosis
T7505 473-475 VBZ denotes is
T7506 476-479 RB denotes not
T7507 480-493 RB denotes significantly
T7508 494-496 RB denotes up
T7509 496-497 HYPH denotes -
T7510 507-509 IN denotes in
T7511 510-512 NN denotes ES
T7512 513-518 NNS denotes cells
T7513 519-526 VBG denotes lacking
T7514 527-531 NN denotes Atrx
T7515 532-535 CC denotes and
T7516 536-538 VBZ denotes is
T7517 539-543 RB denotes only
T7518 544-550 RB denotes mildly
T7519 551-559 JJ denotes elevated
T7520 560-562 IN denotes in
T7521 563-571 JJ denotes Atrxnull
T7522 586-593 NNS denotes embryos
T7523 572-575 CD denotes 7.5
T7524 576-579 NN denotes dpc
T7525 580-585 NN denotes mouse
T7526 593-594 . denotes .
T7527 594-890 sentence denotes In contrast, it was recently shown that the loss of Atrx markedly increased the apoptotic population in the differentiating cells of the embryonic cortex and postnatal hippocampus, when Atrx expression was ablated in the developing mouse forebrain using the Atrx flox allele described here [20].
T7528 595-597 IN denotes In
T7529 624-629 VBN denotes shown
T7530 598-606 NN denotes contrast
T7531 606-608 , denotes ,
T7532 608-610 PRP denotes it
T7533 611-614 VBD denotes was
T7534 615-623 RB denotes recently
T7535 630-634 IN denotes that
T7536 661-670 VBD denotes increased
T7537 635-638 DT denotes the
T7538 639-643 NN denotes loss
T7539 644-646 IN denotes of
T7540 647-651 NN denotes Atrx
T7541 652-660 RB denotes markedly
T7542 671-674 DT denotes the
T7543 685-695 NN denotes population
T7544 675-684 JJ denotes apoptotic
T7545 696-698 IN denotes in
T7546 699-702 DT denotes the
T7547 719-724 NNS denotes cells
T7548 703-718 VBG denotes differentiating
T7549 725-727 IN denotes of
T7550 728-731 DT denotes the
T7551 742-748 NN denotes cortex
T7552 732-741 JJ denotes embryonic
T7553 749-752 CC denotes and
T7554 753-762 JJ denotes postnatal
T7555 763-774 NN denotes hippocampus
T7556 774-776 , denotes ,
T7557 776-780 WRB denotes when
T7558 801-808 VBN denotes ablated
T7559 781-785 NN denotes Atrx
T7560 786-796 NN denotes expression
T7561 797-800 VBD denotes was
T7562 809-811 IN denotes in
T7563 812-815 DT denotes the
T7564 833-842 NN denotes forebrain
T7565 816-826 VBG denotes developing
T7566 827-832 NN denotes mouse
T7567 843-848 VBG denotes using
T7568 849-852 DT denotes the
T7569 863-869 NN denotes allele
T7570 853-862 NN denotes Atrx flox
T7571 870-879 VBN denotes described
T7572 880-884 RB denotes here
T7573 885-886 -LRB- denotes [
T7574 886-888 CD denotes 20
T7575 888-889 -RRB- denotes ]
T7576 889-890 . denotes .
T7577 890-1063 sentence denotes The human ATRX protein has been shown to associate in a complex with Daxx [8], a protein that has been implicated in multiple pathways for the regulation of apoptosis [21].
T7578 891-894 DT denotes The
T7579 906-913 NN denotes protein
T7580 895-900 JJ denotes human
T7581 901-905 NN denotes ATRX
T7582 923-928 VBN denotes shown
T7583 914-917 VBZ denotes has
T7584 918-922 VBN denotes been
T7585 929-931 TO denotes to
T7586 932-941 VB denotes associate
T7587 942-944 IN denotes in
T7588 945-946 DT denotes a
T7589 947-954 NN denotes complex
T7590 955-959 IN denotes with
T7591 960-964 NN denotes Daxx
T7592 965-966 -LRB- denotes [
T7593 966-967 CD denotes 8
T7594 967-968 -RRB- denotes ]
T7595 968-970 , denotes ,
T7596 970-971 DT denotes a
T7597 972-979 NN denotes protein
T7598 980-984 WDT denotes that
T7599 994-1004 VBN denotes implicated
T7600 985-988 VBZ denotes has
T7601 989-993 VBN denotes been
T7602 1005-1007 IN denotes in
T7603 1008-1016 JJ denotes multiple
T7604 1017-1025 NNS denotes pathways
T7605 1026-1029 IN denotes for
T7606 1030-1033 DT denotes the
T7607 1034-1044 NN denotes regulation
T7608 1045-1047 IN denotes of
T7609 1048-1057 NN denotes apoptosis
T7610 1058-1059 -LRB- denotes [
T7611 1059-1061 CD denotes 21
T7612 1061-1062 -RRB- denotes ]
T7613 1062-1063 . denotes .
T7614 1063-1215 sentence denotes It is possible that disruption of the mouse Atrx-Daxx complex (by ablation of the Atrx protein) could have triggered a universal proapoptotic response.
T7615 1064-1066 PRP denotes It
T7616 1067-1069 VBZ denotes is
T7617 1070-1078 JJ denotes possible
T7618 1079-1083 IN denotes that
T7619 1171-1180 VBN denotes triggered
T7620 1084-1094 NN denotes disruption
T7621 1095-1097 IN denotes of
T7622 1098-1101 DT denotes the
T7623 1118-1125 NN denotes complex
T7624 1102-1107 NN denotes mouse
T7625 1108-1112 NN denotes Atrx
T7626 1113-1117 NN denotes Daxx
T7627 1112-1113 HYPH denotes -
T7628 1126-1127 -LRB- denotes (
T7629 1127-1129 IN denotes by
T7630 1130-1138 NN denotes ablation
T7631 1139-1141 IN denotes of
T7632 1142-1145 DT denotes the
T7633 1151-1158 NN denotes protein
T7634 1146-1150 NN denotes Atrx
T7635 1158-1159 -RRB- denotes )
T7636 1160-1165 MD denotes could
T7637 1166-1170 VB denotes have
T7638 1181-1182 DT denotes a
T7639 1206-1214 NN denotes response
T7640 1183-1192 JJ denotes universal
T7641 1193-1205 JJ denotes proapoptotic
T7642 1214-1215 . denotes .
T7643 1215-1529 sentence denotes However, our observations in ES cells demonstrate that the induction of apoptosis is not an automatic response triggered by the removal of Atrx in all cell types, and suggest that the inappropriate apoptosis observed in the Atrx-mutant forebrain may reflect a requirement for Atrx during terminal differentiation.
T7644 1216-1223 RB denotes However
T7645 1254-1265 VBP denotes demonstrate
T7646 1223-1225 , denotes ,
T7647 1225-1228 PRP$ denotes our
T7648 1229-1241 NNS denotes observations
T7649 1242-1244 IN denotes in
T7650 1245-1247 NN denotes ES
T7651 1248-1253 NNS denotes cells
T7652 1266-1270 IN denotes that
T7653 1298-1300 VBZ denotes is
T7654 1271-1274 DT denotes the
T7655 1275-1284 NN denotes induction
T7656 1285-1287 IN denotes of
T7657 1288-1297 NN denotes apoptosis
T7658 1301-1304 RB denotes not
T7659 1305-1307 DT denotes an
T7660 1318-1326 NN denotes response
T7661 1308-1317 JJ denotes automatic
T7662 1327-1336 VBN denotes triggered
T7663 1337-1339 IN denotes by
T7664 1340-1343 DT denotes the
T7665 1344-1351 NN denotes removal
T7666 1352-1354 IN denotes of
T7667 1355-1359 NN denotes Atrx
T7668 1360-1362 IN denotes in
T7669 1363-1366 DT denotes all
T7670 1372-1377 NNS denotes types
T7671 1367-1371 NN denotes cell
T7672 1377-1379 , denotes ,
T7673 1379-1382 CC denotes and
T7674 1383-1390 VBP denotes suggest
T7675 1391-1395 IN denotes that
T7676 1466-1473 VB denotes reflect
T7677 1396-1399 DT denotes the
T7678 1414-1423 NN denotes apoptosis
T7679 1400-1413 JJ denotes inappropriate
T7680 1424-1432 VBN denotes observed
T7681 1433-1435 IN denotes in
T7682 1436-1439 DT denotes the
T7683 1452-1461 NN denotes forebrain
T7684 1440-1444 NN denotes Atrx
T7685 1445-1451 NN denotes mutant
T7686 1444-1445 HYPH denotes -
T7687 1462-1465 MD denotes may
T7688 1474-1475 DT denotes a
T7689 1476-1487 NN denotes requirement
T7690 1488-1491 IN denotes for
T7691 1492-1496 NN denotes Atrx
T7692 1497-1503 IN denotes during
T7693 1504-1512 JJ denotes terminal
T7694 1513-1528 NN denotes differentiation
T7695 1528-1529 . denotes .
R4553 T7420 T7421 amod Atrxnull,ES
R4554 T7421 T7422 compound ES,cells
R4555 T7422 T7423 nsubjpass cells,recovered
R4556 T7424 T7423 aux could,recovered
R4557 T7425 T7423 neg not,recovered
R4558 T7426 T7423 auxpass be,recovered
R4559 T7427 T7423 agent by,recovered
R4560 T7428 T7429 amod direct,targeting
R4561 T7429 T7427 pobj targeting,by
R4562 T7430 T7423 cc and,recovered
R4563 T7431 T7432 auxpass were,generated
R4564 T7432 T7423 conj generated,recovered
R4565 T7433 T7432 advmod eventually,generated
R4566 T7434 T7432 prep by,generated
R4567 T7435 T7434 pcomp adopting,by
R4568 T7436 T7437 det a,approach
R4569 T7437 T7435 dobj approach,adopting
R4570 T7438 T7439 amod conditional,targeting
R4571 T7439 T7437 compound targeting,approach
R4572 T7440 T7423 punct .,recovered
R4573 T7442 T7443 nsubj This,is
R4574 T7444 T7443 acomp consistent,is
R4575 T7445 T7444 prep with,consistent
R4576 T7446 T7447 poss our,observation
R4577 T7447 T7445 pobj observation,with
R4578 T7448 T7449 mark that,is
R4579 T7449 T7447 advcl is,observation
R4580 T7450 T7449 nsubj Atrx,is
R4581 T7451 T7452 advmod highly,expressed
R4582 T7452 T7449 acomp expressed,is
R4583 T7453 T7449 prep in,is
R4584 T7454 T7455 compound ES,cells
R4585 T7455 T7453 pobj cells,in
R4586 T7456 T7449 punct ", ",is
R4587 T7457 T7449 cc and,is
R4588 T7458 T7459 mark that,imparts
R4589 T7459 T7449 conj imparts,is
R4590 T7460 T7461 det the,absence
R4591 T7461 T7459 nsubj absence,imparts
R4592 T7462 T7461 prep of,absence
R4593 T7463 T7464 amod full,length
R4594 T7464 T7466 compound length,Atrx
R4595 T7465 T7464 punct -,length
R4596 T7466 T7462 pobj Atrx,of
R4597 T7467 T7468 det a,disadvantage
R4598 T7468 T7459 dobj disadvantage,imparts
R4599 T7469 T7468 compound growth,disadvantage
R4600 T7470 T7459 advcl relative,imparts
R4601 T7471 T7470 prep to,relative
R4602 T7472 T7471 pobj cells,to
R4603 T7473 T7472 acl bearing,cells
R4604 T7474 T7475 det a,allele
R4605 T7475 T7473 dobj allele,bearing
R4606 T7476 T7475 amod functional,allele
R4607 T7477 T7475 compound Atrx,allele
R4608 T7478 T7443 punct .,is
R4609 T7480 T7481 prep At,is
R4610 T7482 T7480 amod present,At
R4611 T7483 T7481 punct ", ",is
R4612 T7484 T7485 det the,cause
R4613 T7485 T7481 nsubj cause,is
R4614 T7486 T7485 prep of,cause
R4615 T7487 T7488 det the,delay
R4616 T7488 T7486 pobj delay,of
R4617 T7489 T7488 amod proliferative,delay
R4618 T7490 T7488 prep in,delay
R4619 T7491 T7492 amod Atrxnull,cells
R4620 T7492 T7490 pobj cells,in
R4621 T7493 T7492 compound ES,cells
R4622 T7494 T7481 neg not,is
R4623 T7495 T7481 acomp known,is
R4624 T7496 T7481 punct .,is
R4625 T7498 T7499 advmod Interestingly,demonstrated
R4626 T7500 T7499 punct ", ",demonstrated
R4627 T7501 T7499 nsubj we,demonstrated
R4628 T7502 T7503 mark that,regulated
R4629 T7503 T7499 ccomp regulated,demonstrated
R4630 T7504 T7503 nsubjpass apoptosis,regulated
R4631 T7505 T7503 auxpass is,regulated
R4632 T7506 T7503 neg not,regulated
R4633 T7507 T7503 advmod significantly,regulated
R4634 T7508 T7503 advmod up,regulated
R4635 T7509 T7503 punct -,regulated
R4636 T7510 T7503 prep in,regulated
R4637 T7511 T7512 compound ES,cells
R4638 T7512 T7510 pobj cells,in
R4639 T7513 T7512 acl lacking,cells
R4640 T7514 T7513 dobj Atrx,lacking
R4641 T7515 T7503 cc and,regulated
R4642 T7516 T7503 conj is,regulated
R4643 T7517 T7518 advmod only,mildly
R4644 T7518 T7519 advmod mildly,elevated
R4645 T7519 T7516 acomp elevated,is
R4646 T7520 T7516 prep in,is
R4647 T7521 T7522 amod Atrxnull,embryos
R4648 T7522 T7520 pobj embryos,in
R4649 T7523 T7524 nummod 7.5,dpc
R4650 T7524 T7522 compound dpc,embryos
R4651 T7525 T7522 compound mouse,embryos
R4652 T7526 T7499 punct .,demonstrated
R4653 T7528 T7529 prep In,shown
R4654 T7530 T7528 pobj contrast,In
R4655 T7531 T7529 punct ", ",shown
R4656 T7532 T7529 nsubjpass it,shown
R4657 T7533 T7529 auxpass was,shown
R4658 T7534 T7529 advmod recently,shown
R4659 T7535 T7536 mark that,increased
R4660 T7536 T7529 ccomp increased,shown
R4661 T7537 T7538 det the,loss
R4662 T7538 T7536 nsubj loss,increased
R4663 T7539 T7538 prep of,loss
R4664 T7540 T7539 pobj Atrx,of
R4665 T7541 T7536 advmod markedly,increased
R4666 T7542 T7543 det the,population
R4667 T7543 T7536 dobj population,increased
R4668 T7544 T7543 amod apoptotic,population
R4669 T7545 T7536 prep in,increased
R4670 T7546 T7547 det the,cells
R4671 T7547 T7545 pobj cells,in
R4672 T7548 T7547 amod differentiating,cells
R4673 T7549 T7547 prep of,cells
R4674 T7550 T7551 det the,cortex
R4675 T7551 T7549 pobj cortex,of
R4676 T7552 T7551 amod embryonic,cortex
R4677 T7553 T7551 cc and,cortex
R4678 T7554 T7555 amod postnatal,hippocampus
R4679 T7555 T7551 conj hippocampus,cortex
R4680 T7556 T7536 punct ", ",increased
R4681 T7557 T7558 advmod when,ablated
R4682 T7558 T7536 advcl ablated,increased
R4683 T7559 T7560 compound Atrx,expression
R4684 T7560 T7558 nsubjpass expression,ablated
R4685 T7561 T7558 auxpass was,ablated
R4686 T7562 T7558 prep in,ablated
R4687 T7563 T7564 det the,forebrain
R4688 T7564 T7562 pobj forebrain,in
R4689 T7565 T7564 amod developing,forebrain
R4690 T7566 T7564 compound mouse,forebrain
R4691 T7567 T7536 advcl using,increased
R4692 T7568 T7569 det the,allele
R4693 T7569 T7567 dobj allele,using
R4694 T7570 T7569 compound Atrx flox,allele
R4695 T7571 T7569 acl described,allele
R4696 T7572 T7571 advmod here,described
R4697 T7573 T7574 punct [,20
R4698 T7574 T7529 parataxis 20,shown
R4699 T7575 T7574 punct ],20
R4700 T7576 T7529 punct .,shown
R4701 T7578 T7579 det The,protein
R4702 T7579 T7582 nsubjpass protein,shown
R4703 T7580 T7579 amod human,protein
R4704 T7581 T7579 compound ATRX,protein
R4705 T7583 T7582 aux has,shown
R4706 T7584 T7582 auxpass been,shown
R4707 T7585 T7586 aux to,associate
R4708 T7586 T7582 xcomp associate,shown
R4709 T7587 T7586 prep in,associate
R4710 T7588 T7589 det a,complex
R4711 T7589 T7587 pobj complex,in
R4712 T7590 T7586 prep with,associate
R4713 T7591 T7590 pobj Daxx,with
R4714 T7592 T7593 punct [,8
R4715 T7593 T7591 parataxis 8,Daxx
R4716 T7594 T7593 punct ],8
R4717 T7595 T7591 punct ", ",Daxx
R4718 T7596 T7597 det a,protein
R4719 T7597 T7591 appos protein,Daxx
R4720 T7598 T7599 dep that,implicated
R4721 T7599 T7597 relcl implicated,protein
R4722 T7600 T7599 aux has,implicated
R4723 T7601 T7599 auxpass been,implicated
R4724 T7602 T7599 prep in,implicated
R4725 T7603 T7604 amod multiple,pathways
R4726 T7604 T7602 pobj pathways,in
R4727 T7605 T7599 prep for,implicated
R4728 T7606 T7607 det the,regulation
R4729 T7607 T7605 pobj regulation,for
R4730 T7608 T7607 prep of,regulation
R4731 T7609 T7608 pobj apoptosis,of
R4732 T7610 T7611 punct [,21
R4733 T7611 T7582 parataxis 21,shown
R4734 T7612 T7611 punct ],21
R4735 T7613 T7582 punct .,shown
R4736 T7615 T7616 nsubj It,is
R4737 T7617 T7616 acomp possible,is
R4738 T7618 T7619 mark that,triggered
R4739 T7619 T7616 ccomp triggered,is
R4740 T7620 T7619 nsubj disruption,triggered
R4741 T7621 T7620 prep of,disruption
R4742 T7622 T7623 det the,complex
R4743 T7623 T7621 pobj complex,of
R4744 T7624 T7623 compound mouse,complex
R4745 T7625 T7626 compound Atrx,Daxx
R4746 T7626 T7623 compound Daxx,complex
R4747 T7627 T7626 punct -,Daxx
R4748 T7628 T7620 punct (,disruption
R4749 T7629 T7620 prep by,disruption
R4750 T7630 T7629 pobj ablation,by
R4751 T7631 T7630 prep of,ablation
R4752 T7632 T7633 det the,protein
R4753 T7633 T7631 pobj protein,of
R4754 T7634 T7633 compound Atrx,protein
R4755 T7635 T7619 punct ),triggered
R4756 T7636 T7619 aux could,triggered
R4757 T7637 T7619 aux have,triggered
R4758 T7638 T7639 det a,response
R4759 T7639 T7619 dobj response,triggered
R4760 T7640 T7639 amod universal,response
R4761 T7641 T7639 amod proapoptotic,response
R4762 T7642 T7616 punct .,is
R4763 T7644 T7645 advmod However,demonstrate
R4764 T7646 T7645 punct ", ",demonstrate
R4765 T7647 T7648 poss our,observations
R4766 T7648 T7645 nsubj observations,demonstrate
R4767 T7649 T7648 prep in,observations
R4768 T7650 T7651 compound ES,cells
R4769 T7651 T7649 pobj cells,in
R4770 T7652 T7653 mark that,is
R4771 T7653 T7645 ccomp is,demonstrate
R4772 T7654 T7655 det the,induction
R4773 T7655 T7653 nsubj induction,is
R4774 T7656 T7655 prep of,induction
R4775 T7657 T7656 pobj apoptosis,of
R4776 T7658 T7653 neg not,is
R4777 T7659 T7660 det an,response
R4778 T7660 T7653 attr response,is
R4779 T7661 T7660 amod automatic,response
R4780 T7662 T7660 acl triggered,response
R4781 T7663 T7662 agent by,triggered
R4782 T7664 T7665 det the,removal
R4783 T7665 T7663 pobj removal,by
R4784 T7666 T7665 prep of,removal
R4785 T7667 T7666 pobj Atrx,of
R4786 T7668 T7662 prep in,triggered
R4787 T7669 T7670 det all,types
R4788 T7670 T7668 pobj types,in
R4789 T7671 T7670 compound cell,types
R4790 T7672 T7645 punct ", ",demonstrate
R4791 T7673 T7645 cc and,demonstrate
R4792 T7674 T7645 conj suggest,demonstrate
R4793 T7675 T7676 mark that,reflect
R4794 T7676 T7674 ccomp reflect,suggest
R4795 T7677 T7678 det the,apoptosis
R4796 T7678 T7676 nsubj apoptosis,reflect
R4797 T7679 T7678 amod inappropriate,apoptosis
R4798 T7680 T7678 acl observed,apoptosis
R4799 T7681 T7680 prep in,observed
R4800 T7682 T7683 det the,forebrain
R4801 T7683 T7681 pobj forebrain,in
R4802 T7684 T7685 compound Atrx,mutant
R4803 T7685 T7683 compound mutant,forebrain
R4804 T7686 T7685 punct -,mutant
R4805 T7687 T7676 aux may,reflect
R4806 T7688 T7689 det a,requirement
R4807 T7689 T7676 dobj requirement,reflect
R4808 T7690 T7689 prep for,requirement
R4809 T7691 T7690 pobj Atrx,for
R4810 T7692 T7689 prep during,requirement
R4811 T7693 T7694 amod terminal,differentiation
R4812 T7694 T7692 pobj differentiation,during
R4813 T7695 T7645 punct .,demonstrate

craft-ca-core-ex-dev

Below, discontinuous spans are shown in the bag model. You can change it to the chain model.

Id Subject Object Predicate Lexical cue
T7346 0-4 PR_EXT:000004503 denotes Atrx
T7347 4-8 SO_EXT:sequence_nullness denotes null
T7348 9-17 CL:0002322 denotes ES cells
T7349 12-17 CL_GO_EXT:cell denotes cells
T7350 182-186 PR_EXT:000004503 denotes Atrx
T7351 197-206 GO:0010467 denotes expressed
T7352 210-218 CL:0002322 denotes ES cells
T7353 213-218 CL_GO_EXT:cell denotes cells
T7354 256-260 PR_EXT:000004503 denotes Atrx
T7355 271-277 GO_EXT:biological_growth_entity_or_process denotes growth
T7356 303-308 CL_GO_EXT:cell denotes cells
T7357 330-334 PR_EXT:000004503 denotes Atrx
T7358 335-341 SO_EXT:0001023 denotes allele
T7359 372-385 GO_PATO_EXT:cell_proliferation_or_proliferativity denotes proliferative
T7360 395-399 PR_EXT:000004503 denotes Atrx
T7361 399-403 SO_EXT:sequence_nullness denotes null
T7362 404-412 CL:0002322 denotes ES cells
T7363 407-412 CL_GO_EXT:cell denotes cells
T7364 463-472 GO:0006915 denotes apoptosis
T7365 494-506 GO_EXT:positive_regulation denotes up-regulated
T7366 510-518 CL:0002322 denotes ES cells
T7367 513-518 CL_GO_EXT:cell denotes cells
T7368 527-531 PR_EXT:000004503 denotes Atrx
T7369 563-567 PR_EXT:000004503 denotes Atrx
T7370 567-571 SO_EXT:sequence_nullness denotes null
T7371 580-585 NCBITaxon:10088 denotes mouse
T7372 586-593 UBERON:0000922 denotes embryos
T7373 647-651 PR_EXT:000004503 denotes Atrx
T7374 675-684 GO_PATO_EXT:apoptotic_process_or_quality denotes apoptotic
T7375 703-718 GO_RO_EXT:developmental_differentiation_process denotes differentiating
T7376 719-724 CL_GO_EXT:cell denotes cells
T7377 732-741 UBERON:0000922 denotes embryonic
T7378 742-748 UBERON:0001851 denotes cortex
T7379 757-762 GO:0007567 denotes natal
T7380 763-774 UBERON_EXT:hippocampus_proper_or_hippocampal_formation denotes hippocampus
T7381 781-785 PR_EXT:000004503 denotes Atrx
T7382 786-796 GO:0010467 denotes expression
T7383 827-832 NCBITaxon:10088 denotes mouse
T7384 833-842 UBERON:0001890 denotes forebrain
T7385 853-857 PR_EXT:000004503 denotes Atrx
T7386 858-862 SO:0000359 denotes flox
T7387 863-869 SO_EXT:0001023 denotes allele
T7388 895-900 NCBITaxon:9606 denotes human
T7389 901-905 PR_EXT:000004503 denotes ATRX
T7390 906-913 CHEBI_PR_EXT:protein denotes protein
T7391 947-954 GO:0032991 denotes complex
T7392 960-964 PR_EXT:000006283 denotes Daxx
T7393 972-979 CHEBI_PR_EXT:protein denotes protein
T7394 1034-1057 GO:0042981 denotes regulation of apoptosis
T7395 1102-1107 NCBITaxon:10088 denotes mouse
T7396 1108-1112 PR_EXT:000004503 denotes Atrx
T7397 1113-1117 PR_EXT:000006283 denotes Daxx
T7398 1118-1125 GO:0032991 denotes complex
T7399 1146-1150 PR_EXT:000004503 denotes Atrx
T7400 1151-1158 CHEBI_PR_EXT:protein denotes protein
T7401 1196-1205 GO_PATO_EXT:apoptotic_process_or_quality denotes apoptotic
T7402 1206-1214 GO_EXT:reaction_or_response denotes response
T7403 1245-1253 CL:0002322 denotes ES cells
T7404 1248-1253 CL_GO_EXT:cell denotes cells
T7405 1288-1297 GO:0006915 denotes apoptosis
T7406 1318-1326 GO_EXT:reaction_or_response denotes response
T7407 1355-1359 PR_EXT:000004503 denotes Atrx
T7408 1367-1371 CL_GO_EXT:cell denotes cell
T7409 1414-1423 GO:0006915 denotes apoptosis
T7410 1440-1444 PR_EXT:000004503 denotes Atrx
T7411 1445-1451 SO_EXT:sequence_altered_entity_or_alteration_process denotes mutant
T7412 1452-1461 UBERON:0001890 denotes forebrain
T7413 1492-1496 PR_EXT:000004503 denotes Atrx
T7414 1513-1528 GO_RO_EXT:developmental_differentiation_process denotes differentiation

2_test

Id Subject Object Predicate Lexical cue
16628246-15668733-85799759 886-888 15668733 denotes 20
16628246-12953102-85799760 966-967 12953102 denotes 8
16628246-15077145-85799761 1059-1061 15077145 denotes 21
T69494 886-888 15668733 denotes 20
T51832 966-967 12953102 denotes 8
T83532 1059-1061 15077145 denotes 21

craft-ca-core-dev

Below, discontinuous spans are shown in the bag model. You can change it to the chain model.

Id Subject Object Predicate Lexical cue
T7299 0-4 PR:000004503 denotes Atrx
T7300 9-17 CL:0002322 denotes ES cells
T7301 182-186 PR:000004503 denotes Atrx
T7302 197-206 GO:0010467 denotes expressed
T7303 210-218 CL:0002322 denotes ES cells
T7304 256-260 PR:000004503 denotes Atrx
T7305 330-334 PR:000004503 denotes Atrx
T7306 335-341 SO:0001023 denotes allele
T7307 395-399 PR:000004503 denotes Atrx
T7308 404-412 CL:0002322 denotes ES cells
T7309 463-472 GO:0006915 denotes apoptosis
T7310 510-518 CL:0002322 denotes ES cells
T7311 527-531 PR:000004503 denotes Atrx
T7312 563-567 PR:000004503 denotes Atrx
T7313 580-585 NCBITaxon:10088 denotes mouse
T7314 586-593 UBERON:0000922 denotes embryos
T7315 647-651 PR:000004503 denotes Atrx
T7316 732-741 UBERON:0000922 denotes embryonic
T7317 742-748 UBERON:0001851 denotes cortex
T7318 757-762 GO:0007567 denotes natal
T7319 781-785 PR:000004503 denotes Atrx
T7320 786-796 GO:0010467 denotes expression
T7321 827-832 NCBITaxon:10088 denotes mouse
T7322 833-842 UBERON:0001890 denotes forebrain
T7323 853-857 PR:000004503 denotes Atrx
T7324 858-862 SO:0000359 denotes flox
T7325 863-869 SO:0001023 denotes allele
T7326 895-900 NCBITaxon:9606 denotes human
T7327 901-905 PR:000004503 denotes ATRX
T7328 947-954 GO:0032991 denotes complex
T7329 960-964 PR:000006283 denotes Daxx
T7330 1034-1057 GO:0042981 denotes regulation of apoptosis
T7331 1102-1107 NCBITaxon:10088 denotes mouse
T7332 1108-1112 PR:000004503 denotes Atrx
T7333 1113-1117 PR:000006283 denotes Daxx
T7334 1118-1125 GO:0032991 denotes complex
T7335 1146-1150 PR:000004503 denotes Atrx
T7336 1245-1253 CL:0002322 denotes ES cells
T7337 1288-1297 GO:0006915 denotes apoptosis
T7338 1355-1359 PR:000004503 denotes Atrx
T7339 1414-1423 GO:0006915 denotes apoptosis
T7340 1440-1444 PR:000004503 denotes Atrx
T7341 1452-1461 UBERON:0001890 denotes forebrain
T7342 1492-1496 PR:000004503 denotes Atrx