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PMC:1186732 / 44964-45751 JSONTXT

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craft-sa-dev

Id Subject Object Predicate Lexical cue
T10470 0-5 RB denotes First
T10471 95-100 VBZ denotes leads
T10472 5-7 , denotes ,
T10473 7-9 PRP denotes it
T10474 10-12 VBZ denotes is
T10475 13-21 JJ denotes possible
T10476 22-26 IN denotes that
T10477 33-36 VBP denotes are
T10478 27-32 EX denotes there
T10479 37-40 CD denotes two
T10480 50-55 NNS denotes types
T10481 41-49 JJ denotes distinct
T10482 56-58 IN denotes of
T10483 59-62 NN denotes rod
T10484 63-72 NN denotes precursor
T10485 72-73 : denotes ;
T10486 74-78 NN denotes loss
T10487 79-81 IN denotes of
T10488 82-87 NN denotes Nr2e3
T10489 88-90 IN denotes in
T10490 91-94 NN denotes one
T10491 101-103 IN denotes to
T10492 104-105 NN denotes S
T10493 106-110 NN denotes cone
T10494 105-106 HYPH denotes -
T10495 111-115 NN denotes fate
T10496 116-119 CC denotes and
T10497 120-122 IN denotes in
T10498 133-140 VBZ denotes results
T10499 123-126 DT denotes the
T10500 127-132 JJ denotes other
T10501 141-143 IN denotes in
T10502 144-145 DT denotes a
T10503 158-162 NN denotes type
T10504 146-152 NN denotes hybrid
T10505 153-157 NN denotes cell
T10506 162-163 . denotes .
T10507 163-311 sentence denotes In fact, there is experimental evidence from the rat to support the conclusion that early-born and late-born rods are intrinsically different [37].
T10508 164-166 IN denotes In
T10509 179-181 VBZ denotes is
T10510 167-171 NN denotes fact
T10511 171-173 , denotes ,
T10512 173-178 EX denotes there
T10513 182-194 JJ denotes experimental
T10514 195-203 NN denotes evidence
T10515 204-208 IN denotes from
T10516 209-212 DT denotes the
T10517 213-216 NN denotes rat
T10518 217-219 TO denotes to
T10519 220-227 VB denotes support
T10520 228-231 DT denotes the
T10521 232-242 NN denotes conclusion
T10522 243-247 IN denotes that
T10523 278-281 VBP denotes are
T10524 248-253 RB denotes early
T10525 254-258 VBN denotes born
T10526 253-254 HYPH denotes -
T10527 273-277 NNS denotes rods
T10528 259-262 CC denotes and
T10529 263-267 RB denotes late
T10530 268-272 VBN denotes born
T10531 267-268 HYPH denotes -
T10532 282-295 RB denotes intrinsically
T10533 296-305 JJ denotes different
T10534 306-307 -LRB- denotes [
T10535 307-309 CD denotes 37
T10536 309-310 -RRB- denotes ]
T10537 310-311 . denotes .
T10538 311-589 sentence denotes One test of the hypothesis that there are two temporally distinct rod precursor populations would be to carry out birthdating experiments to determine whether the supernumerary S-opsin–positive cells in the rd7 retina derived exclusively from an early- or late-born population.
T10539 312-315 CD denotes One
T10540 316-320 NN denotes test
T10541 410-412 VB denotes be
T10542 321-323 IN denotes of
T10543 324-327 DT denotes the
T10544 328-338 NN denotes hypothesis
T10545 339-343 IN denotes that
T10546 350-353 VBP denotes are
T10547 344-349 EX denotes there
T10548 354-357 CD denotes two
T10549 392-403 NNS denotes populations
T10550 358-368 RB denotes temporally
T10551 369-377 JJ denotes distinct
T10552 378-381 NN denotes rod
T10553 382-391 NN denotes precursor
T10554 404-409 MD denotes would
T10555 413-415 TO denotes to
T10556 416-421 VB denotes carry
T10557 422-425 RP denotes out
T10558 426-437 VBG denotes birthdating
T10559 438-449 NNS denotes experiments
T10560 450-452 TO denotes to
T10561 453-462 VB denotes determine
T10562 463-470 IN denotes whether
T10563 530-537 VBN denotes derived
T10564 471-474 DT denotes the
T10565 506-511 NNS denotes cells
T10566 475-488 JJ denotes supernumerary
T10567 489-490 NN denotes S
T10568 491-496 NN denotes opsin
T10569 490-491 HYPH denotes -
T10570 497-505 JJ denotes positive
T10571 496-497 HYPH denotes –
T10572 512-514 IN denotes in
T10573 515-518 DT denotes the
T10574 523-529 NN denotes retina
T10575 519-522 NN denotes rd7
T10576 538-549 RB denotes exclusively
T10577 550-554 IN denotes from
T10578 555-557 DT denotes an
T10579 578-588 NN denotes population
T10580 558-563 RB denotes early
T10581 573-577 VBN denotes born
T10582 563-564 HYPH denotes -
T10583 565-567 CC denotes or
T10584 568-572 RB denotes late
T10585 572-573 HYPH denotes -
T10586 588-589 . denotes .
T10587 589-787 sentence denotes Of course, if this were not the case, this experiment could not rule out the possibility that molecularly distinct populations of rod precursors are present simultaneously in the developing retina.
T10588 590-592 RB denotes Of
T10589 593-599 RB denotes course
T10590 654-658 VB denotes rule
T10591 599-601 , denotes ,
T10592 601-603 IN denotes if
T10593 609-613 VBD denotes were
T10594 604-608 DT denotes this
T10595 614-617 RB denotes not
T10596 618-621 DT denotes the
T10597 622-626 NN denotes case
T10598 626-628 , denotes ,
T10599 628-632 DT denotes this
T10600 633-643 NN denotes experiment
T10601 644-649 MD denotes could
T10602 650-653 RB denotes not
T10603 659-662 RP denotes out
T10604 663-666 DT denotes the
T10605 667-678 NN denotes possibility
T10606 679-683 IN denotes that
T10607 735-738 VBP denotes are
T10608 684-695 RB denotes molecularly
T10609 696-704 JJ denotes distinct
T10610 705-716 NNS denotes populations
T10611 717-719 IN denotes of
T10612 720-723 NN denotes rod
T10613 724-734 NNS denotes precursors
T10614 739-746 JJ denotes present
T10615 747-761 RB denotes simultaneously
T10616 762-764 IN denotes in
T10617 765-768 DT denotes the
T10618 780-786 NN denotes retina
T10619 769-779 VBG denotes developing
T10620 786-787 . denotes .
R6487 T10470 T10471 advmod First,leads
R6489 T10472 T10471 punct ", ",leads
R6490 T10473 T10474 nsubj it,is
R6492 T10474 T10471 ccomp is,leads
R6493 T10475 T10474 acomp possible,is
R6495 T10476 T10477 mark that,are
R6496 T10477 T10474 ccomp are,is
R6497 T10478 T10477 expl there,are
R6499 T10479 T10480 nummod two,types
R6500 T10480 T10477 attr types,are
R6501 T10481 T10480 amod distinct,types
R6503 T10482 T10480 prep of,types
R6504 T10483 T10484 compound rod,precursor
R6505 T10484 T10482 pobj precursor,of
R6507 T10485 T10471 punct ;,leads
R6508 T10486 T10471 nsubj loss,leads
R6510 T10487 T10486 prep of,loss
R6511 T10488 T10487 pobj Nr2e3,of
R6512 T10489 T10486 prep in,loss
R6514 T10490 T10489 pobj one,in
R6515 T10491 T10471 prep to,leads
R6517 T10492 T10493 compound S,cone
R6518 T10493 T10495 compound cone,fate
R6519 T10494 T10493 punct -,cone
R6520 T10495 T10491 pobj fate,to
R6522 T10496 T10471 cc and,leads
R6523 T10497 T10498 prep in,results
R6524 T10498 T10471 conj results,leads
R6526 T10499 T10500 det the,other
R6527 T10500 T10497 pobj other,in
R6528 T10501 T10498 prep in,results
R6530 T10502 T10503 det a,type
R6531 T10503 T10501 pobj type,in
R6532 T10504 T10503 compound hybrid,type
R6534 T10505 T10503 compound cell,type
R6535 T10506 T10471 punct .,leads
R6536 T10508 T10509 prep In,is
R6538 T10510 T10508 pobj fact,In
R6539 T10511 T10509 punct ", ",is
R6540 T10512 T10509 expl there,is
R6541 T10513 T10514 amod experimental,evidence
R6543 T10514 T10509 attr evidence,is
R6544 T10515 T10514 prep from,evidence
R6546 T10516 T10517 det the,rat
R6547 T10517 T10515 pobj rat,from
R6548 T10518 T10519 aux to,support
R6550 T10519 T10514 advcl support,evidence
R6551 T10520 T10521 det the,conclusion
R6553 T10521 T10519 dobj conclusion,support
R6554 T10522 T10523 mark that,are
R6555 T10523 T10521 acl are,conclusion
R6557 T10524 T10525 advmod early,born
R6558 T10525 T10527 amod born,rods
R6559 T10526 T10525 punct -,born
R6561 T10527 T10523 nsubj rods,are
R6562 T10528 T10525 cc and,born
R6564 T10529 T10530 advmod late,born
R6565 T10530 T10525 conj born,born
R6566 T10531 T10530 punct -,born
R6568 T10532 T10533 advmod intrinsically,different
R6569 T10533 T10523 acomp different,are
R6571 T10534 T10535 punct [,37
R6572 T10535 T10509 parataxis 37,is
R6573 T10536 T10535 punct ],37
R6575 T10537 T10509 punct .,is
R6577 T10539 T10540 nummod One,test
R6578 T10540 T10541 nsubj test,be
R6580 T10542 T10540 prep of,test
R6581 T10543 T10544 det the,hypothesis
R6583 T10544 T10542 pobj hypothesis,of
R6585 T10545 T10546 mark that,are
R6587 T10546 T10544 acl are,hypothesis
R6588 T10547 T10546 expl there,are
R6589 T10548 T10549 nummod two,populations
R6591 T10549 T10546 attr populations,are
R6593 T10550 T10551 advmod temporally,distinct
R6594 T10551 T10549 amod distinct,populations
R6595 T10552 T10553 compound rod,precursor
R6597 T10553 T10549 compound precursor,populations
R6598 T10554 T10541 aux would,be
R6600 T10555 T10556 aux to,carry
R6601 T10556 T10541 xcomp carry,be
R6603 T10557 T10556 prt out,carry
R6604 T10558 T10559 amod birthdating,experiments
R6605 T10559 T10556 dobj experiments,carry
R6607 T10560 T10561 aux to,determine
R6608 T10561 T10556 advcl determine,carry
R6610 T10562 T10563 mark whether,derived
R6611 T10563 T10561 ccomp derived,determine
R6612 T10564 T10565 det the,cells
R6614 T10565 T10563 nsubj cells,derived
R6615 T10566 T10565 amod supernumerary,cells
R6616 T10567 T10568 compound S,opsin
R6617 T10568 T10570 npadvmod opsin,positive
R6619 T10569 T10568 punct -,opsin
R6620 T10570 T10565 amod positive,cells
R6622 T10571 T10570 punct –,positive
R6623 T10572 T10565 prep in,cells
R6624 T10573 T10574 det the,retina
R6625 T10574 T10572 pobj retina,in
R6627 T10575 T10574 compound rd7,retina
R6628 T10576 T10563 advmod exclusively,derived
R6630 T10577 T10563 prep from,derived
R6631 T10578 T10579 det an,population
R6632 T10579 T10577 pobj population,from
R6633 T10580 T10581 advmod early,born
R6635 T10581 T10579 amod born,population
R6636 T10582 T10580 punct -,early
R6638 T10583 T10580 cc or,early
R6639 T10584 T10580 conj late,early
R6640 T10585 T10581 punct -,born
R6641 T10586 T10541 punct .,be
R6642 T10588 T10589 advmod Of,course
R6643 T10589 T10590 advmod course,rule
R6645 T10591 T10590 punct ", ",rule
R6646 T10592 T10593 mark if,were
R6648 T10593 T10590 advcl were,rule
R6649 T10594 T10593 nsubj this,were
R6650 T10595 T10593 neg not,were
R6652 T10596 T10597 det the,case
R6653 T10597 T10593 attr case,were
R6655 T10598 T10590 punct ", ",rule
R6656 T10599 T10600 det this,experiment
R6657 T10600 T10590 nsubj experiment,rule
R6659 T10601 T10590 aux could,rule
R6660 T10602 T10590 neg not,rule
R6661 T10603 T10590 prt out,rule
R6663 T10604 T10605 det the,possibility
R6664 T10605 T10590 dobj possibility,rule
R6665 T10606 T10607 mark that,are
R6667 T10607 T10605 acl are,possibility
R6668 T10608 T10609 advmod molecularly,distinct
R6669 T10609 T10610 amod distinct,populations
R6671 T10610 T10607 nsubj populations,are
R6672 T10611 T10610 prep of,populations
R6673 T10612 T10613 compound rod,precursors
R6675 T10613 T10611 pobj precursors,of
R6676 T10614 T10607 acomp present,are
R6678 T10615 T10607 advmod simultaneously,are
R6679 T10616 T10607 prep in,are
R6680 T10617 T10618 det the,retina
R6682 T10618 T10616 pobj retina,in
R6683 T10619 T10618 amod developing,retina
R6685 T10620 T10590 punct .,rule

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
T8227 59-62 CL:0000604 denotes rod
T8228 82-87 PR_EXT:000011403 denotes Nr2e3
T8229 106-110 CL:0000573 denotes cone
T8230 153-157 CL_GO_EXT:cell denotes cell
T8231 213-216 NCBITaxon:10114 denotes rat
T8232 273-277 CL:0000604 denotes rods
T8233 378-381 CL:0000604 denotes rod
T8234 489-496 PR_EXT:000001195 denotes S-opsin
T8235 506-511 CL_GO_EXT:cell denotes cells
T8236 523-529 UBERON:0000966 denotes retina
T8237 684-695 CHEBI_EXT:polyatomic_entity_or_group denotes molecularly
T8238 720-723 CL:0000604 denotes rod
T8239 780-786 UBERON:0000966 denotes retina

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
T7672 59-62 CL:0000604 denotes rod
T7673 82-87 PR:000011403 denotes Nr2e3
T7674 106-110 CL:0000573 denotes cone
T7675 213-216 NCBITaxon:10114 denotes rat
T7676 273-277 CL:0000604 denotes rods
T7677 378-381 CL:0000604 denotes rod
T7678 489-496 PR:000001195 denotes S-opsin
T7679 523-529 UBERON:0000966 denotes retina
T7680 720-723 CL:0000604 denotes rod
T7681 780-786 UBERON:0000966 denotes retina

2_test

Id Subject Object Predicate Lexical cue
16110338-9570804-85798549 307-309 9570804 denotes 37
T20117 307-309 9570804 denotes 37