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PMC:1435744 / 28824-29001 JSONTXT

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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
T16022 59-64 CL_GO_EXT:cell denotes cells
T16023 102-106 PR_EXT:000014441 denotes mr-s
T16024 122-137 GO_EXT:transcription denotes transcriptional
T16025 162-176 CL:0000210 denotes photoreceptors

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
T15880 102-106 PR:000014441 denotes mr-s
T15881 162-176 CL:0000210 denotes photoreceptors

craft-sa-dev

Id Subject Object Predicate Lexical cue
T16782 0-177 sentence denotes However, these in vitro experiments using HEK293T and Y79 cells strongly support our hypothesis that mr-s functions as a transcriptional repressor in developing photoreceptors.
T16783 1-8 RB denotes However
T16784 74-81 VBP denotes support
T16785 8-10 , denotes ,
T16786 10-15 DT denotes these
T16787 25-36 NNS denotes experiments
T16788 16-18 FW denotes in
T16789 19-24 FW denotes vitro
T16790 37-42 VBG denotes using
T16791 43-50 NN denotes HEK293T
T16792 59-64 NNS denotes cells
T16793 51-54 CC denotes and
T16794 55-58 NN denotes Y79
T16795 65-73 RB denotes strongly
T16796 82-85 PRP$ denotes our
T16797 86-96 NN denotes hypothesis
T16798 97-101 IN denotes that
T16799 107-116 VBZ denotes functions
T16800 102-104 NN denotes mr
T16801 105-106 NN denotes s
T16802 104-105 HYPH denotes -
T16803 117-119 IN denotes as
T16804 120-121 DT denotes a
T16805 138-147 NN denotes repressor
T16806 122-137 JJ denotes transcriptional
T16807 148-150 IN denotes in
T16808 151-161 VBG denotes developing
T16809 162-176 NNS denotes photoreceptors
T16810 176-177 . denotes .
R4644 T16783 T16784 advmod However,support
R4645 T16785 T16784 punct ", ",support
R4646 T16786 T16787 det these,experiments
R4647 T16787 T16784 nsubj experiments,support
R4648 T16788 T16789 advmod in,vitro
R4649 T16789 T16787 amod vitro,experiments
R4650 T16790 T16787 acl using,experiments
R4651 T16791 T16792 nmod HEK293T,cells
R4652 T16792 T16790 dobj cells,using
R4653 T16793 T16791 cc and,HEK293T
R4654 T16794 T16791 conj Y79,HEK293T
R4655 T16795 T16784 advmod strongly,support
R4656 T16796 T16797 poss our,hypothesis
R4657 T16797 T16784 dobj hypothesis,support
R4658 T16798 T16799 mark that,functions
R4659 T16799 T16797 acl functions,hypothesis
R4660 T16800 T16801 compound mr,s
R4661 T16801 T16799 nsubj s,functions
R4662 T16802 T16801 punct -,s
R4663 T16803 T16799 prep as,functions
R4664 T16804 T16805 det a,repressor
R4665 T16805 T16803 pobj repressor,as
R4666 T16806 T16805 amod transcriptional,repressor
R4667 T16807 T16799 prep in,functions
R4668 T16808 T16809 amod developing,photoreceptors
R4669 T16809 T16807 pobj photoreceptors,in
R4670 T16810 T16784 punct .,support