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PMC:1420314 / 976-1335 JSONTXT 4 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T750 0-10 NN denotes Conclusion
T751 10-168 sentence denotes Our results indicate that ADAM11 mutation does not affect cell migration and differentiation during development, but affects learning and motor coordination.
T752 11-14 PRP$ denotes Our
T753 15-22 NNS denotes results
T754 23-31 VBP denotes indicate
T755 32-36 IN denotes that
T757 37-43 NN denotes ADAM11
T758 44-52 NN denotes mutation
T759 53-57 VBZ denotes does
T760 58-61 RB denotes not
T756 62-68 VB denotes affect
T761 69-73 NN denotes cell
T762 74-83 NN denotes migration
T763 84-87 CC denotes and
T764 88-103 NN denotes differentiation
T765 104-110 IN denotes during
T766 111-122 NN denotes development
T767 122-124 , denotes ,
T768 124-127 CC denotes but
T769 128-135 VBZ denotes affects
T770 136-144 NN denotes learning
T771 145-148 CC denotes and
T772 149-154 NN denotes motor
T773 155-167 NN denotes coordination
T774 167-168 . denotes .
T775 168-359 sentence denotes Thus, ADAM11 might play an important signalling or structural role as a cell adhesion molecule at the synapse, and may thus participate in synaptic regulation underlying behavioural changes.
T776 169-173 RB denotes Thus
T778 173-175 , denotes ,
T779 175-181 NN denotes ADAM11
T780 182-187 MD denotes might
T777 188-192 VB denotes play
T781 193-195 DT denotes an
T783 196-205 JJ denotes important
T784 206-216 NN denotes signalling
T785 217-219 CC denotes or
T786 220-230 JJ denotes structural
T782 231-235 NN denotes role
T787 236-238 IN denotes as
T788 239-240 DT denotes a
T790 241-245 NN denotes cell
T791 246-254 NN denotes adhesion
T789 255-263 NN denotes molecule
T792 264-266 IN denotes at
T793 267-270 DT denotes the
T794 271-278 NN denotes synapse
T795 278-280 , denotes ,
T796 280-283 CC denotes and
T797 284-287 MD denotes may
T799 288-292 RB denotes thus
T798 293-304 VB denotes participate
T800 305-307 IN denotes in
T801 308-316 JJ denotes synaptic
T802 317-327 NN denotes regulation
T803 328-338 VBG denotes underlying
T804 339-350 JJ denotes behavioural
T805 351-358 NNS denotes changes
T806 358-359 . denotes .
R167 T752 T753 poss Our,results
R168 T753 T754 nsubj results,indicate
R169 T755 T756 mark that,affect
R170 T756 T754 ccomp affect,indicate
R171 T757 T758 compound ADAM11,mutation
R172 T758 T756 nsubj mutation,affect
R173 T759 T756 aux does,affect
R174 T760 T756 neg not,affect
R175 T761 T762 compound cell,migration
R176 T762 T756 dobj migration,affect
R177 T763 T762 cc and,migration
R178 T764 T762 conj differentiation,migration
R179 T765 T756 prep during,affect
R180 T766 T765 pobj development,during
R181 T767 T756 punct ", ",affect
R182 T768 T756 cc but,affect
R183 T769 T756 conj affects,affect
R184 T770 T769 dobj learning,affects
R185 T771 T770 cc and,learning
R186 T772 T773 compound motor,coordination
R187 T773 T770 conj coordination,learning
R188 T774 T754 punct .,indicate
R189 T776 T777 advmod Thus,play
R190 T778 T777 punct ", ",play
R191 T779 T777 nsubj ADAM11,play
R192 T780 T777 aux might,play
R193 T781 T782 det an,role
R194 T782 T777 dobj role,play
R195 T783 T782 amod important,role
R196 T784 T782 nmod signalling,role
R197 T785 T784 cc or,signalling
R198 T786 T784 conj structural,signalling
R199 T787 T782 prep as,role
R200 T788 T789 det a,molecule
R201 T789 T787 pobj molecule,as
R202 T790 T791 compound cell,adhesion
R203 T791 T789 compound adhesion,molecule
R204 T792 T782 prep at,role
R205 T793 T794 det the,synapse
R206 T794 T792 pobj synapse,at
R207 T795 T777 punct ", ",play
R208 T796 T777 cc and,play
R209 T797 T798 aux may,participate
R210 T798 T777 conj participate,play
R211 T799 T798 advmod thus,participate
R212 T800 T798 prep in,participate
R213 T801 T802 amod synaptic,regulation
R214 T802 T800 pobj regulation,in
R215 T803 T802 acl underlying,regulation
R216 T804 T805 amod behavioural,changes
R217 T805 T803 dobj changes,underlying
R218 T806 T777 punct .,play