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PMC:3317373 / 134-478 JSONTXT 7 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T70 3-7 VB denotes been
T71 8-14 VB denotes proved
T72 15-19 IN denotes that
T73 20-24 NN denotes Nrf2
T74 25-34 NN denotes depletion
T75 35-43 VB denotes enhances
T76 44-56 JJ denotes inflammatory
T77 57-64 NN denotes process
T78 65-72 IN denotes through
T79 73-83 NN denotes activation
T80 84-86 IN denotes of
T81 87-92 NN denotes NF-κB
T82 93-95 IN denotes in
T83 96-99 DT denotes the
T84 100-105 NN denotes brain
T85 106-111 IN denotes after
T86 112-115 NN denotes TBI
T87 115-116 -COMMA- denotes ,
T88 117-120 CC denotes but
T89 121-127 JJ denotes little
T90 128-130 VB denotes is
T91 131-136 VB denotes known
T92 137-142 IN denotes about
T93 143-146 DT denotes the
T94 147-159 NN denotes relationship
T95 160-167 IN denotes between
T96 168-172 NN denotes Nrf2
T97 173-176 CC denotes and
T98 177-182 NN denotes NF-κB
T99 183-185 IN denotes in
T100 186-196 NN denotes astrocytes
T101 197-202 IN denotes after
T102 203-206 NN denotes TBI
T103 208-213 RB denotes Hence
T104 213-214 -COMMA- denotes ,
T105 215-217 PRP denotes we
T106 218-222 VB denotes used
T107 223-230 JJ denotes primary
T108 231-239 VB denotes cultured
T109 240-250 NN denotes astrocytes
T110 251-255 IN denotes from
T111 256-262 CC denotes either
T112 263-267 NN denotes Nrf2
T113 268-276 NN denotes wildtype
T114 277-279 CC denotes or
T115 280-288 JJ denotes knockout
T116 289-293 NN denotes mice
T117 294-296 TO denotes to
T118 297-302 VB denotes study
T119 303-306 DT denotes the
T120 307-316 NN denotes influence
T121 317-319 IN denotes of
T122 320-324 NN denotes Nrf2
T123 325-327 IN denotes on
T124 328-331 DT denotes the
T125 332-342 NN denotes activation
R16 T71 T70 arg2Of proved,been
R17 T74 T73 arg1Of depletion,Nrf2
R18 T74 T75 arg1Of depletion,enhances
R19 T75 T78 arg1Of enhances,through
R20 T75 T88 arg1Of enhances,but
R21 T77 T75 arg2Of process,enhances
R22 T77 T76 arg1Of process,inflammatory
R23 T79 T78 arg2Of activation,through
R24 T79 T80 arg1Of activation,of
R25 T79 T82 arg1Of activation,in
R26 T81 T80 arg2Of NF-κB,of
R27 T84 T82 arg2Of brain,in
R28 T84 T83 arg1Of brain,the
R29 T84 T85 arg1Of brain,after
R30 T86 T85 arg2Of TBI,after
R33 T88 T70 arg1Of but,been
R34 T88 T71 arg2Of but,proved
R35 T88 T72 arg1Of but,that
R36 T88 T87 arg1Of but,","
R37 T89 T90 arg1Of little,is
R38 T89 T91 arg2Of little,known
R39 T91 T88 arg2Of known,but
R40 T91 T90 arg2Of known,is
R41 T91 T92 arg1Of known,about
R42 T94 T92 arg2Of relationship,about
R43 T94 T93 arg1Of relationship,the
R44 T94 T95 arg1Of relationship,between
R45 T96 T97 arg1Of Nrf2,and
R46 T97 T95 arg2Of and,between
R47 T97 T99 arg1Of and,in
R48 T97 T101 arg1Of and,after
R49 T98 T97 arg2Of NF-κB,and
R50 T100 T99 arg2Of astrocytes,in
R51 T102 T101 arg2Of TBI,after
R52 T105 T106 arg1Of we,used
R53 T106 T103 arg1Of used,Hence
R54 T106 T104 arg1Of used,","
R55 T109 T106 arg2Of astrocytes,used
R56 T109 T107 arg1Of astrocytes,primary
R57 T109 T108 arg2Of astrocytes,cultured
R58 T109 T110 arg1Of astrocytes,from
R59 T109 T117 modOf astrocytes,to
R60 T109 T118 arg1Of astrocytes,study
R61 T113 T112 arg1Of wildtype,Nrf2
R62 T113 T114 arg1Of wildtype,or
R63 T114 T110 arg2Of or,from
R64 T114 T111 arg1Of or,either
R65 T116 T114 arg2Of mice,or
R66 T116 T115 arg1Of mice,knockout
R67 T118 T117 arg1Of study,to
R69 T120 T118 arg2Of influence,study
R70 T120 T119 arg1Of influence,the
R71 T120 T121 arg1Of influence,of
R72 T120 T123 arg1Of influence,on
R73 T122 T121 arg2Of Nrf2,of
R74 T125 T124 arg1Of activation,the