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PubMed:3922028 JSONTXT 3 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
spaCy_T0 0-3 NNP denotes Gas
spaCy_T1 4-12 NN denotes exchange
spaCy_T2 13-21 NN denotes analysis
spaCy_T3 22-24 IN denotes of
spaCy_T4 25-34 JJ denotes immediate
spaCy_T5 35-38 NNP denotes CO2
spaCy_T6 39-46 NN denotes storage
spaCy_T7 47-49 IN denotes at
spaCy_T8 50-55 NN denotes onset
spaCy_T9 56-58 IN denotes of
spaCy_T10 59-67 NN denotes exercise
spaCy_T11 67-68 . denotes .
spaCy_T12 69-72 DT denotes The
spaCy_T13 73-82 JJ denotes immediate
spaCy_T14 83-90 NN denotes storage
spaCy_T15 91-93 IN denotes of
spaCy_T16 94-97 NNP denotes CO2
spaCy_T17 98-100 IN denotes at
spaCy_T18 101-104 DT denotes the
spaCy_T19 105-110 NN denotes onset
spaCy_T20 111-113 IN denotes of
spaCy_T21 114-122 NN denotes exercise
spaCy_T22 123-126 VBD denotes was
spaCy_T23 127-136 VBN denotes estimated
spaCy_T24 137-139 IN denotes in
spaCy_T25 140-141 CD denotes 5
spaCy_T26 142-150 NNS denotes subjects
spaCy_T27 151-153 IN denotes as
spaCy_T28 154-157 DT denotes the
spaCy_T29 158-168 NN denotes difference
spaCy_T30 169-176 IN denotes between
spaCy_T31 177-185 VBN denotes measured
spaCy_T32 186-189 CC denotes and
spaCy_T33 190-199 VBN denotes predicted
spaCy_T34 200-203 JJ denotes CO2
spaCy_T35 204-214 NN denotes production
spaCy_T36 215-217 IN denotes at
spaCy_T37 218-222 NN denotes work
spaCy_T38 223-228 NNS denotes rates
spaCy_T39 229-231 IN denotes of
spaCy_T40 232-234 CD denotes 33
spaCy_T41 234-235 , denotes ,
spaCy_T42 236-238 CD denotes 53
spaCy_T43 239-242 CC denotes and
spaCy_T44 243-245 CD denotes 75
spaCy_T45 245-246 NN denotes %
spaCy_T46 247-253 NN denotes VO2max
spaCy_T47 253-254 . denotes .
spaCy_T48 255-260 CD denotes Three
spaCy_T49 261-265 NN denotes time
spaCy_T50 266-273 VBG denotes varying
spaCy_T51 274-280 NNS denotes models
spaCy_T52 281-283 IN denotes of
spaCy_T53 284-295 JJ denotes respiratory
spaCy_T54 296-304 NN denotes exchange
spaCy_T55 305-310 NN denotes ratio
spaCy_T56 311-312 -LRB- denotes (
spaCy_T57 312-315 NNP denotes RER
spaCy_T58 315-316 -RRB- denotes )
spaCy_T59 317-321 VBD denotes were
spaCy_T60 322-326 VBN denotes used
spaCy_T61 327-329 TO denotes to
spaCy_T62 330-336 VB denotes obtain
spaCy_T63 337-339 DT denotes an
spaCy_T64 340-348 JJ denotes expected
spaCy_T65 349-354 NN denotes range
spaCy_T66 355-357 IN denotes of
spaCy_T67 358-367 VBN denotes predicted
spaCy_T68 368-371 NNP denotes CO2
spaCy_T69 372-382 NN denotes production
spaCy_T70 382-383 . denotes .
spaCy_T71 384-394 VBN denotes Calculated
spaCy_T72 395-398 JJ denotes CO2
spaCy_T73 399-406 NN denotes storage
spaCy_T74 407-409 IN denotes in
spaCy_T75 410-413 DT denotes the
spaCy_T76 414-424 NN denotes transition
spaCy_T77 425-429 IN denotes from
spaCy_T78 430-434 NN denotes rest
spaCy_T79 435-437 TO denotes to
spaCy_T80 438-440 CD denotes 33
spaCy_T81 440-441 NN denotes %
spaCy_T82 442-448 JJ denotes VO2max
spaCy_T83 449-455 VBD denotes ranged
spaCy_T84 456-460 IN denotes from
spaCy_T85 461-465 CD denotes 0.33
spaCy_T86 466-468 TO denotes to
spaCy_T87 469-473 CD denotes 0.38
spaCy_T88 474-476 NN denotes ml
spaCy_T89 477-478 NNP denotes X
spaCy_T90 479-483 JJ denotes kg-1
spaCy_T91 484-485 NNP denotes X
spaCy_T92 486-492 CD denotes torr-1
spaCy_T93 492-493 : denotes ;
spaCy_T94 494-498 IN denotes from
spaCy_T95 499-501 CD denotes 33
spaCy_T96 502-504 TO denotes to
spaCy_T97 505-507 CD denotes 53
spaCy_T98 507-508 NN denotes %
spaCy_T99 509-515 NNP denotes VO2max
spaCy_T100 515-516 , denotes ,
spaCy_T101 517-530 JJ denotes corresponding
spaCy_T102 531-537 NNS denotes values
spaCy_T103 538-542 VBD denotes were
spaCy_T104 543-548 CD denotes -0.04
spaCy_T105 549-551 TO denotes to
spaCy_T106 552-556 CD denotes 0.14
spaCy_T107 557-559 NN denotes ml
spaCy_T108 560-561 NNP denotes X
spaCy_T109 562-566 JJ denotes kg-1
spaCy_T110 567-568 NNP denotes X
spaCy_T111 569-575 CD denotes torr-1
spaCy_T112 575-576 : denotes ;
spaCy_T113 577-580 CC denotes and
spaCy_T114 580-581 , denotes ,
spaCy_T115 582-586 IN denotes from
spaCy_T116 587-589 CD denotes 53
spaCy_T117 590-592 TO denotes to
spaCy_T118 593-595 CD denotes 75
spaCy_T119 595-596 NN denotes %
spaCy_T120 597-603 NN denotes VO2max
spaCy_T121 603-604 , denotes ,
spaCy_T122 605-611 NNS denotes values
spaCy_T123 612-618 VBD denotes ranged
spaCy_T124 619-623 IN denotes from
spaCy_T125 624-629 CD denotes -0.25
spaCy_T126 630-632 TO denotes to
spaCy_T127 633-637 CD denotes 0.16
spaCy_T128 638-640 NN denotes ml
spaCy_T129 641-642 NNP denotes X
spaCy_T130 643-647 JJ denotes kg-1
spaCy_T131 648-649 NNP denotes X
spaCy_T132 650-656 NN denotes torr-1
spaCy_T133 656-657 . denotes .
spaCy_T134 658-660 IN denotes In
spaCy_T135 661-664 CD denotes two
spaCy_T136 665-671 NNS denotes models
spaCy_T137 671-672 , denotes ,
spaCy_T138 673-676 NNP denotes CO2
spaCy_T139 677-684 NN denotes storage
spaCy_T140 685-694 VBD denotes decreased
spaCy_T141 695-708 RB denotes significantly
spaCy_T142 709-711 IN denotes at
spaCy_T143 712-715 DT denotes the
spaCy_T144 716-723 JJS denotes highest
spaCy_T145 724-728 NN denotes work
spaCy_T146 729-733 NN denotes rate
spaCy_T147 733-734 . denotes .
spaCy_T148 735-744 NNS denotes Estimates
spaCy_T149 745-747 IN denotes of
spaCy_T150 748-751 NNP denotes CO2
spaCy_T151 752-759 NN denotes storage
spaCy_T152 760-762 IN denotes by
spaCy_T153 763-779 NN denotes hyperventilation
spaCy_T154 780-782 IN denotes in
spaCy_T155 783-786 DT denotes the
spaCy_T156 787-793 JJ denotes steady
spaCy_T157 794-799 NN denotes state
spaCy_T158 800-802 IN denotes of
spaCy_T159 803-811 NN denotes exercise
spaCy_T160 812-819 VBD denotes yielded
spaCy_T161 820-833 RB denotes significantly
spaCy_T162 834-841 JJR denotes greater
spaCy_T163 842-849 NN denotes storage
spaCy_T164 849-850 . denotes .
spaCy_T165 851-853 PRP denotes It
spaCy_T166 854-857 VBD denotes was
spaCy_T167 858-867 VBN denotes concluded
spaCy_T168 868-872 IN denotes that
spaCy_T169 873-882 JJ denotes immediate
spaCy_T170 883-886 NNP denotes CO2
spaCy_T171 887-894 NN denotes storage
spaCy_T172 895-897 IN denotes at
spaCy_T173 898-901 DT denotes the
spaCy_T174 902-907 NN denotes onset
spaCy_T175 908-910 IN denotes of
spaCy_T176 911-919 NN denotes exercise
spaCy_T177 920-923 VBD denotes was
spaCy_T178 924-928 JJR denotes less
spaCy_T179 929-933 IN denotes than
spaCy_T180 934-950 NN denotes hyperventilation
spaCy_T181 951-960 NNS denotes estimates
spaCy_T182 960-961 , denotes ,
spaCy_T183 962-965 CC denotes and
spaCy_T184 966-970 IN denotes that
spaCy_T185 971-973 PRP denotes it
spaCy_T186 974-980 VBD denotes tended
spaCy_T187 981-983 TO denotes to
spaCy_T188 984-992 VB denotes decrease
spaCy_T189 993-997 IN denotes with
spaCy_T190 998-1007 JJ denotes metabolic
spaCy_T191 1008-1016 NN denotes acidosis
spaCy_T192 1016-1017 . denotes .
spaCy_R0 spaCy_T0 spaCy_T2 compound Gas,analysis
spaCy_R1 spaCy_T1 spaCy_T2 compound exchange,analysis
spaCy_R10 spaCy_T10 spaCy_T9 pobj exercise,of
spaCy_R100 spaCy_T100 spaCy_T103 punct ",",were
spaCy_R101 spaCy_T101 spaCy_T102 amod corresponding,values
spaCy_R102 spaCy_T102 spaCy_T103 nsubj values,were
spaCy_R103 spaCy_T103 spaCy_T83 parataxis were,ranged
spaCy_R104 spaCy_T104 spaCy_T106 quantmod -0.04,0.14
spaCy_R105 spaCy_T105 spaCy_T106 quantmod to,0.14
spaCy_R106 spaCy_T106 spaCy_T110 nummod 0.14,X
spaCy_R107 spaCy_T107 spaCy_T110 compound ml,X
spaCy_R108 spaCy_T108 spaCy_T110 compound X,X
spaCy_R109 spaCy_T109 spaCy_T110 compound kg-1,X
spaCy_R11 spaCy_T11 spaCy_T2 punct .,analysis
spaCy_R110 spaCy_T110 spaCy_T103 attr X,were
spaCy_R111 spaCy_T111 spaCy_T110 nummod torr-1,X
spaCy_R112 spaCy_T112 spaCy_T110 punct ;,X
spaCy_R113 spaCy_T113 spaCy_T103 cc and,were
spaCy_R114 spaCy_T114 spaCy_T103 punct ",",were
spaCy_R115 spaCy_T115 spaCy_T103 prep from,were
spaCy_R116 spaCy_T116 spaCy_T118 quantmod 53,75
spaCy_R117 spaCy_T117 spaCy_T118 quantmod to,75
spaCy_R118 spaCy_T118 spaCy_T119 nummod 75,%
spaCy_R119 spaCy_T119 spaCy_T120 compound %,VO2max
spaCy_R12 spaCy_T12 spaCy_T14 det The,storage
spaCy_R120 spaCy_T120 spaCy_T115 pobj VO2max,from
spaCy_R121 spaCy_T121 spaCy_T103 punct ",",were
spaCy_R122 spaCy_T122 spaCy_T123 nsubj values,ranged
spaCy_R123 spaCy_T123 spaCy_T83 conj ranged,ranged
spaCy_R124 spaCy_T124 spaCy_T123 prep from,ranged
spaCy_R125 spaCy_T125 spaCy_T124 pobj -0.25,from
spaCy_R126 spaCy_T126 spaCy_T124 prep to,from
spaCy_R127 spaCy_T127 spaCy_T132 nummod 0.16,torr-1
spaCy_R128 spaCy_T128 spaCy_T132 compound ml,torr-1
spaCy_R129 spaCy_T129 spaCy_T131 compound X,X
spaCy_R13 spaCy_T13 spaCy_T14 amod immediate,storage
spaCy_R130 spaCy_T130 spaCy_T131 compound kg-1,X
spaCy_R131 spaCy_T131 spaCy_T132 compound X,torr-1
spaCy_R132 spaCy_T132 spaCy_T126 pobj torr-1,to
spaCy_R133 spaCy_T133 spaCy_T123 punct .,ranged
spaCy_R134 spaCy_T134 spaCy_T140 prep In,decreased
spaCy_R135 spaCy_T135 spaCy_T136 nummod two,models
spaCy_R136 spaCy_T136 spaCy_T134 pobj models,In
spaCy_R137 spaCy_T137 spaCy_T140 punct ",",decreased
spaCy_R138 spaCy_T138 spaCy_T139 compound CO2,storage
spaCy_R139 spaCy_T139 spaCy_T140 nsubj storage,decreased
spaCy_R14 spaCy_T14 spaCy_T23 nsubjpass storage,estimated
spaCy_R140 spaCy_T140 spaCy_T140 ROOT decreased,decreased
spaCy_R141 spaCy_T141 spaCy_T140 advmod significantly,decreased
spaCy_R142 spaCy_T142 spaCy_T140 prep at,decreased
spaCy_R143 spaCy_T143 spaCy_T146 det the,rate
spaCy_R144 spaCy_T144 spaCy_T146 amod highest,rate
spaCy_R145 spaCy_T145 spaCy_T146 compound work,rate
spaCy_R146 spaCy_T146 spaCy_T142 pobj rate,at
spaCy_R147 spaCy_T147 spaCy_T140 punct .,decreased
spaCy_R148 spaCy_T148 spaCy_T160 nsubj Estimates,yielded
spaCy_R149 spaCy_T149 spaCy_T148 prep of,Estimates
spaCy_R15 spaCy_T15 spaCy_T14 prep of,storage
spaCy_R150 spaCy_T150 spaCy_T151 compound CO2,storage
spaCy_R151 spaCy_T151 spaCy_T149 pobj storage,of
spaCy_R152 spaCy_T152 spaCy_T151 prep by,storage
spaCy_R153 spaCy_T153 spaCy_T152 pobj hyperventilation,by
spaCy_R154 spaCy_T154 spaCy_T151 prep in,storage
spaCy_R155 spaCy_T155 spaCy_T157 det the,state
spaCy_R156 spaCy_T156 spaCy_T157 amod steady,state
spaCy_R157 spaCy_T157 spaCy_T154 pobj state,in
spaCy_R158 spaCy_T158 spaCy_T157 prep of,state
spaCy_R159 spaCy_T159 spaCy_T158 pobj exercise,of
spaCy_R16 spaCy_T16 spaCy_T15 pobj CO2,of
spaCy_R160 spaCy_T160 spaCy_T160 ROOT yielded,yielded
spaCy_R161 spaCy_T161 spaCy_T162 advmod significantly,greater
spaCy_R162 spaCy_T162 spaCy_T163 amod greater,storage
spaCy_R163 spaCy_T163 spaCy_T160 dobj storage,yielded
spaCy_R164 spaCy_T164 spaCy_T160 punct .,yielded
spaCy_R165 spaCy_T165 spaCy_T167 nsubjpass It,concluded
spaCy_R166 spaCy_T166 spaCy_T167 auxpass was,concluded
spaCy_R167 spaCy_T167 spaCy_T167 ROOT concluded,concluded
spaCy_R168 spaCy_T168 spaCy_T177 mark that,was
spaCy_R169 spaCy_T169 spaCy_T171 amod immediate,storage
spaCy_R17 spaCy_T17 spaCy_T14 prep at,storage
spaCy_R170 spaCy_T170 spaCy_T171 compound CO2,storage
spaCy_R171 spaCy_T171 spaCy_T177 nsubj storage,was
spaCy_R172 spaCy_T172 spaCy_T171 prep at,storage
spaCy_R173 spaCy_T173 spaCy_T174 det the,onset
spaCy_R174 spaCy_T174 spaCy_T172 pobj onset,at
spaCy_R175 spaCy_T175 spaCy_T174 prep of,onset
spaCy_R176 spaCy_T176 spaCy_T175 pobj exercise,of
spaCy_R177 spaCy_T177 spaCy_T167 ccomp was,concluded
spaCy_R178 spaCy_T178 spaCy_T181 amod less,estimates
spaCy_R179 spaCy_T179 spaCy_T180 quantmod than,hyperventilation
spaCy_R18 spaCy_T18 spaCy_T19 det the,onset
spaCy_R180 spaCy_T180 spaCy_T181 compound hyperventilation,estimates
spaCy_R181 spaCy_T181 spaCy_T177 attr estimates,was
spaCy_R182 spaCy_T182 spaCy_T177 punct ",",was
spaCy_R183 spaCy_T183 spaCy_T177 cc and,was
spaCy_R184 spaCy_T184 spaCy_T186 mark that,tended
spaCy_R185 spaCy_T185 spaCy_T186 nsubj it,tended
spaCy_R186 spaCy_T186 spaCy_T177 conj tended,was
spaCy_R187 spaCy_T187 spaCy_T188 aux to,decrease
spaCy_R188 spaCy_T188 spaCy_T186 xcomp decrease,tended
spaCy_R189 spaCy_T189 spaCy_T188 prep with,decrease
spaCy_R19 spaCy_T19 spaCy_T17 pobj onset,at
spaCy_R190 spaCy_T190 spaCy_T191 amod metabolic,acidosis
spaCy_R191 spaCy_T191 spaCy_T189 pobj acidosis,with
spaCy_R192 spaCy_T192 spaCy_T167 punct .,concluded
spaCy_R2 spaCy_T2 spaCy_T2 ROOT analysis,analysis
spaCy_R20 spaCy_T20 spaCy_T19 prep of,onset
spaCy_R21 spaCy_T21 spaCy_T20 pobj exercise,of
spaCy_R22 spaCy_T22 spaCy_T23 auxpass was,estimated
spaCy_R23 spaCy_T23 spaCy_T23 ROOT estimated,estimated
spaCy_R24 spaCy_T24 spaCy_T23 prep in,estimated
spaCy_R25 spaCy_T25 spaCy_T26 nummod 5,subjects
spaCy_R26 spaCy_T26 spaCy_T24 pobj subjects,in
spaCy_R27 spaCy_T27 spaCy_T26 prep as,subjects
spaCy_R28 spaCy_T28 spaCy_T29 det the,difference
spaCy_R29 spaCy_T29 spaCy_T27 pobj difference,as
spaCy_R3 spaCy_T3 spaCy_T2 prep of,analysis
spaCy_R30 spaCy_T30 spaCy_T29 prep between,difference
spaCy_R31 spaCy_T31 spaCy_T30 pobj measured,between
spaCy_R32 spaCy_T32 spaCy_T31 cc and,measured
spaCy_R33 spaCy_T33 spaCy_T31 conj predicted,measured
spaCy_R34 spaCy_T34 spaCy_T35 amod CO2,production
spaCy_R35 spaCy_T35 spaCy_T33 dobj production,predicted
spaCy_R36 spaCy_T36 spaCy_T35 prep at,production
spaCy_R37 spaCy_T37 spaCy_T38 compound work,rates
spaCy_R38 spaCy_T38 spaCy_T36 pobj rates,at
spaCy_R39 spaCy_T39 spaCy_T38 prep of,rates
spaCy_R4 spaCy_T4 spaCy_T6 amod immediate,storage
spaCy_R40 spaCy_T40 spaCy_T46 nummod 33,VO2max
spaCy_R41 spaCy_T41 spaCy_T40 punct ",",33
spaCy_R42 spaCy_T42 spaCy_T40 conj 53,33
spaCy_R43 spaCy_T43 spaCy_T42 cc and,53
spaCy_R44 spaCy_T44 spaCy_T42 conj 75,53
spaCy_R45 spaCy_T45 spaCy_T46 compound %,VO2max
spaCy_R46 spaCy_T46 spaCy_T39 pobj VO2max,of
spaCy_R47 spaCy_T47 spaCy_T23 punct .,estimated
spaCy_R48 spaCy_T48 spaCy_T49 nummod Three,time
spaCy_R49 spaCy_T49 spaCy_T60 npadvmod time,used
spaCy_R5 spaCy_T5 spaCy_T6 compound CO2,storage
spaCy_R50 spaCy_T50 spaCy_T51 amod varying,models
spaCy_R51 spaCy_T51 spaCy_T60 nsubjpass models,used
spaCy_R52 spaCy_T52 spaCy_T51 prep of,models
spaCy_R53 spaCy_T53 spaCy_T55 amod respiratory,ratio
spaCy_R54 spaCy_T54 spaCy_T55 compound exchange,ratio
spaCy_R55 spaCy_T55 spaCy_T52 pobj ratio,of
spaCy_R56 spaCy_T56 spaCy_T55 punct (,ratio
spaCy_R57 spaCy_T57 spaCy_T55 appos RER,ratio
spaCy_R58 spaCy_T58 spaCy_T55 punct ),ratio
spaCy_R59 spaCy_T59 spaCy_T60 auxpass were,used
spaCy_R6 spaCy_T6 spaCy_T3 pobj storage,of
spaCy_R60 spaCy_T60 spaCy_T60 ROOT used,used
spaCy_R61 spaCy_T61 spaCy_T62 aux to,obtain
spaCy_R62 spaCy_T62 spaCy_T60 xcomp obtain,used
spaCy_R63 spaCy_T63 spaCy_T65 det an,range
spaCy_R64 spaCy_T64 spaCy_T65 amod expected,range
spaCy_R65 spaCy_T65 spaCy_T62 dobj range,obtain
spaCy_R66 spaCy_T66 spaCy_T65 prep of,range
spaCy_R67 spaCy_T67 spaCy_T69 amod predicted,production
spaCy_R68 spaCy_T68 spaCy_T69 compound CO2,production
spaCy_R69 spaCy_T69 spaCy_T66 pobj production,of
spaCy_R7 spaCy_T7 spaCy_T2 prep at,analysis
spaCy_R70 spaCy_T70 spaCy_T60 punct .,used
spaCy_R71 spaCy_T71 spaCy_T73 amod Calculated,storage
spaCy_R72 spaCy_T72 spaCy_T73 amod CO2,storage
spaCy_R73 spaCy_T73 spaCy_T83 nsubj storage,ranged
spaCy_R74 spaCy_T74 spaCy_T73 prep in,storage
spaCy_R75 spaCy_T75 spaCy_T76 det the,transition
spaCy_R76 spaCy_T76 spaCy_T74 pobj transition,in
spaCy_R77 spaCy_T77 spaCy_T76 prep from,transition
spaCy_R78 spaCy_T78 spaCy_T77 pobj rest,from
spaCy_R79 spaCy_T79 spaCy_T76 prep to,transition
spaCy_R8 spaCy_T8 spaCy_T7 pobj onset,at
spaCy_R80 spaCy_T80 spaCy_T81 nummod 33,%
spaCy_R81 spaCy_T81 spaCy_T82 compound %,VO2max
spaCy_R82 spaCy_T82 spaCy_T79 pobj VO2max,to
spaCy_R83 spaCy_T83 spaCy_T83 ROOT ranged,ranged
spaCy_R84 spaCy_T84 spaCy_T83 prep from,ranged
spaCy_R85 spaCy_T85 spaCy_T84 pobj 0.33,from
spaCy_R86 spaCy_T86 spaCy_T84 prep to,from
spaCy_R87 spaCy_T87 spaCy_T91 nummod 0.38,X
spaCy_R88 spaCy_T88 spaCy_T91 compound ml,X
spaCy_R89 spaCy_T89 spaCy_T91 compound X,X
spaCy_R9 spaCy_T9 spaCy_T8 prep of,onset
spaCy_R90 spaCy_T90 spaCy_T91 compound kg-1,X
spaCy_R91 spaCy_T91 spaCy_T86 pobj X,to
spaCy_R92 spaCy_T92 spaCy_T91 nummod torr-1,X
spaCy_R93 spaCy_T93 spaCy_T84 punct ;,from
spaCy_R94 spaCy_T94 spaCy_T84 conj from,from
spaCy_R95 spaCy_T95 spaCy_T97 quantmod 33,53
spaCy_R96 spaCy_T96 spaCy_T97 quantmod to,53
spaCy_R97 spaCy_T97 spaCy_T98 nummod 53,%
spaCy_R98 spaCy_T98 spaCy_T94 pobj %,from
spaCy_R99 spaCy_T99 spaCy_T94 pobj VO2max,from