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PubMed:3921252 JSONTXT 3 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function IAV-Glycan

Id Subject Object Predicate Lexical cue
spaCy_T0 0-10 NN denotes Dependence
spaCy_T1 11-13 IN denotes of
spaCy_T2 14-21 JJ denotes spatial
spaCy_T3 22-35 NN denotes heterogeneity
spaCy_T4 36-38 IN denotes of
spaCy_T5 39-49 JJ denotes myocardial
spaCy_T6 50-55 NN denotes blood
spaCy_T7 56-60 NN denotes flow
spaCy_T8 61-63 IN denotes on
spaCy_T9 64-68 JJ denotes mean
spaCy_T10 69-74 NN denotes blood
spaCy_T11 75-79 NN denotes flow
spaCy_T12 80-84 NN denotes rate
spaCy_T13 85-87 IN denotes in
spaCy_T14 88-91 DT denotes the
spaCy_T15 92-98 NN denotes rabbit
spaCy_T16 99-104 NN denotes heart
spaCy_T17 104-105 . denotes .
spaCy_T18 106-109 DT denotes The
spaCy_T19 110-122 NN denotes relationship
spaCy_T20 123-130 IN denotes between
spaCy_T21 131-138 JJ denotes spatial
spaCy_T22 139-152 NN denotes heterogeneity
spaCy_T23 153-155 IN denotes of
spaCy_T24 156-166 JJ denotes myocardial
spaCy_T25 167-172 NN denotes blood
spaCy_T26 173-177 NN denotes flow
spaCy_T27 178-181 CC denotes and
spaCy_T28 182-185 DT denotes the
spaCy_T29 186-190 NN denotes rate
spaCy_T30 191-193 IN denotes of
spaCy_T31 194-203 NN denotes perfusion
spaCy_T32 204-207 VBD denotes was
spaCy_T33 208-216 VBN denotes examined
spaCy_T34 217-219 IN denotes in
spaCy_T35 220-239 JJ denotes anaesthetised-chest
spaCy_T36 240-247 NNS denotes rabbits
spaCy_T37 247-248 . denotes .
spaCy_T38 249-254 NNP denotes Blood
spaCy_T39 255-259 NN denotes flow
spaCy_T40 260-274 NNS denotes determinations
spaCy_T41 275-283 VBN denotes employed
spaCy_T42 284-287 DT denotes the
spaCy_T43 288-299 JJ denotes radioactive
spaCy_T44 300-311 NN denotes microsphere
spaCy_T45 312-321 NN denotes technique
spaCy_T46 321-322 . denotes .
spaCy_T47 323-327 CD denotes Five
spaCy_T48 328-334 NN denotes tissue
spaCy_T49 335-342 NNS denotes samples
spaCy_T50 343-347 VBD denotes were
spaCy_T51 348-356 VBN denotes obtained
spaCy_T52 357-361 IN denotes from
spaCy_T53 362-366 DT denotes each
spaCy_T54 367-369 IN denotes of
spaCy_T55 370-374 CD denotes four
spaCy_T56 375-382 NNS denotes regions
spaCy_T57 383-385 IN denotes of
spaCy_T58 386-389 DT denotes the
spaCy_T59 390-394 VBN denotes left
spaCy_T60 395-404 NN denotes ventricle
spaCy_T61 404-405 : denotes :
spaCy_T62 406-410 VBD denotes left
spaCy_T63 411-417 NN denotes septum
spaCy_T64 417-418 , denotes ,
spaCy_T65 419-424 JJ denotes right
spaCy_T66 425-431 NN denotes septum
spaCy_T67 431-432 , denotes ,
spaCy_T68 433-447 NN denotes subendocardium
spaCy_T69 448-451 CC denotes and
spaCy_T70 452-465 NN denotes subepicardium
spaCy_T71 465-466 . denotes .
spaCy_T72 467-475 JJ denotes Standard
spaCy_T73 476-485 NN denotes deviation
spaCy_T74 486-487 -LRB- denotes (
spaCy_T75 487-489 NNP denotes SD
spaCy_T76 489-490 -RRB- denotes )
spaCy_T77 491-494 CC denotes and
spaCy_T78 495-498 DT denotes the
spaCy_T79 499-510 NN denotes coefficient
spaCy_T80 511-513 IN denotes of
spaCy_T81 514-523 NN denotes variation
spaCy_T82 524-525 -LRB- denotes (
spaCy_T83 525-527 NNP denotes CV
spaCy_T84 528-529 SYM denotes =
spaCy_T85 530-537 JJ denotes SD/mean
spaCy_T86 538-542 NN denotes flow
spaCy_T87 543-544 LS denotes x
spaCy_T88 545-548 CD denotes 100
spaCy_T89 548-549 -RRB- denotes )
spaCy_T90 549-550 , denotes ,
spaCy_T91 551-553 DT denotes an
spaCy_T92 554-559 NN denotes index
spaCy_T93 560-562 IN denotes of
spaCy_T94 563-570 JJ denotes spatial
spaCy_T95 571-584 NN denotes heterogeneity
spaCy_T96 584-585 , denotes ,
spaCy_T97 586-590 VBD denotes were
spaCy_T98 591-599 VBN denotes computed
spaCy_T99 599-600 . denotes .
spaCy_T100 601-602 DT denotes A
spaCy_T101 603-607 JJ denotes wide
spaCy_T102 608-613 NN denotes range
spaCy_T103 614-616 IN denotes of
spaCy_T104 617-621 JJ denotes mean
spaCy_T105 622-630 JJ denotes coronary
spaCy_T106 631-636 NNS denotes flows
spaCy_T107 637-640 VBD denotes was
spaCy_T108 641-649 VBN denotes obtained
spaCy_T109 650-652 IN denotes in
spaCy_T110 653-658 CD denotes seven
spaCy_T111 659-665 NNS denotes groups
spaCy_T112 666-668 IN denotes by
spaCy_T113 669-680 NN denotes inspiration
spaCy_T114 681-683 IN denotes of
spaCy_T115 684-688 NN denotes room
spaCy_T116 689-692 NN denotes air
spaCy_T117 692-693 , denotes ,
spaCy_T118 694-695 CD denotes 8
spaCy_T119 695-696 NN denotes %
spaCy_T120 697-699 CD denotes O2
spaCy_T121 699-700 , denotes ,
spaCy_T122 701-702 CD denotes 8
spaCy_T123 702-703 NN denotes %
spaCy_T124 704-706 CD denotes O2
spaCy_T125 707-710 CC denotes and
spaCy_T126 711-713 CD denotes 10
spaCy_T127 713-714 NN denotes %
spaCy_T128 715-718 CD denotes CO2
spaCy_T129 718-719 , denotes ,
spaCy_T130 720-723 CD denotes 100
spaCy_T131 723-724 NN denotes %
spaCy_T132 725-727 CD denotes O2
spaCy_T133 727-728 , denotes ,
spaCy_T134 729-732 CD denotes 100
spaCy_T135 732-733 NN denotes %
spaCy_T136 734-736 CD denotes O2
spaCy_T137 737-740 CC denotes and
spaCy_T138 741-757 NN denotes hyperventilation
spaCy_T139 757-758 , denotes ,
spaCy_T140 759-762 CC denotes and
spaCy_T141 763-765 IN denotes by
spaCy_T142 766-780 NN denotes administration
spaCy_T143 781-783 IN denotes of
spaCy_T144 784-793 NN denotes adenosine
spaCy_T145 794-796 CC denotes or
spaCy_T146 797-806 NN denotes chromomar
spaCy_T147 807-810 NNP denotes HCl
spaCy_T148 810-811 . denotes .
spaCy_T149 812-823 JJ denotes Significant
spaCy_T150 824-835 NNS denotes differences
spaCy_T151 836-838 IN denotes in
spaCy_T152 839-841 NNP denotes CV
spaCy_T153 842-846 VBD denotes were
spaCy_T154 847-852 VBN denotes found
spaCy_T155 853-860 IN denotes between
spaCy_T156 861-870 NN denotes treatment
spaCy_T157 871-877 NNS denotes groups
spaCy_T158 878-880 IN denotes at
spaCy_T159 881-884 DT denotes the
spaCy_T160 885-890 JJ denotes upper
spaCy_T161 891-894 CC denotes and
spaCy_T162 895-900 JJR denotes lower
spaCy_T163 901-905 NNS denotes ends
spaCy_T164 906-908 IN denotes of
spaCy_T165 909-912 DT denotes the
spaCy_T166 913-917 NN denotes flow
spaCy_T167 918-923 NN denotes range
spaCy_T168 923-924 . denotes .
spaCy_T169 925-926 DT denotes A
spaCy_T170 927-938 JJ denotes significant
spaCy_T171 939-947 JJ denotes positive
spaCy_T172 948-954 JJ denotes linear
spaCy_T173 955-966 NN denotes correlation
spaCy_T174 967-974 IN denotes between
spaCy_T175 975-982 JJ denotes overall
spaCy_T176 983-985 NNP denotes SD
spaCy_T177 986-989 CC denotes and
spaCy_T178 990-994 VB denotes mean
spaCy_T179 995-1003 JJ denotes coronary
spaCy_T180 1004-1008 NN denotes flow
spaCy_T181 1009-1012 VBD denotes was
spaCy_T182 1013-1018 VBN denotes found
spaCy_T183 1019-1020 -LRB- denotes (
spaCy_T184 1020-1021 NN denotes r
spaCy_T185 1022-1023 SYM denotes =
spaCy_T186 1024-1029 CD denotes 0.760
spaCy_T187 1029-1030 -RRB- denotes )
spaCy_T188 1030-1031 . denotes .
spaCy_T189 1032-1033 DT denotes A
spaCy_T190 1034-1045 JJ denotes significant
spaCy_T191 1046-1053 NN denotes inverse
spaCy_T192 1054-1060 JJ denotes linear
spaCy_T193 1061-1073 NN denotes relationship
spaCy_T194 1074-1081 IN denotes between
spaCy_T195 1082-1084 NNP denotes CV
spaCy_T196 1085-1088 CC denotes and
spaCy_T197 1089-1093 VB denotes mean
spaCy_T198 1094-1098 NN denotes flow
spaCy_T199 1099-1102 VBD denotes was
spaCy_T200 1103-1108 VBN denotes found
spaCy_T201 1109-1113 IN denotes over
spaCy_T202 1114-1117 DT denotes the
spaCy_T203 1118-1124 JJ denotes entire
spaCy_T204 1125-1130 NN denotes range
spaCy_T205 1131-1133 IN denotes of
spaCy_T206 1134-1139 NNS denotes flows
spaCy_T207 1140-1147 VBN denotes studied
spaCy_T208 1148-1149 -LRB- denotes (
spaCy_T209 1149-1150 NN denotes r
spaCy_T210 1151-1152 SYM denotes =
spaCy_T211 1153-1159 CD denotes -0.482
spaCy_T212 1159-1160 -RRB- denotes )
spaCy_T213 1160-1161 . denotes .
spaCy_T214 1162-1164 DT denotes An
spaCy_T215 1165-1173 VBN denotes improved
spaCy_T216 1174-1185 NN denotes correlation
spaCy_T217 1186-1193 IN denotes between
spaCy_T218 1194-1196 NNP denotes CV
spaCy_T219 1197-1199 IN denotes of
spaCy_T220 1200-1210 JJ denotes calculated
spaCy_T221 1211-1219 JJ denotes coronary
spaCy_T222 1220-1228 JJ denotes vascular
spaCy_T223 1229-1239 NN denotes resistance
spaCy_T224 1240-1243 CC denotes and
spaCy_T225 1244-1248 VB denotes mean
spaCy_T226 1249-1257 JJ denotes vascular
spaCy_T227 1258-1268 NN denotes resistance
spaCy_T228 1269-1270 -LRB- denotes (
spaCy_T229 1270-1271 NN denotes r
spaCy_T230 1272-1273 SYM denotes =
spaCy_T231 1274-1279 CD denotes 0.742
spaCy_T232 1279-1280 -RRB- denotes )
spaCy_T233 1281-1288 IN denotes amongst
spaCy_T234 1289-1294 DT denotes these
spaCy_T235 1295-1305 NNS denotes treatments
spaCy_T236 1306-1314 VBZ denotes suggests
spaCy_T237 1315-1319 IN denotes that
spaCy_T238 1320-1327 JJ denotes spatial
spaCy_T239 1328-1341 NN denotes heterogeneity
spaCy_T240 1342-1344 VBZ denotes is
spaCy_T241 1345-1351 JJR denotes better
spaCy_T242 1352-1361 VBN denotes described
spaCy_T243 1362-1364 IN denotes by
spaCy_T244 1365-1368 DT denotes the
spaCy_T245 1369-1380 NN denotes variability
spaCy_T246 1381-1383 IN denotes in
spaCy_T247 1384-1391 NN denotes calibre
spaCy_T248 1392-1394 IN denotes of
spaCy_T249 1395-1400 JJ denotes large
spaCy_T250 1401-1411 NNS denotes arterioles
spaCy_T251 1411-1412 . denotes .
spaCy_T252 1413-1417 DT denotes This
spaCy_T253 1418-1427 VBD denotes decreased
spaCy_T254 1428-1441 NN denotes heterogeneity
spaCy_T255 1442-1454 VBG denotes accompanying
spaCy_T256 1455-1459 JJ denotes high
spaCy_T257 1460-1465 NNS denotes flows
spaCy_T258 1466-1468 CC denotes or
spaCy_T259 1469-1476 VBN denotes reduced
spaCy_T260 1477-1485 JJ denotes vascular
spaCy_T261 1486-1496 NN denotes resistance
spaCy_T262 1497-1500 MD denotes may
spaCy_T263 1501-1503 VB denotes be
spaCy_T264 1504-1514 JJ denotes beneficial
spaCy_T265 1515-1517 IN denotes in
spaCy_T266 1518-1523 NNS denotes terms
spaCy_T267 1524-1526 IN denotes of
spaCy_T268 1527-1529 CD denotes O2
spaCy_T269 1530-1536 NN denotes supply
spaCy_T270 1537-1540 CC denotes and
spaCy_T271 1541-1547 NN denotes demand
spaCy_T272 1548-1553 IN denotes under
spaCy_T273 1554-1564 NNS denotes conditions
spaCy_T274 1565-1567 IN denotes of
spaCy_T275 1568-1578 JJ denotes myocardial
spaCy_T276 1579-1585 NN denotes stress
spaCy_T277 1585-1586 . denotes .
spaCy_R0 spaCy_T0 spaCy_T0 ROOT Dependence,Dependence
spaCy_R1 spaCy_T1 spaCy_T0 prep of,Dependence
spaCy_R10 spaCy_T10 spaCy_T11 compound blood,flow
spaCy_R100 spaCy_T100 spaCy_T102 det A,range
spaCy_R101 spaCy_T101 spaCy_T102 amod wide,range
spaCy_R102 spaCy_T102 spaCy_T108 nsubjpass range,obtained
spaCy_R103 spaCy_T103 spaCy_T102 prep of,range
spaCy_R104 spaCy_T104 spaCy_T106 amod mean,flows
spaCy_R105 spaCy_T105 spaCy_T106 amod coronary,flows
spaCy_R106 spaCy_T106 spaCy_T103 pobj flows,of
spaCy_R107 spaCy_T107 spaCy_T108 auxpass was,obtained
spaCy_R108 spaCy_T108 spaCy_T108 ROOT obtained,obtained
spaCy_R109 spaCy_T109 spaCy_T108 prep in,obtained
spaCy_R11 spaCy_T11 spaCy_T12 compound flow,rate
spaCy_R110 spaCy_T110 spaCy_T111 nummod seven,groups
spaCy_R111 spaCy_T111 spaCy_T109 pobj groups,in
spaCy_R112 spaCy_T112 spaCy_T108 agent by,obtained
spaCy_R113 spaCy_T113 spaCy_T112 pobj inspiration,by
spaCy_R114 spaCy_T114 spaCy_T113 prep of,inspiration
spaCy_R115 spaCy_T115 spaCy_T116 compound room,air
spaCy_R116 spaCy_T116 spaCy_T114 pobj air,of
spaCy_R117 spaCy_T117 spaCy_T119 punct ",",%
spaCy_R118 spaCy_T118 spaCy_T119 nummod 8,%
spaCy_R119 spaCy_T119 spaCy_T108 npadvmod %,obtained
spaCy_R12 spaCy_T12 spaCy_T8 pobj rate,on
spaCy_R120 spaCy_T120 spaCy_T123 meta O2,%
spaCy_R121 spaCy_T121 spaCy_T120 punct ",",O2
spaCy_R122 spaCy_T122 spaCy_T123 nummod 8,%
spaCy_R123 spaCy_T123 spaCy_T119 appos %,%
spaCy_R124 spaCy_T124 spaCy_T127 nummod O2,%
spaCy_R125 spaCy_T125 spaCy_T124 cc and,O2
spaCy_R126 spaCy_T126 spaCy_T127 nummod 10,%
spaCy_R127 spaCy_T127 spaCy_T119 appos %,%
spaCy_R128 spaCy_T128 spaCy_T131 nummod CO2,%
spaCy_R129 spaCy_T129 spaCy_T128 punct ",",CO2
spaCy_R13 spaCy_T13 spaCy_T7 prep in,flow
spaCy_R130 spaCy_T130 spaCy_T131 nummod 100,%
spaCy_R131 spaCy_T131 spaCy_T119 appos %,%
spaCy_R132 spaCy_T132 spaCy_T135 nummod O2,%
spaCy_R133 spaCy_T133 spaCy_T132 punct ",",O2
spaCy_R134 spaCy_T134 spaCy_T135 nummod 100,%
spaCy_R135 spaCy_T135 spaCy_T119 appos %,%
spaCy_R136 spaCy_T136 spaCy_T138 nummod O2,hyperventilation
spaCy_R137 spaCy_T137 spaCy_T136 cc and,O2
spaCy_R138 spaCy_T138 spaCy_T119 appos hyperventilation,%
spaCy_R139 spaCy_T139 spaCy_T138 punct ",",hyperventilation
spaCy_R14 spaCy_T14 spaCy_T16 det the,heart
spaCy_R140 spaCy_T140 spaCy_T119 cc and,%
spaCy_R141 spaCy_T141 spaCy_T119 conj by,%
spaCy_R142 spaCy_T142 spaCy_T141 pobj administration,by
spaCy_R143 spaCy_T143 spaCy_T142 prep of,administration
spaCy_R144 spaCy_T144 spaCy_T143 pobj adenosine,of
spaCy_R145 spaCy_T145 spaCy_T144 cc or,adenosine
spaCy_R146 spaCy_T146 spaCy_T147 compound chromomar,HCl
spaCy_R147 spaCy_T147 spaCy_T144 conj HCl,adenosine
spaCy_R148 spaCy_T148 spaCy_T108 punct .,obtained
spaCy_R149 spaCy_T149 spaCy_T150 amod Significant,differences
spaCy_R15 spaCy_T15 spaCy_T16 compound rabbit,heart
spaCy_R150 spaCy_T150 spaCy_T154 nsubjpass differences,found
spaCy_R151 spaCy_T151 spaCy_T150 prep in,differences
spaCy_R152 spaCy_T152 spaCy_T151 pobj CV,in
spaCy_R153 spaCy_T153 spaCy_T154 auxpass were,found
spaCy_R154 spaCy_T154 spaCy_T154 ROOT found,found
spaCy_R155 spaCy_T155 spaCy_T154 prep between,found
spaCy_R156 spaCy_T156 spaCy_T157 compound treatment,groups
spaCy_R157 spaCy_T157 spaCy_T155 pobj groups,between
spaCy_R158 spaCy_T158 spaCy_T154 prep at,found
spaCy_R159 spaCy_T159 spaCy_T163 det the,ends
spaCy_R16 spaCy_T16 spaCy_T13 pobj heart,in
spaCy_R160 spaCy_T160 spaCy_T163 amod upper,ends
spaCy_R161 spaCy_T161 spaCy_T160 cc and,upper
spaCy_R162 spaCy_T162 spaCy_T160 conj lower,upper
spaCy_R163 spaCy_T163 spaCy_T158 pobj ends,at
spaCy_R164 spaCy_T164 spaCy_T163 prep of,ends
spaCy_R165 spaCy_T165 spaCy_T167 det the,range
spaCy_R166 spaCy_T166 spaCy_T167 compound flow,range
spaCy_R167 spaCy_T167 spaCy_T164 pobj range,of
spaCy_R168 spaCy_T168 spaCy_T154 punct .,found
spaCy_R169 spaCy_T169 spaCy_T173 det A,correlation
spaCy_R17 spaCy_T17 spaCy_T0 punct .,Dependence
spaCy_R170 spaCy_T170 spaCy_T173 amod significant,correlation
spaCy_R171 spaCy_T171 spaCy_T173 amod positive,correlation
spaCy_R172 spaCy_T172 spaCy_T173 compound linear,correlation
spaCy_R173 spaCy_T173 spaCy_T173 ROOT correlation,correlation
spaCy_R174 spaCy_T174 spaCy_T173 prep between,correlation
spaCy_R175 spaCy_T175 spaCy_T176 amod overall,SD
spaCy_R176 spaCy_T176 spaCy_T174 pobj SD,between
spaCy_R177 spaCy_T177 spaCy_T173 cc and,correlation
spaCy_R178 spaCy_T178 spaCy_T173 conj mean,correlation
spaCy_R179 spaCy_T179 spaCy_T180 amod coronary,flow
spaCy_R18 spaCy_T18 spaCy_T19 det The,relationship
spaCy_R180 spaCy_T180 spaCy_T182 nsubjpass flow,found
spaCy_R181 spaCy_T181 spaCy_T182 auxpass was,found
spaCy_R182 spaCy_T182 spaCy_T178 ccomp found,mean
spaCy_R183 spaCy_T183 spaCy_T182 punct (,found
spaCy_R184 spaCy_T184 spaCy_T182 parataxis r,found
spaCy_R185 spaCy_T185 spaCy_T186 punct =,0.760
spaCy_R186 spaCy_T186 spaCy_T184 prep 0.760,r
spaCy_R187 spaCy_T187 spaCy_T182 punct ),found
spaCy_R188 spaCy_T188 spaCy_T178 punct .,mean
spaCy_R189 spaCy_T189 spaCy_T193 det A,relationship
spaCy_R19 spaCy_T19 spaCy_T33 nsubjpass relationship,examined
spaCy_R190 spaCy_T190 spaCy_T191 amod significant,inverse
spaCy_R191 spaCy_T191 spaCy_T193 nmod inverse,relationship
spaCy_R192 spaCy_T192 spaCy_T193 compound linear,relationship
spaCy_R193 spaCy_T193 spaCy_T193 ROOT relationship,relationship
spaCy_R194 spaCy_T194 spaCy_T193 prep between,relationship
spaCy_R195 spaCy_T195 spaCy_T194 pobj CV,between
spaCy_R196 spaCy_T196 spaCy_T193 cc and,relationship
spaCy_R197 spaCy_T197 spaCy_T193 conj mean,relationship
spaCy_R198 spaCy_T198 spaCy_T200 nsubjpass flow,found
spaCy_R199 spaCy_T199 spaCy_T200 auxpass was,found
spaCy_R2 spaCy_T2 spaCy_T3 amod spatial,heterogeneity
spaCy_R20 spaCy_T20 spaCy_T19 prep between,relationship
spaCy_R200 spaCy_T200 spaCy_T197 ccomp found,mean
spaCy_R201 spaCy_T201 spaCy_T200 prep over,found
spaCy_R202 spaCy_T202 spaCy_T204 det the,range
spaCy_R203 spaCy_T203 spaCy_T204 amod entire,range
spaCy_R204 spaCy_T204 spaCy_T201 pobj range,over
spaCy_R205 spaCy_T205 spaCy_T204 prep of,range
spaCy_R206 spaCy_T206 spaCy_T205 pobj flows,of
spaCy_R207 spaCy_T207 spaCy_T206 acl studied,flows
spaCy_R208 spaCy_T208 spaCy_T207 punct (,studied
spaCy_R209 spaCy_T209 spaCy_T207 npadvmod r,studied
spaCy_R21 spaCy_T21 spaCy_T22 amod spatial,heterogeneity
spaCy_R210 spaCy_T210 spaCy_T211 punct =,-0.482
spaCy_R211 spaCy_T211 spaCy_T209 nummod -0.482,r
spaCy_R212 spaCy_T212 spaCy_T200 punct ),found
spaCy_R213 spaCy_T213 spaCy_T193 punct .,relationship
spaCy_R214 spaCy_T214 spaCy_T216 det An,correlation
spaCy_R215 spaCy_T215 spaCy_T216 amod improved,correlation
spaCy_R216 spaCy_T216 spaCy_T236 nsubj correlation,suggests
spaCy_R217 spaCy_T217 spaCy_T216 prep between,correlation
spaCy_R218 spaCy_T218 spaCy_T217 pobj CV,between
spaCy_R219 spaCy_T219 spaCy_T218 prep of,CV
spaCy_R22 spaCy_T22 spaCy_T20 pobj heterogeneity,between
spaCy_R220 spaCy_T220 spaCy_T223 amod calculated,resistance
spaCy_R221 spaCy_T221 spaCy_T223 amod coronary,resistance
spaCy_R222 spaCy_T222 spaCy_T223 amod vascular,resistance
spaCy_R223 spaCy_T223 spaCy_T219 pobj resistance,of
spaCy_R224 spaCy_T224 spaCy_T216 cc and,correlation
spaCy_R225 spaCy_T225 spaCy_T216 conj mean,correlation
spaCy_R226 spaCy_T226 spaCy_T227 amod vascular,resistance
spaCy_R227 spaCy_T227 spaCy_T225 dobj resistance,mean
spaCy_R228 spaCy_T228 spaCy_T227 punct (,resistance
spaCy_R229 spaCy_T229 spaCy_T227 appos r,resistance
spaCy_R23 spaCy_T23 spaCy_T22 prep of,heterogeneity
spaCy_R230 spaCy_T230 spaCy_T231 punct =,0.742
spaCy_R231 spaCy_T231 spaCy_T229 pobj 0.742,r
spaCy_R232 spaCy_T232 spaCy_T227 punct ),resistance
spaCy_R233 spaCy_T233 spaCy_T225 prep amongst,mean
spaCy_R234 spaCy_T234 spaCy_T235 det these,treatments
spaCy_R235 spaCy_T235 spaCy_T233 pobj treatments,amongst
spaCy_R236 spaCy_T236 spaCy_T236 ROOT suggests,suggests
spaCy_R237 spaCy_T237 spaCy_T240 mark that,is
spaCy_R238 spaCy_T238 spaCy_T239 amod spatial,heterogeneity
spaCy_R239 spaCy_T239 spaCy_T240 nsubj heterogeneity,is
spaCy_R24 spaCy_T24 spaCy_T26 amod myocardial,flow
spaCy_R240 spaCy_T240 spaCy_T242 auxpass is,described
spaCy_R241 spaCy_T241 spaCy_T242 advmod better,described
spaCy_R242 spaCy_T242 spaCy_T236 ccomp described,suggests
spaCy_R243 spaCy_T243 spaCy_T242 agent by,described
spaCy_R244 spaCy_T244 spaCy_T245 det the,variability
spaCy_R245 spaCy_T245 spaCy_T243 pobj variability,by
spaCy_R246 spaCy_T246 spaCy_T245 prep in,variability
spaCy_R247 spaCy_T247 spaCy_T246 pobj calibre,in
spaCy_R248 spaCy_T248 spaCy_T247 prep of,calibre
spaCy_R249 spaCy_T249 spaCy_T250 amod large,arterioles
spaCy_R25 spaCy_T25 spaCy_T26 compound blood,flow
spaCy_R250 spaCy_T250 spaCy_T248 pobj arterioles,of
spaCy_R251 spaCy_T251 spaCy_T236 punct .,suggests
spaCy_R252 spaCy_T252 spaCy_T254 det This,heterogeneity
spaCy_R253 spaCy_T253 spaCy_T254 amod decreased,heterogeneity
spaCy_R254 spaCy_T254 spaCy_T263 nsubj heterogeneity,be
spaCy_R255 spaCy_T255 spaCy_T254 acl accompanying,heterogeneity
spaCy_R256 spaCy_T256 spaCy_T257 amod high,flows
spaCy_R257 spaCy_T257 spaCy_T255 dobj flows,accompanying
spaCy_R258 spaCy_T258 spaCy_T257 cc or,flows
spaCy_R259 spaCy_T259 spaCy_T261 amod reduced,resistance
spaCy_R26 spaCy_T26 spaCy_T23 pobj flow,of
spaCy_R260 spaCy_T260 spaCy_T261 amod vascular,resistance
spaCy_R261 spaCy_T261 spaCy_T257 conj resistance,flows
spaCy_R262 spaCy_T262 spaCy_T263 aux may,be
spaCy_R263 spaCy_T263 spaCy_T263 ROOT be,be
spaCy_R264 spaCy_T264 spaCy_T263 acomp beneficial,be
spaCy_R265 spaCy_T265 spaCy_T264 prep in,beneficial
spaCy_R266 spaCy_T266 spaCy_T265 pobj terms,in
spaCy_R267 spaCy_T267 spaCy_T266 prep of,terms
spaCy_R268 spaCy_T268 spaCy_T269 nummod O2,supply
spaCy_R269 spaCy_T269 spaCy_T267 pobj supply,of
spaCy_R27 spaCy_T27 spaCy_T26 cc and,flow
spaCy_R270 spaCy_T270 spaCy_T269 cc and,supply
spaCy_R271 spaCy_T271 spaCy_T269 conj demand,supply
spaCy_R272 spaCy_T272 spaCy_T269 prep under,supply
spaCy_R273 spaCy_T273 spaCy_T272 pobj conditions,under
spaCy_R274 spaCy_T274 spaCy_T273 prep of,conditions
spaCy_R275 spaCy_T275 spaCy_T276 amod myocardial,stress
spaCy_R276 spaCy_T276 spaCy_T274 pobj stress,of
spaCy_R277 spaCy_T277 spaCy_T263 punct .,be
spaCy_R28 spaCy_T28 spaCy_T29 det the,rate
spaCy_R29 spaCy_T29 spaCy_T26 conj rate,flow
spaCy_R3 spaCy_T3 spaCy_T1 pobj heterogeneity,of
spaCy_R30 spaCy_T30 spaCy_T29 prep of,rate
spaCy_R31 spaCy_T31 spaCy_T30 pobj perfusion,of
spaCy_R32 spaCy_T32 spaCy_T33 auxpass was,examined
spaCy_R33 spaCy_T33 spaCy_T33 ROOT examined,examined
spaCy_R34 spaCy_T34 spaCy_T33 prep in,examined
spaCy_R35 spaCy_T35 spaCy_T36 amod anaesthetised-chest,rabbits
spaCy_R36 spaCy_T36 spaCy_T34 pobj rabbits,in
spaCy_R37 spaCy_T37 spaCy_T33 punct .,examined
spaCy_R38 spaCy_T38 spaCy_T39 compound Blood,flow
spaCy_R39 spaCy_T39 spaCy_T40 compound flow,determinations
spaCy_R4 spaCy_T4 spaCy_T3 prep of,heterogeneity
spaCy_R40 spaCy_T40 spaCy_T41 nsubj determinations,employed
spaCy_R41 spaCy_T41 spaCy_T41 ROOT employed,employed
spaCy_R42 spaCy_T42 spaCy_T45 det the,technique
spaCy_R43 spaCy_T43 spaCy_T45 amod radioactive,technique
spaCy_R44 spaCy_T44 spaCy_T45 compound microsphere,technique
spaCy_R45 spaCy_T45 spaCy_T41 dobj technique,employed
spaCy_R46 spaCy_T46 spaCy_T41 punct .,employed
spaCy_R47 spaCy_T47 spaCy_T49 nummod Five,samples
spaCy_R48 spaCy_T48 spaCy_T49 compound tissue,samples
spaCy_R49 spaCy_T49 spaCy_T51 nsubjpass samples,obtained
spaCy_R5 spaCy_T5 spaCy_T7 amod myocardial,flow
spaCy_R50 spaCy_T50 spaCy_T51 auxpass were,obtained
spaCy_R51 spaCy_T51 spaCy_T51 ROOT obtained,obtained
spaCy_R52 spaCy_T52 spaCy_T51 prep from,obtained
spaCy_R53 spaCy_T53 spaCy_T52 pobj each,from
spaCy_R54 spaCy_T54 spaCy_T53 prep of,each
spaCy_R55 spaCy_T55 spaCy_T56 nummod four,regions
spaCy_R56 spaCy_T56 spaCy_T54 pobj regions,of
spaCy_R57 spaCy_T57 spaCy_T56 prep of,regions
spaCy_R58 spaCy_T58 spaCy_T59 det the,left
spaCy_R59 spaCy_T59 spaCy_T60 amod left,ventricle
spaCy_R6 spaCy_T6 spaCy_T7 compound blood,flow
spaCy_R60 spaCy_T60 spaCy_T57 pobj ventricle,of
spaCy_R61 spaCy_T61 spaCy_T56 punct :,regions
spaCy_R62 spaCy_T62 spaCy_T51 conj left,obtained
spaCy_R63 spaCy_T63 spaCy_T62 dobj septum,left
spaCy_R64 spaCy_T64 spaCy_T63 punct ",",septum
spaCy_R65 spaCy_T65 spaCy_T66 amod right,septum
spaCy_R66 spaCy_T66 spaCy_T63 appos septum,septum
spaCy_R67 spaCy_T67 spaCy_T66 punct ",",septum
spaCy_R68 spaCy_T68 spaCy_T66 conj subendocardium,septum
spaCy_R69 spaCy_T69 spaCy_T68 cc and,subendocardium
spaCy_R7 spaCy_T7 spaCy_T4 pobj flow,of
spaCy_R70 spaCy_T70 spaCy_T68 conj subepicardium,subendocardium
spaCy_R71 spaCy_T71 spaCy_T51 punct .,obtained
spaCy_R72 spaCy_T72 spaCy_T73 amod Standard,deviation
spaCy_R73 spaCy_T73 spaCy_T98 nsubjpass deviation,computed
spaCy_R74 spaCy_T74 spaCy_T73 punct (,deviation
spaCy_R75 spaCy_T75 spaCy_T73 appos SD,deviation
spaCy_R76 spaCy_T76 spaCy_T75 punct ),SD
spaCy_R77 spaCy_T77 spaCy_T73 cc and,deviation
spaCy_R78 spaCy_T78 spaCy_T79 det the,coefficient
spaCy_R79 spaCy_T79 spaCy_T73 conj coefficient,deviation
spaCy_R8 spaCy_T8 spaCy_T7 prep on,flow
spaCy_R80 spaCy_T80 spaCy_T79 prep of,coefficient
spaCy_R81 spaCy_T81 spaCy_T80 pobj variation,of
spaCy_R82 spaCy_T82 spaCy_T79 punct (,coefficient
spaCy_R83 spaCy_T83 spaCy_T86 nmod CV,flow
spaCy_R84 spaCy_T84 spaCy_T85 punct =,SD/mean
spaCy_R85 spaCy_T85 spaCy_T86 compound SD/mean,flow
spaCy_R86 spaCy_T86 spaCy_T73 appos flow,deviation
spaCy_R87 spaCy_T87 spaCy_T88 nmod x,100
spaCy_R88 spaCy_T88 spaCy_T86 npadvmod 100,flow
spaCy_R89 spaCy_T89 spaCy_T86 punct ),flow
spaCy_R9 spaCy_T9 spaCy_T12 amod mean,rate
spaCy_R90 spaCy_T90 spaCy_T86 punct ",",flow
spaCy_R91 spaCy_T91 spaCy_T92 det an,index
spaCy_R92 spaCy_T92 spaCy_T86 appos index,flow
spaCy_R93 spaCy_T93 spaCy_T92 prep of,index
spaCy_R94 spaCy_T94 spaCy_T95 amod spatial,heterogeneity
spaCy_R95 spaCy_T95 spaCy_T93 pobj heterogeneity,of
spaCy_R96 spaCy_T96 spaCy_T98 punct ",",computed
spaCy_R97 spaCy_T97 spaCy_T98 auxpass were,computed
spaCy_R98 spaCy_T98 spaCy_T98 ROOT computed,computed
spaCy_R99 spaCy_T99 spaCy_T98 punct .,computed