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PubMed:12826670 JSONTXT

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sentences

Id Subject Object Predicate Lexical cue
TextSentencer_T1 0-42 Sentence denotes Transport kinetics of uncoupling proteins.
TextSentencer_T2 43-99 Sentence denotes Analysis of UCP1 reconstituted in planar lipid bilayers.
TextSentencer_T3 100-279 Sentence denotes According to alternative hypotheses, mitochondrial uncoupling protein 1 (UCP1) is either a proton channel ("buffering model") or a fatty acid anion carrier ("fatty acid cycling").
TextSentencer_T4 280-447 Sentence denotes Transport across the proton channel along a chain of hydrogen bonds (Grotthus mechanism) may include fatty acid carboxyl groups or occur in the absence of fatty acids.
TextSentencer_T5 448-610 Sentence denotes In this work, we demonstrate that planar bilayers reconstituted with UCP1 exhibit an increase in membrane conductivity exclusively in the presence of fatty acids.
TextSentencer_T6 611-741 Sentence denotes Hence, we can exclude the hypothesis considering a preexisting H+ channel in UCP1, which does not require fatty acid for function.
TextSentencer_T7 742-805 Sentence denotes The augmented conductivity is nearly completely blocked by ATP.
TextSentencer_T8 806-1036 Sentence denotes Direct application of transmembrane voltage and precise current measurements allowed determination of ATP-sensitive conductances at 0 and 150 mV as 11.5 and 54.3 pS, respectively, by reconstituting nearly 3 x 10(5) copies of UCP1.
TextSentencer_T9 1037-1191 Sentence denotes The proton conductivity measurements carried out in presence of a pH gradient (0.4 units) allowed estimation of proton turnover numbers per UCP1 molecule.
TextSentencer_T10 1192-1289 Sentence denotes The observed transport rate of 14 s-1 is compatible both with carrier and channel nature of UCP1.
T1 0-42 Sentence denotes Transport kinetics of uncoupling proteins.
T2 43-99 Sentence denotes Analysis of UCP1 reconstituted in planar lipid bilayers.
T3 100-279 Sentence denotes According to alternative hypotheses, mitochondrial uncoupling protein 1 (UCP1) is either a proton channel ("buffering model") or a fatty acid anion carrier ("fatty acid cycling").
T4 280-447 Sentence denotes Transport across the proton channel along a chain of hydrogen bonds (Grotthus mechanism) may include fatty acid carboxyl groups or occur in the absence of fatty acids.
T5 448-610 Sentence denotes In this work, we demonstrate that planar bilayers reconstituted with UCP1 exhibit an increase in membrane conductivity exclusively in the presence of fatty acids.
T6 611-741 Sentence denotes Hence, we can exclude the hypothesis considering a preexisting H+ channel in UCP1, which does not require fatty acid for function.
T7 742-805 Sentence denotes The augmented conductivity is nearly completely blocked by ATP.
T8 806-1036 Sentence denotes Direct application of transmembrane voltage and precise current measurements allowed determination of ATP-sensitive conductances at 0 and 150 mV as 11.5 and 54.3 pS, respectively, by reconstituting nearly 3 x 10(5) copies of UCP1.
T9 1037-1191 Sentence denotes The proton conductivity measurements carried out in presence of a pH gradient (0.4 units) allowed estimation of proton turnover numbers per UCP1 molecule.
T10 1192-1289 Sentence denotes The observed transport rate of 14 s-1 is compatible both with carrier and channel nature of UCP1.

GlyCosmos600-FMA

Id Subject Object Predicate Lexical cue fma_id
T1 33-41 Body_part denotes proteins http://purl.org/sig/ont/fma/fma67257
T2 84-89 Body_part denotes lipid http://purl.org/sig/ont/fma/fma67264
T3 162-169 Body_part denotes protein http://purl.org/sig/ont/fma/fma67257
T4 231-241 Body_part denotes fatty acid http://purl.org/sig/ont/fma/fma82738
T5 258-268 Body_part denotes fatty acid http://purl.org/sig/ont/fma/fma82738
T6 381-391 Body_part denotes fatty acid http://purl.org/sig/ont/fma/fma82738
T7 435-446 Body_part denotes fatty acids http://purl.org/sig/ont/fma/fma82738
T8 598-609 Body_part denotes fatty acids http://purl.org/sig/ont/fma/fma82738
T9 717-727 Body_part denotes fatty acid http://purl.org/sig/ont/fma/fma82738

GlyCosmos600-GlycoProteins

Id Subject Object Predicate Lexical cue
PD-GlycoProteins-B_T1 0-9 https://acgg.asia/db/gpdb/id/GPDB0000222 denotes Transport
PD-GlycoProteins-B_T2 280-289 https://acgg.asia/db/gpdb/id/GPDB0000222 denotes Transport
PD-GlycoProteins-B_T3 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0000222 denotes transport
PD-GlycoProteins-B_T4 0-9 https://acgg.asia/db/gpdb/id/GPDB0001366 denotes Transport
PD-GlycoProteins-B_T5 280-289 https://acgg.asia/db/gpdb/id/GPDB0001366 denotes Transport
PD-GlycoProteins-B_T6 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0001366 denotes transport
PD-GlycoProteins-B_T7 0-9 https://acgg.asia/db/gpdb/id/GPDB0001580 denotes Transport
PD-GlycoProteins-B_T8 280-289 https://acgg.asia/db/gpdb/id/GPDB0001580 denotes Transport
PD-GlycoProteins-B_T9 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0001580 denotes transport
PD-GlycoProteins-B_T10 0-9 https://acgg.asia/db/gpdb/id/GPDB0001683 denotes Transport
PD-GlycoProteins-B_T11 280-289 https://acgg.asia/db/gpdb/id/GPDB0001683 denotes Transport
PD-GlycoProteins-B_T12 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0001683 denotes transport
PD-GlycoProteins-B_T13 0-9 https://acgg.asia/db/gpdb/id/GPDB0002405 denotes Transport
PD-GlycoProteins-B_T14 280-289 https://acgg.asia/db/gpdb/id/GPDB0002405 denotes Transport
PD-GlycoProteins-B_T15 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0002405 denotes transport
PD-GlycoProteins-B_T16 0-9 https://acgg.asia/db/gpdb/id/GPDB0002445 denotes Transport
PD-GlycoProteins-B_T17 280-289 https://acgg.asia/db/gpdb/id/GPDB0002445 denotes Transport
PD-GlycoProteins-B_T18 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0002445 denotes transport
PD-GlycoProteins-B_T19 0-9 https://acgg.asia/db/gpdb/id/GPDB0002451 denotes Transport
PD-GlycoProteins-B_T20 280-289 https://acgg.asia/db/gpdb/id/GPDB0002451 denotes Transport
PD-GlycoProteins-B_T21 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0002451 denotes transport
PD-GlycoProteins-B_T22 0-9 https://acgg.asia/db/gpdb/id/GPDB0002939 denotes Transport
PD-GlycoProteins-B_T23 280-289 https://acgg.asia/db/gpdb/id/GPDB0002939 denotes Transport
PD-GlycoProteins-B_T24 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0002939 denotes transport
PD-GlycoProteins-B_T25 0-9 https://acgg.asia/db/gpdb/id/GPDB0004113 denotes Transport
PD-GlycoProteins-B_T26 280-289 https://acgg.asia/db/gpdb/id/GPDB0004113 denotes Transport
PD-GlycoProteins-B_T27 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0004113 denotes transport
PD-GlycoProteins-B_T28 0-9 https://acgg.asia/db/gpdb/id/GPDB0004730 denotes Transport
PD-GlycoProteins-B_T29 280-289 https://acgg.asia/db/gpdb/id/GPDB0004730 denotes Transport
PD-GlycoProteins-B_T30 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0004730 denotes transport
PD-GlycoProteins-B_T31 0-9 https://acgg.asia/db/gpdb/id/GPDB0004877 denotes Transport
PD-GlycoProteins-B_T32 280-289 https://acgg.asia/db/gpdb/id/GPDB0004877 denotes Transport
PD-GlycoProteins-B_T33 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0004877 denotes transport
PD-GlycoProteins-B_T34 0-9 https://acgg.asia/db/gpdb/id/GPDB0005760 denotes Transport
PD-GlycoProteins-B_T35 280-289 https://acgg.asia/db/gpdb/id/GPDB0005760 denotes Transport
PD-GlycoProteins-B_T36 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0005760 denotes transport
PD-GlycoProteins-B_T37 0-9 https://acgg.asia/db/gpdb/id/GPDB0006354 denotes Transport
PD-GlycoProteins-B_T38 280-289 https://acgg.asia/db/gpdb/id/GPDB0006354 denotes Transport
PD-GlycoProteins-B_T39 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0006354 denotes transport
PD-GlycoProteins-B_T40 0-9 https://acgg.asia/db/gpdb/id/GPDB0006856 denotes Transport
PD-GlycoProteins-B_T41 280-289 https://acgg.asia/db/gpdb/id/GPDB0006856 denotes Transport
PD-GlycoProteins-B_T42 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0006856 denotes transport
PD-GlycoProteins-B_T43 0-9 https://acgg.asia/db/gpdb/id/GPDB0006962 denotes Transport
PD-GlycoProteins-B_T44 280-289 https://acgg.asia/db/gpdb/id/GPDB0006962 denotes Transport
PD-GlycoProteins-B_T45 1205-1214 https://acgg.asia/db/gpdb/id/GPDB0006962 denotes transport
PD-GlycoProteins-B_T46 137-169 http://purl.uniprot.org/uniprot/O95847 denotes mitochondrial uncoupling protein
PD-GlycoProteins-B_T47 137-169 http://purl.uniprot.org/uniprot/P55916 denotes mitochondrial uncoupling protein
PD-GlycoProteins-B_T48 137-169 http://purl.uniprot.org/uniprot/Q9ZWG1 denotes mitochondrial uncoupling protein

pubmed-enju-pas

Id Subject Object Predicate Lexical cue
EnjuParser_T0 0-9 NN denotes Transport
EnjuParser_T1 10-18 NNS denotes kinetics
EnjuParser_T2 19-21 IN denotes of
EnjuParser_T3 22-32 VBG denotes uncoupling
EnjuParser_T4 33-41 NNS denotes proteins
EnjuParser_T5 43-51 NN denotes Analysis
EnjuParser_T6 52-54 IN denotes of
EnjuParser_T7 55-59 NN denotes UCP1
EnjuParser_T8 60-73 VBN denotes reconstituted
EnjuParser_T9 74-76 IN denotes in
EnjuParser_T10 77-83 JJ denotes planar
EnjuParser_T11 84-89 NN denotes lipid
EnjuParser_T12 90-98 NNS denotes bilayers
EnjuParser_T13 100-109 VBG denotes According
EnjuParser_T14 110-112 TO denotes to
EnjuParser_T15 113-124 JJ denotes alternative
EnjuParser_T16 125-135 NNS denotes hypotheses
EnjuParser_T17 135-136 -COMMA- denotes ,
EnjuParser_T18 137-150 JJ denotes mitochondrial
EnjuParser_T19 151-161 VBG denotes uncoupling
EnjuParser_T20 162-169 NN denotes protein
EnjuParser_T21 170-171 CD denotes 1
EnjuParser_T22 172-173 -LRB- denotes (
EnjuParser_T23 173-177 NN denotes UCP1
EnjuParser_T24 177-178 -RRB- denotes )
EnjuParser_T25 179-181 VBZ denotes is
EnjuParser_T26 182-188 CC denotes either
EnjuParser_T27 189-190 DT denotes a
EnjuParser_T28 191-197 NN denotes proton
EnjuParser_T29 198-205 NN denotes channel
EnjuParser_T30 206-207 -LRB- denotes (
EnjuParser_T31 207-208 -DQS- denotes "
EnjuParser_T32 208-217 NN denotes buffering
EnjuParser_T33 218-223 NN denotes model
EnjuParser_T34 223-224 '' denotes "
EnjuParser_T35 224-225 -RRB- denotes )
EnjuParser_T36 226-228 CC denotes or
EnjuParser_T37 229-230 DT denotes a
EnjuParser_T38 231-236 JJ denotes fatty
EnjuParser_T39 237-241 NN denotes acid
EnjuParser_T40 242-247 NN denotes anion
EnjuParser_T41 248-255 NN denotes carrier
EnjuParser_T42 256-257 -LRB- denotes (
EnjuParser_T43 257-258 -DQS- denotes "
EnjuParser_T44 258-263 JJ denotes fatty
EnjuParser_T45 264-268 NN denotes acid
EnjuParser_T46 269-276 NN denotes cycling
EnjuParser_T47 276-277 '' denotes "
EnjuParser_T48 277-278 -RRB- denotes )
EnjuParser_T49 280-289 NN denotes Transport
EnjuParser_T50 290-296 IN denotes across
EnjuParser_T51 297-300 DT denotes the
EnjuParser_T52 301-307 NN denotes proton
EnjuParser_T53 308-315 NN denotes channel
EnjuParser_T54 316-321 IN denotes along
EnjuParser_T55 322-323 DT denotes a
EnjuParser_T56 324-329 NN denotes chain
EnjuParser_T57 330-332 IN denotes of
EnjuParser_T58 333-341 NN denotes hydrogen
EnjuParser_T59 342-347 NNS denotes bonds
EnjuParser_T60 348-349 -LRB- denotes (
EnjuParser_T61 349-357 NN denotes Grotthus
EnjuParser_T62 358-367 NN denotes mechanism
EnjuParser_T63 367-368 -RRB- denotes )
EnjuParser_T64 369-372 MD denotes may
EnjuParser_T65 373-380 VB denotes include
EnjuParser_T66 381-386 JJ denotes fatty
EnjuParser_T67 387-391 NN denotes acid
EnjuParser_T68 392-400 NN denotes carboxyl
EnjuParser_T69 401-407 NNS denotes groups
EnjuParser_T70 408-410 CC denotes or
EnjuParser_T71 411-416 VBP denotes occur
EnjuParser_T72 417-419 IN denotes in
EnjuParser_T73 420-423 DT denotes the
EnjuParser_T74 424-431 NN denotes absence
EnjuParser_T75 432-434 IN denotes of
EnjuParser_T76 435-440 JJ denotes fatty
EnjuParser_T77 441-446 NNS denotes acids
EnjuParser_T78 448-450 IN denotes In
EnjuParser_T79 451-455 DT denotes this
EnjuParser_T80 456-460 NN denotes work
EnjuParser_T81 460-461 -COMMA- denotes ,
EnjuParser_T82 462-464 PRP denotes we
EnjuParser_T83 465-476 VBP denotes demonstrate
EnjuParser_T84 477-481 IN denotes that
EnjuParser_T85 482-488 JJ denotes planar
EnjuParser_T86 489-497 NNS denotes bilayers
EnjuParser_T87 498-511 VBN denotes reconstituted
EnjuParser_T88 512-516 IN denotes with
EnjuParser_T89 517-521 NN denotes UCP1
EnjuParser_T90 522-529 VBP denotes exhibit
EnjuParser_T91 530-532 DT denotes an
EnjuParser_T92 533-541 NN denotes increase
EnjuParser_T93 542-544 IN denotes in
EnjuParser_T94 545-553 NN denotes membrane
EnjuParser_T95 554-566 NN denotes conductivity
EnjuParser_T96 567-578 RB denotes exclusively
EnjuParser_T97 579-581 IN denotes in
EnjuParser_T98 582-585 DT denotes the
EnjuParser_T99 586-594 NN denotes presence
EnjuParser_T100 595-597 IN denotes of
EnjuParser_T101 598-603 JJ denotes fatty
EnjuParser_T102 604-609 NNS denotes acids
EnjuParser_T103 611-616 RB denotes Hence
EnjuParser_T104 616-617 -COMMA- denotes ,
EnjuParser_T105 618-620 PRP denotes we
EnjuParser_T106 621-624 MD denotes can
EnjuParser_T107 625-632 VB denotes exclude
EnjuParser_T108 633-636 DT denotes the
EnjuParser_T109 637-647 NN denotes hypothesis
EnjuParser_T110 648-659 VBG denotes considering
EnjuParser_T111 660-661 DT denotes a
EnjuParser_T112 662-673 VBG denotes preexisting
EnjuParser_T113 674-676 NN denotes H+
EnjuParser_T114 677-684 NN denotes channel
EnjuParser_T115 685-687 IN denotes in
EnjuParser_T116 688-692 NN denotes UCP1
EnjuParser_T117 692-693 -COMMA- denotes ,
EnjuParser_T118 694-699 WDT denotes which
EnjuParser_T119 700-704 VBZ denotes does
EnjuParser_T120 705-708 RB denotes not
EnjuParser_T121 709-716 VB denotes require
EnjuParser_T122 717-722 JJ denotes fatty
EnjuParser_T123 723-727 NN denotes acid
EnjuParser_T124 728-731 IN denotes for
EnjuParser_T125 732-740 NN denotes function
EnjuParser_T126 742-745 DT denotes The
EnjuParser_T127 746-755 JJ denotes augmented
EnjuParser_T128 756-768 NN denotes conductivity
EnjuParser_T129 769-771 VBZ denotes is
EnjuParser_T130 772-778 RB denotes nearly
EnjuParser_T131 779-789 RB denotes completely
EnjuParser_T132 790-797 VBN denotes blocked
EnjuParser_T133 798-800 IN denotes by
EnjuParser_T134 801-804 NN denotes ATP
EnjuParser_T135 806-812 JJ denotes Direct
EnjuParser_T136 813-824 NN denotes application
EnjuParser_T137 825-827 IN denotes of
EnjuParser_T138 828-841 NN denotes transmembrane
EnjuParser_T139 842-849 NN denotes voltage
EnjuParser_T140 850-853 CC denotes and
EnjuParser_T141 854-861 JJ denotes precise
EnjuParser_T142 862-869 JJ denotes current
EnjuParser_T143 870-882 NNS denotes measurements
EnjuParser_T144 883-890 VBD denotes allowed
EnjuParser_T145 891-904 NN denotes determination
EnjuParser_T146 905-907 IN denotes of
EnjuParser_T147 908-921 JJ denotes ATP-sensitive
EnjuParser_T148 922-934 NNS denotes conductances
EnjuParser_T149 935-937 IN denotes at
EnjuParser_T150 938-939 CD denotes 0
EnjuParser_T151 940-943 CC denotes and
EnjuParser_T152 944-947 CD denotes 150
EnjuParser_T153 948-950 NN denotes mV
EnjuParser_T154 951-953 IN denotes as
EnjuParser_T155 954-958 CD denotes 11.5
EnjuParser_T156 959-962 CC denotes and
EnjuParser_T157 963-967 CD denotes 54.3
EnjuParser_T158 968-970 NN denotes pS
EnjuParser_T159 970-971 -COMMA- denotes ,
EnjuParser_T160 972-984 RB denotes respectively
EnjuParser_T161 984-985 -COMMA- denotes ,
EnjuParser_T162 986-988 IN denotes by
EnjuParser_T163 989-1003 VBG denotes reconstituting
EnjuParser_T164 1004-1010 RB denotes nearly
EnjuParser_T165 1011-1012 CD denotes 3
EnjuParser_T166 1013-1014 SYM denotes x
EnjuParser_T167 1015-1017 CD denotes 10
EnjuParser_T168 1017-1018 -LRB- denotes (
EnjuParser_T169 1018-1019 CD denotes 5
EnjuParser_T170 1019-1020 -RRB- denotes )
EnjuParser_T171 1021-1027 NNS denotes copies
EnjuParser_T172 1028-1030 IN denotes of
EnjuParser_T173 1031-1035 NN denotes UCP1
EnjuParser_T174 1037-1040 DT denotes The
EnjuParser_T175 1041-1047 NN denotes proton
EnjuParser_T176 1048-1060 NN denotes conductivity
EnjuParser_T177 1061-1073 NNS denotes measurements
EnjuParser_T178 1074-1081 VBD denotes carried
EnjuParser_T179 1082-1085 RP denotes out
EnjuParser_T180 1086-1088 IN denotes in
EnjuParser_T181 1089-1097 NN denotes presence
EnjuParser_T182 1098-1100 IN denotes of
EnjuParser_T183 1101-1102 DT denotes a
EnjuParser_T184 1103-1105 NN denotes pH
EnjuParser_T185 1106-1114 NN denotes gradient
EnjuParser_T186 1115-1116 -LRB- denotes (
EnjuParser_T187 1116-1119 CD denotes 0.4
EnjuParser_T188 1120-1125 NNS denotes units
EnjuParser_T189 1125-1126 -RRB- denotes )
EnjuParser_T190 1127-1134 VBD denotes allowed
EnjuParser_T191 1135-1145 NN denotes estimation
EnjuParser_T192 1146-1148 IN denotes of
EnjuParser_T193 1149-1155 NN denotes proton
EnjuParser_T194 1156-1164 NN denotes turnover
EnjuParser_T195 1165-1172 NNS denotes numbers
EnjuParser_T196 1173-1176 IN denotes per
EnjuParser_T197 1177-1181 NN denotes UCP1
EnjuParser_T198 1182-1190 NN denotes molecule
EnjuParser_T199 1192-1195 DT denotes The
EnjuParser_T200 1196-1204 VBN denotes observed
EnjuParser_T201 1205-1214 NN denotes transport
EnjuParser_T202 1215-1219 NN denotes rate
EnjuParser_T203 1220-1222 IN denotes of
EnjuParser_T204 1223-1225 CD denotes 14
EnjuParser_T205 1226-1229 NN denotes s-1
EnjuParser_T206 1230-1232 VBZ denotes is
EnjuParser_T207 1233-1243 JJ denotes compatible
EnjuParser_T208 1244-1248 CC denotes both
EnjuParser_T209 1249-1253 IN denotes with
EnjuParser_T210 1254-1261 NN denotes carrier
EnjuParser_T211 1262-1265 CC denotes and
EnjuParser_T212 1266-1273 NN denotes channel
EnjuParser_T213 1274-1280 NN denotes nature
EnjuParser_T214 1281-1283 IN denotes of
EnjuParser_T215 1284-1288 NN denotes UCP1
EnjuParser_R0 EnjuParser_T1 EnjuParser_T0 arg1Of kinetics,Transport
EnjuParser_R1 EnjuParser_T1 EnjuParser_T2 arg1Of kinetics,of
EnjuParser_R2 EnjuParser_T4 EnjuParser_T2 arg2Of proteins,of
EnjuParser_R3 EnjuParser_T4 EnjuParser_T3 arg1Of proteins,uncoupling
EnjuParser_R4 EnjuParser_T5 EnjuParser_T6 arg1Of Analysis,of
EnjuParser_R5 EnjuParser_T7 EnjuParser_T6 arg2Of UCP1,of
EnjuParser_R6 EnjuParser_T5 EnjuParser_T8 arg2Of Analysis,reconstituted
EnjuParser_R7 EnjuParser_T8 EnjuParser_T9 arg1Of reconstituted,in
EnjuParser_R8 EnjuParser_T12 EnjuParser_T9 arg2Of bilayers,in
EnjuParser_R9 EnjuParser_T12 EnjuParser_T10 arg1Of bilayers,planar
EnjuParser_R10 EnjuParser_T12 EnjuParser_T11 arg1Of bilayers,lipid
EnjuParser_R11 EnjuParser_T25 EnjuParser_T13 arg1Of is,According
EnjuParser_R12 EnjuParser_T14 EnjuParser_T13 arg2Of to,According
EnjuParser_R13 EnjuParser_T16 EnjuParser_T14 arg2Of hypotheses,to
EnjuParser_R14 EnjuParser_T16 EnjuParser_T15 arg1Of hypotheses,alternative
EnjuParser_R15 EnjuParser_T25 EnjuParser_T17 arg1Of is,","
EnjuParser_R16 EnjuParser_T20 EnjuParser_T18 arg1Of protein,mitochondrial
EnjuParser_R17 EnjuParser_T20 EnjuParser_T19 arg1Of protein,uncoupling
EnjuParser_R18 EnjuParser_T20 EnjuParser_T21 arg1Of protein,1
EnjuParser_R19 EnjuParser_T20 EnjuParser_T22 arg1Of protein,(
EnjuParser_R20 EnjuParser_T23 EnjuParser_T22 arg2Of UCP1,(
EnjuParser_R21 EnjuParser_T24 EnjuParser_T22 arg3Of ),(
EnjuParser_R22 EnjuParser_T20 EnjuParser_T25 arg1Of protein,is
EnjuParser_R23 EnjuParser_T36 EnjuParser_T25 arg2Of or,is
EnjuParser_R24 EnjuParser_T29 EnjuParser_T26 arg1Of channel,either
EnjuParser_R25 EnjuParser_T29 EnjuParser_T27 arg1Of channel,a
EnjuParser_R26 EnjuParser_T29 EnjuParser_T28 arg1Of channel,proton
EnjuParser_R27 EnjuParser_T29 EnjuParser_T30 arg1Of channel,(
EnjuParser_R28 EnjuParser_T33 EnjuParser_T30 arg2Of model,(
EnjuParser_R29 EnjuParser_T35 EnjuParser_T30 arg3Of ),(
EnjuParser_R30 EnjuParser_T33 EnjuParser_T31 arg1Of model,""""
EnjuParser_R31 EnjuParser_T33 EnjuParser_T32 arg1Of model,buffering
EnjuParser_R32 EnjuParser_T33 EnjuParser_T34 arg1Of model,""""
EnjuParser_R33 EnjuParser_T29 EnjuParser_T36 arg1Of channel,or
EnjuParser_R34 EnjuParser_T41 EnjuParser_T36 arg2Of carrier,or
EnjuParser_R35 EnjuParser_T41 EnjuParser_T37 arg1Of carrier,a
EnjuParser_R36 EnjuParser_T41 EnjuParser_T38 arg1Of carrier,fatty
EnjuParser_R37 EnjuParser_T41 EnjuParser_T39 arg1Of carrier,acid
EnjuParser_R38 EnjuParser_T41 EnjuParser_T40 arg1Of carrier,anion
EnjuParser_R39 EnjuParser_T41 EnjuParser_T42 arg1Of carrier,(
EnjuParser_R40 EnjuParser_T46 EnjuParser_T42 arg2Of cycling,(
EnjuParser_R41 EnjuParser_T48 EnjuParser_T42 arg3Of ),(
EnjuParser_R42 EnjuParser_T46 EnjuParser_T43 arg1Of cycling,""""
EnjuParser_R43 EnjuParser_T46 EnjuParser_T44 arg1Of cycling,fatty
EnjuParser_R44 EnjuParser_T46 EnjuParser_T45 arg1Of cycling,acid
EnjuParser_R45 EnjuParser_T46 EnjuParser_T47 arg1Of cycling,""""
EnjuParser_R46 EnjuParser_T49 EnjuParser_T50 arg1Of Transport,across
EnjuParser_R47 EnjuParser_T53 EnjuParser_T50 arg2Of channel,across
EnjuParser_R48 EnjuParser_T53 EnjuParser_T51 arg1Of channel,the
EnjuParser_R49 EnjuParser_T53 EnjuParser_T52 arg1Of channel,proton
EnjuParser_R50 EnjuParser_T53 EnjuParser_T54 arg1Of channel,along
EnjuParser_R51 EnjuParser_T56 EnjuParser_T54 arg2Of chain,along
EnjuParser_R52 EnjuParser_T56 EnjuParser_T55 arg1Of chain,a
EnjuParser_R53 EnjuParser_T56 EnjuParser_T57 arg1Of chain,of
EnjuParser_R54 EnjuParser_T59 EnjuParser_T57 arg2Of bonds,of
EnjuParser_R55 EnjuParser_T59 EnjuParser_T58 arg1Of bonds,hydrogen
EnjuParser_R56 EnjuParser_T59 EnjuParser_T60 arg1Of bonds,(
EnjuParser_R57 EnjuParser_T62 EnjuParser_T60 arg2Of mechanism,(
EnjuParser_R58 EnjuParser_T63 EnjuParser_T60 arg3Of ),(
EnjuParser_R59 EnjuParser_T62 EnjuParser_T61 arg1Of mechanism,Grotthus
EnjuParser_R60 EnjuParser_T49 EnjuParser_T64 arg1Of Transport,may
EnjuParser_R61 EnjuParser_T65 EnjuParser_T64 arg2Of include,may
EnjuParser_R62 EnjuParser_T49 EnjuParser_T65 arg1Of Transport,include
EnjuParser_R63 EnjuParser_T69 EnjuParser_T65 arg2Of groups,include
EnjuParser_R64 EnjuParser_T69 EnjuParser_T66 arg1Of groups,fatty
EnjuParser_R65 EnjuParser_T69 EnjuParser_T67 arg1Of groups,acid
EnjuParser_R66 EnjuParser_T69 EnjuParser_T68 arg1Of groups,carboxyl
EnjuParser_R67 EnjuParser_T65 EnjuParser_T70 arg1Of include,or
EnjuParser_R68 EnjuParser_T71 EnjuParser_T70 arg2Of occur,or
EnjuParser_R69 EnjuParser_T49 EnjuParser_T71 arg1Of Transport,occur
EnjuParser_R70 EnjuParser_T71 EnjuParser_T72 arg1Of occur,in
EnjuParser_R71 EnjuParser_T74 EnjuParser_T72 arg2Of absence,in
EnjuParser_R72 EnjuParser_T74 EnjuParser_T73 arg1Of absence,the
EnjuParser_R73 EnjuParser_T74 EnjuParser_T75 arg1Of absence,of
EnjuParser_R74 EnjuParser_T77 EnjuParser_T75 arg2Of acids,of
EnjuParser_R75 EnjuParser_T77 EnjuParser_T76 arg1Of acids,fatty
EnjuParser_R76 EnjuParser_T83 EnjuParser_T78 arg1Of demonstrate,In
EnjuParser_R77 EnjuParser_T80 EnjuParser_T78 arg2Of work,In
EnjuParser_R78 EnjuParser_T80 EnjuParser_T79 arg1Of work,this
EnjuParser_R79 EnjuParser_T83 EnjuParser_T81 arg1Of demonstrate,","
EnjuParser_R80 EnjuParser_T82 EnjuParser_T83 arg1Of we,demonstrate
EnjuParser_R81 EnjuParser_T90 EnjuParser_T83 arg2Of exhibit,demonstrate
EnjuParser_R82 EnjuParser_T90 EnjuParser_T84 arg1Of exhibit,that
EnjuParser_R83 EnjuParser_T86 EnjuParser_T85 arg1Of bilayers,planar
EnjuParser_R84 EnjuParser_T86 EnjuParser_T87 arg2Of bilayers,reconstituted
EnjuParser_R85 EnjuParser_T87 EnjuParser_T88 arg1Of reconstituted,with
EnjuParser_R86 EnjuParser_T89 EnjuParser_T88 arg2Of UCP1,with
EnjuParser_R87 EnjuParser_T86 EnjuParser_T90 arg1Of bilayers,exhibit
EnjuParser_R88 EnjuParser_T92 EnjuParser_T90 arg2Of increase,exhibit
EnjuParser_R89 EnjuParser_T92 EnjuParser_T91 arg1Of increase,an
EnjuParser_R90 EnjuParser_T92 EnjuParser_T93 arg1Of increase,in
EnjuParser_R91 EnjuParser_T95 EnjuParser_T93 arg2Of conductivity,in
EnjuParser_R92 EnjuParser_T95 EnjuParser_T94 arg1Of conductivity,membrane
EnjuParser_R93 EnjuParser_T97 EnjuParser_T96 arg1Of in,exclusively
EnjuParser_R94 EnjuParser_T90 EnjuParser_T97 arg1Of exhibit,in
EnjuParser_R95 EnjuParser_T99 EnjuParser_T97 arg2Of presence,in
EnjuParser_R96 EnjuParser_T99 EnjuParser_T98 arg1Of presence,the
EnjuParser_R97 EnjuParser_T99 EnjuParser_T100 arg1Of presence,of
EnjuParser_R98 EnjuParser_T102 EnjuParser_T100 arg2Of acids,of
EnjuParser_R99 EnjuParser_T102 EnjuParser_T101 arg1Of acids,fatty
EnjuParser_R100 EnjuParser_T107 EnjuParser_T103 arg1Of exclude,Hence
EnjuParser_R101 EnjuParser_T107 EnjuParser_T104 arg1Of exclude,","
EnjuParser_R102 EnjuParser_T105 EnjuParser_T106 arg1Of we,can
EnjuParser_R103 EnjuParser_T107 EnjuParser_T106 arg2Of exclude,can
EnjuParser_R104 EnjuParser_T105 EnjuParser_T107 arg1Of we,exclude
EnjuParser_R105 EnjuParser_T109 EnjuParser_T107 arg2Of hypothesis,exclude
EnjuParser_R106 EnjuParser_T109 EnjuParser_T108 arg1Of hypothesis,the
EnjuParser_R107 EnjuParser_T109 EnjuParser_T110 arg1Of hypothesis,considering
EnjuParser_R108 EnjuParser_T114 EnjuParser_T110 arg2Of channel,considering
EnjuParser_R109 EnjuParser_T114 EnjuParser_T111 arg1Of channel,a
EnjuParser_R110 EnjuParser_T114 EnjuParser_T112 arg1Of channel,preexisting
EnjuParser_R111 EnjuParser_T114 EnjuParser_T113 arg1Of channel,H+
EnjuParser_R112 EnjuParser_T114 EnjuParser_T115 arg1Of channel,in
EnjuParser_R113 EnjuParser_T116 EnjuParser_T115 arg2Of UCP1,in
EnjuParser_R114 EnjuParser_T114 EnjuParser_T117 arg1Of channel,","
EnjuParser_R115 EnjuParser_T114 EnjuParser_T118 arg1Of channel,which
EnjuParser_R116 EnjuParser_T114 EnjuParser_T119 arg1Of channel,does
EnjuParser_R117 EnjuParser_T121 EnjuParser_T119 arg2Of require,does
EnjuParser_R118 EnjuParser_T121 EnjuParser_T120 arg1Of require,not
EnjuParser_R119 EnjuParser_T114 EnjuParser_T121 arg1Of channel,require
EnjuParser_R120 EnjuParser_T123 EnjuParser_T121 arg2Of acid,require
EnjuParser_R121 EnjuParser_T123 EnjuParser_T122 arg1Of acid,fatty
EnjuParser_R122 EnjuParser_T123 EnjuParser_T124 arg1Of acid,for
EnjuParser_R123 EnjuParser_T125 EnjuParser_T124 arg2Of function,for
EnjuParser_R124 EnjuParser_T128 EnjuParser_T126 arg1Of conductivity,The
EnjuParser_R125 EnjuParser_T128 EnjuParser_T127 arg1Of conductivity,augmented
EnjuParser_R126 EnjuParser_T128 EnjuParser_T129 arg1Of conductivity,is
EnjuParser_R127 EnjuParser_T132 EnjuParser_T129 arg2Of blocked,is
EnjuParser_R128 EnjuParser_T131 EnjuParser_T130 arg1Of completely,nearly
EnjuParser_R129 EnjuParser_T132 EnjuParser_T131 arg1Of blocked,completely
EnjuParser_R130 EnjuParser_T134 EnjuParser_T132 arg1Of ATP,blocked
EnjuParser_R131 EnjuParser_T128 EnjuParser_T132 arg2Of conductivity,blocked
EnjuParser_R132 EnjuParser_T134 EnjuParser_T133 arg2Of ATP,by
EnjuParser_R133 EnjuParser_T136 EnjuParser_T135 arg1Of application,Direct
EnjuParser_R134 EnjuParser_T136 EnjuParser_T137 arg1Of application,of
EnjuParser_R135 EnjuParser_T140 EnjuParser_T137 arg2Of and,of
EnjuParser_R136 EnjuParser_T139 EnjuParser_T138 arg1Of voltage,transmembrane
EnjuParser_R137 EnjuParser_T139 EnjuParser_T140 arg1Of voltage,and
EnjuParser_R138 EnjuParser_T143 EnjuParser_T140 arg2Of measurements,and
EnjuParser_R139 EnjuParser_T143 EnjuParser_T141 arg1Of measurements,precise
EnjuParser_R140 EnjuParser_T143 EnjuParser_T142 arg1Of measurements,current
EnjuParser_R141 EnjuParser_T136 EnjuParser_T144 arg1Of application,allowed
EnjuParser_R142 EnjuParser_T145 EnjuParser_T144 arg2Of determination,allowed
EnjuParser_R143 EnjuParser_T145 EnjuParser_T146 arg1Of determination,of
EnjuParser_R144 EnjuParser_T148 EnjuParser_T146 arg2Of conductances,of
EnjuParser_R145 EnjuParser_T148 EnjuParser_T147 arg1Of conductances,ATP-sensitive
EnjuParser_R146 EnjuParser_T145 EnjuParser_T149 arg1Of determination,at
EnjuParser_R147 EnjuParser_T153 EnjuParser_T149 arg2Of mV,at
EnjuParser_R148 EnjuParser_T153 EnjuParser_T150 arg1Of mV,0
EnjuParser_R149 EnjuParser_T150 EnjuParser_T151 arg1Of 0,and
EnjuParser_R150 EnjuParser_T152 EnjuParser_T151 arg2Of 150,and
EnjuParser_R151 EnjuParser_T153 EnjuParser_T152 arg1Of mV,150
EnjuParser_R152 EnjuParser_T153 EnjuParser_T154 arg1Of mV,as
EnjuParser_R153 EnjuParser_T158 EnjuParser_T154 arg2Of pS,as
EnjuParser_R154 EnjuParser_T158 EnjuParser_T155 arg1Of pS,11.5
EnjuParser_R155 EnjuParser_T155 EnjuParser_T156 arg1Of 11.5,and
EnjuParser_R156 EnjuParser_T157 EnjuParser_T156 arg2Of 54.3,and
EnjuParser_R157 EnjuParser_T158 EnjuParser_T157 arg1Of pS,54.3
EnjuParser_R158 EnjuParser_T144 EnjuParser_T159 arg1Of allowed,","
EnjuParser_R159 EnjuParser_T144 EnjuParser_T160 arg1Of allowed,respectively
EnjuParser_R160 EnjuParser_T144 EnjuParser_T161 arg1Of allowed,","
EnjuParser_R161 EnjuParser_T144 EnjuParser_T162 arg1Of allowed,by
EnjuParser_R162 EnjuParser_T163 EnjuParser_T162 arg2Of reconstituting,by
EnjuParser_R163 EnjuParser_T136 EnjuParser_T163 arg1Of application,reconstituting
EnjuParser_R164 EnjuParser_T171 EnjuParser_T163 arg2Of copies,reconstituting
EnjuParser_R165 EnjuParser_T165 EnjuParser_T164 arg1Of 3,nearly
EnjuParser_R166 EnjuParser_T171 EnjuParser_T165 arg1Of copies,3
EnjuParser_R167 EnjuParser_T171 EnjuParser_T166 arg1Of copies,x
EnjuParser_R168 EnjuParser_T171 EnjuParser_T167 arg1Of copies,10
EnjuParser_R169 EnjuParser_T171 EnjuParser_T168 arg1Of copies,(
EnjuParser_R170 EnjuParser_T169 EnjuParser_T168 arg2Of 5,(
EnjuParser_R171 EnjuParser_T170 EnjuParser_T168 arg3Of ),(
EnjuParser_R172 EnjuParser_T171 EnjuParser_T172 arg1Of copies,of
EnjuParser_R173 EnjuParser_T173 EnjuParser_T172 arg2Of UCP1,of
EnjuParser_R174 EnjuParser_T177 EnjuParser_T174 arg1Of measurements,The
EnjuParser_R175 EnjuParser_T177 EnjuParser_T175 arg1Of measurements,proton
EnjuParser_R176 EnjuParser_T177 EnjuParser_T176 arg1Of measurements,conductivity
EnjuParser_R177 EnjuParser_T177 EnjuParser_T178 arg2Of measurements,carried
EnjuParser_R178 EnjuParser_T178 EnjuParser_T179 arg1Of carried,out
EnjuParser_R179 EnjuParser_T178 EnjuParser_T180 arg1Of carried,in
EnjuParser_R180 EnjuParser_T181 EnjuParser_T180 arg2Of presence,in
EnjuParser_R181 EnjuParser_T181 EnjuParser_T182 arg1Of presence,of
EnjuParser_R182 EnjuParser_T185 EnjuParser_T182 arg2Of gradient,of
EnjuParser_R183 EnjuParser_T185 EnjuParser_T183 arg1Of gradient,a
EnjuParser_R184 EnjuParser_T185 EnjuParser_T184 arg1Of gradient,pH
EnjuParser_R185 EnjuParser_T185 EnjuParser_T186 arg1Of gradient,(
EnjuParser_R186 EnjuParser_T188 EnjuParser_T186 arg2Of units,(
EnjuParser_R187 EnjuParser_T189 EnjuParser_T186 arg3Of ),(
EnjuParser_R188 EnjuParser_T188 EnjuParser_T187 arg1Of units,0.4
EnjuParser_R189 EnjuParser_T177 EnjuParser_T190 arg1Of measurements,allowed
EnjuParser_R190 EnjuParser_T191 EnjuParser_T190 arg2Of estimation,allowed
EnjuParser_R191 EnjuParser_T191 EnjuParser_T192 arg1Of estimation,of
EnjuParser_R192 EnjuParser_T195 EnjuParser_T192 arg2Of numbers,of
EnjuParser_R193 EnjuParser_T195 EnjuParser_T193 arg1Of numbers,proton
EnjuParser_R194 EnjuParser_T195 EnjuParser_T194 arg1Of numbers,turnover
EnjuParser_R195 EnjuParser_T195 EnjuParser_T196 arg1Of numbers,per
EnjuParser_R196 EnjuParser_T198 EnjuParser_T196 arg2Of molecule,per
EnjuParser_R197 EnjuParser_T198 EnjuParser_T197 arg1Of molecule,UCP1
EnjuParser_R198 EnjuParser_T202 EnjuParser_T199 arg1Of rate,The
EnjuParser_R199 EnjuParser_T202 EnjuParser_T200 arg2Of rate,observed
EnjuParser_R200 EnjuParser_T202 EnjuParser_T201 arg1Of rate,transport
EnjuParser_R201 EnjuParser_T202 EnjuParser_T203 arg1Of rate,of
EnjuParser_R202 EnjuParser_T205 EnjuParser_T203 arg2Of s-1,of
EnjuParser_R203 EnjuParser_T205 EnjuParser_T204 arg1Of s-1,14
EnjuParser_R204 EnjuParser_T202 EnjuParser_T206 arg1Of rate,is
EnjuParser_R205 EnjuParser_T207 EnjuParser_T206 arg2Of compatible,is
EnjuParser_R206 EnjuParser_T202 EnjuParser_T207 arg1Of rate,compatible
EnjuParser_R207 EnjuParser_T209 EnjuParser_T208 arg1Of with,both
EnjuParser_R208 EnjuParser_T207 EnjuParser_T209 arg1Of compatible,with
EnjuParser_R209 EnjuParser_T211 EnjuParser_T209 arg2Of and,with
EnjuParser_R210 EnjuParser_T210 EnjuParser_T211 arg1Of carrier,and
EnjuParser_R211 EnjuParser_T213 EnjuParser_T211 arg2Of nature,and
EnjuParser_R212 EnjuParser_T213 EnjuParser_T212 arg1Of nature,channel
EnjuParser_R213 EnjuParser_T213 EnjuParser_T214 arg1Of nature,of
EnjuParser_R214 EnjuParser_T215 EnjuParser_T214 arg2Of UCP1,of

Anatomy-UBERON

Id Subject Object Predicate Lexical cue uberon_id
T1 545-553 Body_part denotes membrane http://purl.obolibrary.org/obo/GO_0016020|http://purl.obolibrary.org/obo/UBERON_0000094|http://purl.obolibrary.org/obo/UBERON_0000158
T4 828-841 Body_part denotes transmembrane http://purl.obolibrary.org/obo/GO_0016020