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PMC:1084331 / 46338-47036 JSONTXT

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craft-sa-dev

Id Subject Object Predicate Lexical cue
T15020 0-17 NN denotes Electrophysiology
T15021 17-91 sentence denotes Electrophysiological analysis was performed as previously described [48].
T15022 18-38 JJ denotes Electrophysiological
T15023 39-47 NN denotes analysis
T15024 52-61 VBN denotes performed
T15025 48-51 VBD denotes was
T15026 62-64 IN denotes as
T15027 76-85 VBN denotes described
T15028 65-75 RB denotes previously
T15029 86-87 -LRB- denotes [
T15030 87-89 CD denotes 48
T15031 89-90 -RRB- denotes ]
T15032 90-91 . denotes .
T15033 91-220 sentence denotes Briefly, intracellular recordings from identified quadriceps motor neurons were made using sharp electrodes (75–120 MΩ, 3M KCl).
T15034 92-99 RB denotes Briefly
T15035 172-176 VBN denotes made
T15036 99-101 , denotes ,
T15037 101-114 JJ denotes intracellular
T15038 115-125 NNS denotes recordings
T15039 126-130 IN denotes from
T15040 131-141 VBN denotes identified
T15041 159-166 NNS denotes neurons
T15042 142-152 NNS denotes quadriceps
T15043 153-158 NN denotes motor
T15044 167-171 VBD denotes were
T15045 177-182 VBG denotes using
T15046 183-188 JJ denotes sharp
T15047 189-199 NNS denotes electrodes
T15048 200-201 -LRB- denotes (
T15049 208-210 NN denotes MΩ
T15050 201-203 CD denotes 75
T15051 204-207 CD denotes 120
T15052 203-204 SYM denotes –
T15053 210-212 , denotes ,
T15054 212-214 NN denotes 3M
T15055 215-218 NN denotes KCl
T15056 218-219 -RRB- denotes )
T15057 219-220 . denotes .
T15058 220-420 sentence denotes Average responses (10–20 trials) from suprathreshold nerve stimulation (1.5 times the strength that evokes maximal monosynaptic response) of the quadriceps nerve were acquired with LTP software [49].
T15059 221-228 JJ denotes Average
T15060 229-238 NNS denotes responses
T15061 388-396 VBN denotes acquired
T15062 239-240 -LRB- denotes (
T15063 246-252 NNS denotes trials
T15064 240-242 CD denotes 10
T15065 243-245 CD denotes 20
T15066 242-243 SYM denotes –
T15067 252-253 -RRB- denotes )
T15068 254-258 IN denotes from
T15069 259-273 NN denotes suprathreshold
T15070 280-291 NN denotes stimulation
T15071 274-279 NN denotes nerve
T15072 292-293 -LRB- denotes (
T15073 307-315 NN denotes strength
T15074 293-296 CD denotes 1.5
T15075 297-302 NNS denotes times
T15076 303-306 DT denotes the
T15077 316-320 WDT denotes that
T15078 321-327 VBZ denotes evokes
T15079 328-335 JJ denotes maximal
T15080 349-357 NN denotes response
T15081 336-348 JJ denotes monosynaptic
T15082 357-358 -RRB- denotes )
T15083 359-361 IN denotes of
T15084 362-365 DT denotes the
T15085 377-382 NN denotes nerve
T15086 366-376 NNS denotes quadriceps
T15087 383-387 VBD denotes were
T15088 397-401 IN denotes with
T15089 402-405 NN denotes LTP
T15090 406-414 NN denotes software
T15091 415-416 -LRB- denotes [
T15092 416-418 CD denotes 49
T15093 418-419 -RRB- denotes ]
T15094 419-420 . denotes .
T15095 420-518 sentence denotes Only cells with stable resting potentials more negative than −50 mV were considered for analysis.
T15096 421-425 RB denotes Only
T15097 426-431 NNS denotes cells
T15098 494-504 VBN denotes considered
T15099 432-436 IN denotes with
T15100 437-443 JJ denotes stable
T15101 452-462 NNS denotes potentials
T15102 444-451 NN denotes resting
T15103 463-467 RBR denotes more
T15104 468-476 JJ denotes negative
T15105 477-481 IN denotes than
T15106 482-483 SYM denotes −
T15107 483-485 CD denotes 50
T15108 486-488 NN denotes mV
T15109 489-493 VBD denotes were
T15110 505-508 IN denotes for
T15111 509-517 NN denotes analysis
T15112 517-518 . denotes .
T15113 518-698 sentence denotes Monosynaptic amplitudes were determined offline using custom routines in the Matlab environment (The Mathworks, Natick, Massachusetts, United States) as previously described [48].
T15114 519-531 JJ denotes Monosynaptic
T15115 532-542 NNS denotes amplitudes
T15116 548-558 VBN denotes determined
T15117 543-547 VBD denotes were
T15118 559-566 RB denotes offline
T15119 567-572 VBG denotes using
T15120 573-579 NN denotes custom
T15121 580-588 NNS denotes routines
T15122 589-591 IN denotes in
T15123 592-595 DT denotes the
T15124 603-614 NN denotes environment
T15125 596-602 NNP denotes Matlab
T15126 615-616 -LRB- denotes (
T15127 620-629 NNP denotes Mathworks
T15128 616-619 DT denotes The
T15129 629-631 , denotes ,
T15130 631-637 NNP denotes Natick
T15131 637-639 , denotes ,
T15132 639-652 NNP denotes Massachusetts
T15133 652-654 , denotes ,
T15134 654-660 NNP denotes United
T15135 661-667 NNP denotes States
T15136 667-668 -RRB- denotes )
T15137 669-671 IN denotes as
T15138 683-692 VBN denotes described
T15139 672-682 RB denotes previously
T15140 693-694 -LRB- denotes [
T15141 694-696 CD denotes 48
T15142 696-697 -RRB- denotes ]
T15143 697-698 . denotes .
R6721 T15022 T15023 amod Electrophysiological,analysis
R6722 T15023 T15024 nsubjpass analysis,performed
R6723 T15025 T15024 auxpass was,performed
R6724 T15026 T15027 mark as,described
R6725 T15027 T15024 advcl described,performed
R6726 T15028 T15027 advmod previously,described
R6727 T15029 T15030 punct [,48
R6728 T15030 T15027 parataxis 48,described
R6729 T15031 T15030 punct ],48
R6730 T15032 T15024 punct .,performed
R6731 T15034 T15035 advmod Briefly,made
R6732 T15036 T15035 punct ", ",made
R6733 T15037 T15038 amod intracellular,recordings
R6734 T15038 T15035 nsubjpass recordings,made
R6735 T15039 T15038 prep from,recordings
R6736 T15040 T15041 amod identified,neurons
R6737 T15041 T15039 pobj neurons,from
R6738 T15042 T15041 compound quadriceps,neurons
R6739 T15043 T15041 compound motor,neurons
R6740 T15044 T15035 auxpass were,made
R6741 T15045 T15035 advcl using,made
R6742 T15046 T15047 amod sharp,electrodes
R6743 T15047 T15045 dobj electrodes,using
R6744 T15048 T15049 punct (,MΩ
R6745 T15049 T15045 parataxis MΩ,using
R6746 T15050 T15051 quantmod 75,120
R6747 T15051 T15049 nummod 120,MΩ
R6748 T15052 T15051 punct –,120
R6749 T15053 T15049 punct ", ",MΩ
R6750 T15054 T15055 compound 3M,KCl
R6751 T15055 T15049 appos KCl,MΩ
R6752 T15056 T15049 punct ),MΩ
R6753 T15057 T15035 punct .,made
R6754 T15059 T15060 amod Average,responses
R6755 T15060 T15061 nsubjpass responses,acquired
R6756 T15062 T15063 punct (,trials
R6757 T15063 T15060 parataxis trials,responses
R6758 T15064 T15065 quantmod 10,20
R6759 T15065 T15063 nummod 20,trials
R6760 T15066 T15065 punct –,20
R6761 T15067 T15063 punct ),trials
R6762 T15068 T15060 prep from,responses
R6763 T15069 T15070 compound suprathreshold,stimulation
R6764 T15070 T15068 pobj stimulation,from
R6765 T15071 T15070 compound nerve,stimulation
R6766 T15072 T15073 punct (,strength
R6767 T15073 T15070 parataxis strength,stimulation
R6768 T15074 T15073 nummod 1.5,strength
R6769 T15075 T15074 quantmod times,1.5
R6770 T15076 T15073 det the,strength
R6771 T15077 T15078 dep that,evokes
R6772 T15078 T15073 relcl evokes,strength
R6773 T15079 T15080 amod maximal,response
R6774 T15080 T15078 dobj response,evokes
R6775 T15081 T15080 amod monosynaptic,response
R6776 T15082 T15073 punct ),strength
R6777 T15083 T15070 prep of,stimulation
R6778 T15084 T15085 det the,nerve
R6779 T15085 T15083 pobj nerve,of
R6780 T15086 T15085 compound quadriceps,nerve
R6781 T15087 T15061 auxpass were,acquired
R6782 T15088 T15061 prep with,acquired
R6783 T15089 T15090 compound LTP,software
R6784 T15090 T15088 pobj software,with
R6785 T15091 T15092 punct [,49
R6786 T15092 T15061 parataxis 49,acquired
R6787 T15093 T15092 punct ],49
R6788 T15094 T15061 punct .,acquired
R6789 T15096 T15097 advmod Only,cells
R6790 T15097 T15098 nsubjpass cells,considered
R6791 T15099 T15097 prep with,cells
R6792 T15100 T15101 amod stable,potentials
R6793 T15101 T15099 pobj potentials,with
R6794 T15102 T15101 compound resting,potentials
R6795 T15103 T15104 advmod more,negative
R6796 T15104 T15101 amod negative,potentials
R6797 T15105 T15104 prep than,negative
R6798 T15106 T15107 punct −,50
R6799 T15107 T15108 nummod 50,mV
R6800 T15108 T15105 pobj mV,than
R6801 T15109 T15098 auxpass were,considered
R6802 T15110 T15098 prep for,considered
R6803 T15111 T15110 pobj analysis,for
R6804 T15112 T15098 punct .,considered
R6805 T15114 T15115 amod Monosynaptic,amplitudes
R6806 T15115 T15116 nsubjpass amplitudes,determined
R6807 T15117 T15116 auxpass were,determined
R6808 T15118 T15116 advmod offline,determined
R6809 T15119 T15116 advcl using,determined
R6810 T15120 T15121 compound custom,routines
R6811 T15121 T15119 dobj routines,using
R6812 T15122 T15119 prep in,using
R6813 T15123 T15124 det the,environment
R6814 T15124 T15122 pobj environment,in
R6815 T15125 T15124 compound Matlab,environment
R6816 T15126 T15127 punct (,Mathworks
R6817 T15127 T15124 parataxis Mathworks,environment
R6818 T15128 T15127 det The,Mathworks
R6819 T15129 T15127 punct ", ",Mathworks
R6820 T15130 T15127 npadvmod Natick,Mathworks
R6821 T15131 T15127 punct ", ",Mathworks
R6822 T15132 T15127 npadvmod Massachusetts,Mathworks
R6823 T15133 T15127 punct ", ",Mathworks
R6824 T15134 T15135 compound United,States
R6825 T15135 T15127 npadvmod States,Mathworks
R6826 T15136 T15127 punct ),Mathworks
R6827 T15137 T15138 mark as,described
R6828 T15138 T15119 advcl described,using
R6829 T15139 T15138 advmod previously,described
R6830 T15140 T15141 punct [,48
R6831 T15141 T15138 parataxis 48,described
R6832 T15142 T15141 punct ],48
R6833 T15143 T15116 punct .,determined

craft-ca-core-ex-dev

Below, discontinuous spans are shown in the chain model. You can change it to the bag model.

Id Subject Object Predicate Lexical cue
T15006 101-114 GO:0005622 denotes intracellular
T15007 106-114 CL_GO_EXT:cell denotes cellular
T15008 142-152 UBERON:0001377 denotes quadriceps
T15009 153-158 GO_EXT:biological_movement_or_translocation_process denotes motor
T15010 153-166 CL:0000100 denotes motor neurons
T15011 215-218 CHEBI:32588 denotes KCl
T15012 229-238 GO_EXT:reaction_or_response denotes responses
T15013 274-279 UBERON:0001021 denotes nerve
T15014 340-348 GO:0045202 denotes synaptic
T15015 349-357 GO_EXT:reaction_or_response denotes response
T15016 366-376 UBERON:0001377 denotes quadriceps
T15017 377-382 UBERON:0001021 denotes nerve
T15018 426-431 CL_GO_EXT:cell denotes cells
T15019 523-531 GO:0045202 denotes synaptic

2_test

Id Subject Object Predicate Lexical cue
15836427-9096147-84719687 87-89 9096147 denotes 48
15836427-11459620-84719688 416-418 11459620 denotes 49
15836427-9096147-84719689 694-696 9096147 denotes 48
T19685 87-89 9096147 denotes 48
T91744 416-418 11459620 denotes 49
T84512 694-696 9096147 denotes 48

biosemtest

Id Subject Object Predicate Lexical cue
T14912 189-199 UMLS/C1705652 denotes electrodes
T14913 101-114 UMLS/C0175996 denotes intracellular
T14914 326-332 UMLS/C1444748 denotes s maxi
T14915 131-141 UMLS/C1551388 denotes identified
T14916 302-307 UMLS/C0040223 denotes the
T14917 232-241 UMLS/C0871261 denotes ponses (1
T14918 354-362 UMLS/C0871261 denotes nse) of
T14919 302-307 UMLS/C1704250 denotes the
T14920 312-320 UMLS/C1705922 denotes gth that
T14921 285-296 UMLS/C1292856 denotes lation (1.5
T14922 302-307 UMLS/C0449243 denotes the
T14923 411-419 UMLS/C0037585 denotes are [49]
T14924 587-595 UMLS/C1546402 denotes s in the
T14925 493-495 UMLS/C0456691 denotes c
T14926 52-61 UMLS/C0884358 denotes performed
T14927 279-284 UMLS/C0027740 denotes stim
T14928 382-387 UMLS/C0027740 denotes were
T14929 224-231 UMLS/C1510992 denotes rage re
T14930 442-448 UMLS/C0205360 denotes e rest
T14931 407-410 UMLS/C0206249 denotes oft
T14932 580-586 UMLS/C1880202 denotes routin
T14933 610-621 UMLS/C0014406 denotes ment (The M
T14934 189-199 UMLS/C0013812 denotes electrodes
T14935 101-114 UMLS/C0178719 denotes intracellular
T14936 646-659 UMLS/C0024874 denotes usetts, Unite
T14937 39-47 UMLS/C0936012 denotes analysis
T14938 516-524 UMLS/C0936012 denotes s. Monos
T14939 142-152 UMLS/C0224440 denotes quadriceps
T14940 371-381 UMLS/C0224440 denotes iceps nerv
T14941 285-296 UMLS/C1948023 denotes lation (1.5
T14942 449-467 UMLS/C1704297 denotes ng potentials more
T14943 302-307 UMLS/C0392761 denotes the
T14944 587-595 UMLS/C1547137 denotes s in the
T14945 468-472 UMLS/C0439064 denotes nega
T14946 587-595 UMLS/C0205547 denotes s in the
T14947 279-284 UMLS/C0027769 denotes stim
T14948 382-387 UMLS/C0027769 denotes were
T14949 302-307 UMLS/C1632851 denotes the
T14950 587-595 UMLS/C1546438 denotes s in the
T14951 302-307 UMLS/C1547403 denotes the
T14952 580-586 UMLS/C0162343 denotes routin
T14953 131-141 UMLS/C1550043 denotes identified
T14954 131-141 UMLS/C0205396 denotes identified
T14955 76-85 UMLS/C1552738 denotes described
T14956 251-257 UMLS/C0008976 denotes s) fro
T14957 587-595 UMLS/C1547582 denotes s in the
T14958 312-320 UMLS/C0808080 denotes gth that
T14959 431-436 UMLS/C1269647 denotes with
T14960 431-436 UMLS/C0007634 denotes with
T14961 431-436 UMLS/C1948049 denotes with
T14962 189-199 UMLS/C1550631 denotes electrodes
T14963 189-199 UMLS/C1546616 denotes electrodes
T14964 539-549 UMLS/C2346753 denotes des were d
T14965 587-595 UMLS/C1549563 denotes s in the
T14966 468-472 UMLS/C0205172 denotes nega
T14967 426-430 UMLS/C0205171 denotes cell
T14968 183-188 UMLS/C1444775 denotes sharp
T14969 39-47 UMLS/C1524024 denotes analysis
T14970 516-524 UMLS/C1524024 denotes s. Monos
T14971 661-674 UMLS/C0041703 denotes States) as pr
T14972 333-340 UMLS/C0205289 denotes al mono
T14973 473-481 UMLS/C0205160 denotes ive than
T14974 587-595 UMLS/C1561591 denotes s in the
T14975 473-481 UMLS/C1513916 denotes ive than
T14976 393-401 UMLS/C1706701 denotes red with
T14977 431-436 UMLS/C1136359 denotes with
T14978 232-241 UMLS/C1704632 denotes ponses (1
T14979 354-362 UMLS/C1704632 denotes nse) of
T14980 279-284 UMLS/C1280541 denotes stim
T14981 382-387 UMLS/C1280541 denotes were
T14982 393-401 UMLS/C0439661 denotes red with
T14983 0-17 UMLS/C0013865 denotes Electrophysiology
T14984 442-448 UMLS/C1547311 denotes e rest
T14985 153-166 UMLS/C0026609 denotes motor neurons
T14986 302-307 UMLS/C1548318 denotes the
T14987 232-241 UMLS/C1706817 denotes ponses (1
T14988 354-362 UMLS/C1706817 denotes nse) of
T14989 555-565 UMLS/C0521095 denotes ned offlin
T14990 52-61 UMLS/C1550369 denotes performed
T14991 431-436 UMLS/C1704653 denotes with
T14992 39-47 UMLS/C0002778 denotes analysis
T14993 516-524 UMLS/C0002778 denotes s. Monos
T14994 426-430 UMLS/C1720467 denotes cell
T14995 0-17 UMLS/C1446476 denotes Electrophysiology
T14996 587-595 UMLS/C1548424 denotes s in the

craft-ca-core-dev

Below, discontinuous spans are shown in the chain model. You can change it to the bag model.

Id Subject Object Predicate Lexical cue
T14997 101-114 GO:0005622 denotes intracellular
T14998 142-152 UBERON:0001377 denotes quadriceps
T14999 153-166 CL:0000100 denotes motor neurons
T15000 215-218 CHEBI:32588 denotes KCl
T15001 274-279 UBERON:0001021 denotes nerve
T15002 340-348 GO:0045202 denotes synaptic
T15003 366-376 UBERON:0001377 denotes quadriceps
T15004 377-382 UBERON:0001021 denotes nerve
T15005 523-531 GO:0045202 denotes synaptic