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PubMed:28684049 JSONTXT

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PubMed_ArguminSci

Id Subject Object Predicate Lexical cue
T1 143-389 DRI_Background denotes There have been few investigations of the short-term plasticity of synaptic transmission at amphibian sympathetic ganglionic cells where the frequency of miniature excitatory postsynaptic potentials is too low to measure an accurate quantum size.
T2 390-515 DRI_Background denotes This has made it difficult to investigate the mechanism of synaptic transmission at the ganglionic cells by quantal analysis.
T3 564-766 DRI_Approach denotes This equation is based on the premise that transmitter release is due to the product of two factors: intracellular calcium ([Ca(2+)]i) and acetylcholine (ACh), which is a readily releasable transmitter.
T4 767-926 DRI_Approach denotes The equation accounts for the mechanism of synaptic facilitation and depression of transmitter release at the ganglionic cells in the paired-pulse experiments.
T5 927-1135 DRI_Challenge denotes The purpose of the present experiment is to investigate whether the equation accounts for the mechanism of short-term plasticity of synaptic transmission produced by a train of pulses at the ganglionic cells.
T6 1136-1310 DRI_Approach denotes Trains of excitatory postsynaptic current (EPSC) were recorded, and the ratios of the n(th) EPSC induced by the n(th) pulse to the initial EPSC were analyzed by the equation.
T7 1311-1612 DRI_Outcome denotes The results indicated that the mechanism of short-term facilitation and depression was interpreted by the equation, which met the following two requirements: [Ca(2+)]i consisting of two components of residual Ca(2+) and the mobilization rate of ACh which accelerated as stimulus frequencies increased.
T8 1688-1833 DRI_Background denotes It is suggested that the theoretical equation is also useful for the investigation of the effect of chemical substances on synaptic transmission.

Goldhamster2_Cellosaurus

Id Subject Object Predicate Lexical cue
T1 364-366 CVCL_8754|Cancer_cell_line|Homo sapiens denotes an
T2 364-366 CVCL_H241|Cancer_cell_line|Homo sapiens denotes an
T3 395-398 CVCL_6758|Undefined_cell_line_type|Cricetulus griseus denotes has
T4 395-398 CVCL_E689|Transformed_cell_line|Homo sapiens denotes has
T5 516-517 CVCL_6479|Finite_cell_line|Mus musculus denotes A
T6 689-691 CVCL_Z839|Spontaneously_immortalized_cell_line|Drosophila melanogaster denotes Ca
T7 733-734 CVCL_6479|Finite_cell_line|Mus musculus denotes a
T8 1093-1094 CVCL_6479|Finite_cell_line|Mus musculus denotes a
T9 1224-1226 CVCL_7026|Cancer_cell_line|Homo sapiens denotes th
T10 1224-1226 CVCL_JJ81|Embryonic_stem_cell|Mus musculus denotes th
T11 1224-1226 CVCL_JJ82|Embryonic_stem_cell|Mus musculus denotes th
T12 1250-1252 CVCL_7026|Cancer_cell_line|Homo sapiens denotes th
T13 1250-1252 CVCL_JJ81|Embryonic_stem_cell|Mus musculus denotes th
T14 1250-1252 CVCL_JJ82|Embryonic_stem_cell|Mus musculus denotes th
T15 1470-1472 CVCL_Z839|Spontaneously_immortalized_cell_line|Drosophila melanogaster denotes Ca
T16 1520-1522 CVCL_Z839|Spontaneously_immortalized_cell_line|Drosophila melanogaster denotes Ca
T17 1522-1534 CVCL_B527|Embryonic_stem_cell|Homo sapiens denotes (2+) and the

GoldHamster

Id Subject Object Predicate Lexical cue
T1 6-10 original_id denotes term
T2 28-38 UBERON:0004704 denotes depression
T3 65-74 D000663 denotes amphibian
T4 191-195 original_id denotes term
T5 210-231 GO:0007268 denotes synaptic transmission
T6 235-244 D000663 denotes amphibian
T7 449-470 GO:0007268 denotes synaptic transmission
T8 665-678 GO:0005622 denotes intracellular
T9 679-686 1895 denotes calcium
T10 679-686 CHEBI:29320 denotes calcium
T11 679-686 CHEBI:22984 denotes calcium
T17 689-693 1316581 denotes Ca(2
T19 689-693 CVCL_B845 denotes Ca(2
T12 689-693 P24258 denotes Ca(2
T13 689-693 PR:P42737 denotes Ca(2
T14 689-693 PR:P27139 denotes Ca(2
T15 689-693 PR:000004918 denotes Ca(2
T16 689-693 PR:P00918 denotes Ca(2
T18 689-693 PR:P07630 denotes Ca(2
T20 689-693 PR:P00920 denotes Ca(2
T22 689-693 PR:P00921 denotes Ca(2
T23 689-693 UBERON:0003882 denotes Ca(2
T21 689-693 CHEBI:29108 denotes Ca(2
T25 703-716 194 denotes acetylcholine
T24 703-716 D000109 denotes acetylcholine
T26 703-716 CHEBI:15355 denotes acetylcholine
T27 703-716 D000109 denotes acetylcholine
T28 718-721 CHEBI:22614 denotes ACh
T29 718-721 CHEBI:15355 denotes ACh
T30 718-721 D000130 denotes ACh
T31 810-831 GO:1990926 denotes synaptic facilitation
T32 836-846 UBERON:0004704 denotes depression
T33 1040-1044 original_id denotes term
T34 1059-1080 GO:0007268 denotes synaptic transmission
T35 1361-1365 original_id denotes term
T36 1383-1393 UBERON:0004704 denotes depression
T37 1433-1436 CHEBI:32644 denotes met
T43 1470-1474 1316581 denotes Ca(2
T45 1470-1474 CVCL_B845 denotes Ca(2
T38 1470-1474 P24258 denotes Ca(2
T39 1470-1474 PR:P42737 denotes Ca(2
T40 1470-1474 PR:P27139 denotes Ca(2
T41 1470-1474 PR:000004918 denotes Ca(2
T42 1470-1474 PR:P00918 denotes Ca(2
T44 1470-1474 PR:P07630 denotes Ca(2
T46 1470-1474 PR:P00920 denotes Ca(2
T48 1470-1474 PR:P00921 denotes Ca(2
T49 1470-1474 UBERON:0003882 denotes Ca(2
T47 1470-1474 CHEBI:29108 denotes Ca(2
T55 1520-1524 1316581 denotes Ca(2
T57 1520-1524 CVCL_B845 denotes Ca(2
T50 1520-1524 P24258 denotes Ca(2
T51 1520-1524 PR:P42737 denotes Ca(2
T52 1520-1524 PR:P27139 denotes Ca(2
T53 1520-1524 PR:000004918 denotes Ca(2
T54 1520-1524 PR:P00918 denotes Ca(2
T56 1520-1524 PR:P07630 denotes Ca(2
T58 1520-1524 PR:P00920 denotes Ca(2
T60 1520-1524 PR:P00921 denotes Ca(2
T61 1520-1524 UBERON:0003882 denotes Ca(2
T59 1520-1524 CHEBI:29108 denotes Ca(2
T62 1556-1559 CHEBI:22614 denotes ACh
T63 1556-1559 CHEBI:15355 denotes ACh
T64 1556-1559 D000130 denotes ACh
T65 1811-1832 GO:0007268 denotes synaptic transmission