PubMed:20172938 / 1698-2000 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
T191	0-11	36453	denotes	Sevoflurane
T190	0-11	D000077149	denotes	Sevoflurane
T192	0-11	CHEBI:9130	denotes	Sevoflurane
T193	0-11	D000077149	denotes	Sevoflurane
T194	37-47	GO:0030112	denotes	glycocalyx
T195	83-94	GO:0009056	denotes	degradation
T199	224-235	P00787	denotes	cathepsin B
T200	224-235	P07688	denotes	cathepsin B
T201	224-235	P81494	denotes	cathepsin B
T202	224-235	P83205	denotes	cathepsin B
T203	224-235	Q54QD9	denotes	cathepsin B
T204	224-235	P07858	denotes	cathepsin B
T205	224-235	Q4R5M2	denotes	cathepsin B
T206	224-235	A1E295	denotes	cathepsin B
T207	224-235	P43233	denotes	cathepsin B
T208	224-235	PR:000006023	denotes	cathepsin B
T209	224-235	Q5R6D1	denotes	cathepsin B
T210	224-235	P10605	denotes	cathepsin B
T198	224-235	D002401	denotes	cathepsin B
T211	271-277	UBERON:0000479	denotes	tissue
T212	278-282	PR:Q9NBD7	denotes	mast
T213	278-282	PR:000008154	denotes	mast
T215	278-282	Q9NBD7	denotes	mast
T216	278-282	Q7TPM5	denotes	mast
T214	278-282	CVCL_M374	denotes	mast
T219	278-287	CL:0000097	denotes	mast cell
T217	278-287	D008415	denotes	mast cell
T218	278-287	D008415	denotes	mast cell
T220	278-301	GO:0043303	denotes	mast cell degranulation

Id	Subject	Object	Predicate	Lexical cue
T4	0-302	CONCLUSIONS	denotes	Sevoflurane protects the endothelial glycocalyx from ischaemia-reperfusion-induced degradation, with both preconditioning and rapid post-conditioning being successful. The mechanism seems to involve attenuation of lysosomal cathepsin B release and to be independent from tissue mast cell degranulation.

Id	Subject	Object	Predicate	Lexical cue
T18	234-235	CVCL_6480\|Finite_cell_line\|Mus musculus	denotes	B
T19	278-282	CVCL_M374\|Cancer_cell_line\|Homo sapiens	denotes	mast