PubMed:11413164 / 1618-1731 JSONTXT

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PMID_GLOBAL

Id Subject Object Predicate Lexical cue mondo_id
T8 15-33 DiseaseOrPhenotypicFeature denotes metabolic acidosis 0000440
T9 44-46 DiseaseOrPhenotypicFeature denotes ET 0005029
T10 99-101 DiseaseOrPhenotypicFeature denotes ET 0005029

2015-BEL-Sample

Id Subject Object Predicate Lexical cue
T1 0-113 path(MESHD:Acidosis) increases p(MGI:Edn1) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor

2015-BEL-Sample-2

Id Subject Object Predicate Lexical cue
BEL:20000322 0-113 cat(p(MGI:Ednrb)) increases cat(p(MGI:Slc9a3)) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor
BEL:20000324 0-113 complex(p(MGI:Edn1),p(MGI:Ednrb)) increases cat(p(MGI:Slc9a3)) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor
BEL:20000326 0-113 path(MESHD:Acidosis) increases p(MGI:Edn1) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor
BEL:20000322 0-113 cat(p(MGI:Ednrb)) increases cat(p(MGI:Slc9a3)) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor
BEL:20000324 0-113 complex(p(MGI:Edn1),p(MGI:Ednrb)) increases cat(p(MGI:Slc9a3)) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor
BEL:20039990 0-113 path(MESHD:Acidosis) increases p(MGI:Edn1) denotes In conclusion, metabolic acidosis increases ET-1 expression, which increases NHE3 activity via the ET(B) receptor