| Id |
Subject |
Object |
Predicate |
Lexical cue |
| BEL:20031172 |
193-300 |
cat(p(MGI:Ednrb)) increases cat(p(MGI:Slc9a3)) |
denotes |
In cultured renal epithelial cells, activation of the endothelin-B (ET(B)) receptor increases NHE3 activity |
| BEL:20000322 |
1618-1731 |
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 |
1618-1731 |
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 |
1618-1731 |
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 |
1618-1731 |
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 |
1618-1731 |
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 |
1618-1731 |
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 |
