Pub. Date : 1993 Aug
PMID : 8335196
5 Functional Relationships(s)Download |
Sentence | Compound Name | Protein Name | Organism |
| 1 | VIP-stimulated bicarbonate secretion was significantly inhibited by TTX (-73%), yet Isc and PD remained unchanged. | Bicarbonates | vasoactive intestinal peptide | Homo sapiens |
| 2 | Atropine decreased VIP-induced bicarbonate secretion (-69%) and Isc (-43%). | Bicarbonates | vasoactive intestinal peptide | Homo sapiens |
| 3 | CONCLUSIONS: These results suggest that (1) enteric nerve stimulation activates an acetylcholine receptor that in turn stimulates duodenal epithelial bicarbonate secretion; (2) VIP stimulates bicarbonate secretion, in large part, via the enteric nervous system; and (3) PGE2 and cAMP stimulate bicarbonate secretion independent of the enteric nervous system. | Bicarbonates | vasoactive intestinal peptide | Homo sapiens |
| 4 | CONCLUSIONS: These results suggest that (1) enteric nerve stimulation activates an acetylcholine receptor that in turn stimulates duodenal epithelial bicarbonate secretion; (2) VIP stimulates bicarbonate secretion, in large part, via the enteric nervous system; and (3) PGE2 and cAMP stimulate bicarbonate secretion independent of the enteric nervous system. | Bicarbonates | vasoactive intestinal peptide | Homo sapiens |
| 5 | CONCLUSIONS: These results suggest that (1) enteric nerve stimulation activates an acetylcholine receptor that in turn stimulates duodenal epithelial bicarbonate secretion; (2) VIP stimulates bicarbonate secretion, in large part, via the enteric nervous system; and (3) PGE2 and cAMP stimulate bicarbonate secretion independent of the enteric nervous system. | Bicarbonates | vasoactive intestinal peptide | Homo sapiens |