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Bile enhances release of insulin: An incretin-mediated effect
Guillermo Gomez
, Felix Lluis
, Jin Ishizuka
, Edwin J. Draviam
, Tatsuo Uchida
, George H. Greeley
, James C. Thompson
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Keyphrases
Insulin
100%
Mediating Effect
100%
Incretin
100%
Bile
100%
Gastrin
20%
Stimuli-responsive Release
20%
Cannula
20%
Biliary Diversion
20%
Physiologic
10%
Conscious Dogs
10%
Insulinotropic Effects
10%
Lumen
10%
Duodenum
10%
Gut Hormones
10%
Dextrose
10%
Plasma Glucose
10%
Catheterization
10%
Common Bile Duct
10%
Bile Flow
10%
Insulin Response
10%
Enteroinsular Axis
10%
Ampulla of Vater
10%
Glucose Content
10%
Biochemistry, Genetics and Molecular Biology
Incretin
100%
Gastrin
100%
Secretion (Process)
50%
Glucose Blood Level
50%
Ingestion
50%
Duodenum
50%
Insulin Response
50%
Bile Flow
50%
Grand Unified Theory
50%
Veterinary Science and Veterinary Medicine
Incretin
100%
Gastrin
100%
Dog
50%
Common Bile Duct
50%
Ampulla of Vater
50%
Blood Plasma
50%
Duodenum
50%
Medicine and Dentistry
Incretin
100%
Bile
100%
Gastrin
16%
Cannula
16%
Gastrointestinal Hormone
8%
Secretion (Process)
8%
Duodenum
8%
Common Bile Duct
8%
Catheterization
8%
Ampulla of Vater
8%
Insulin Response
8%
Bile Flow
8%
Ingestion of Food
8%
Neuroscience
Gastrin
100%
Incretin
100%
Gastrointestinal Hormone
50%
Blood Plasma
50%
Pharmacology, Toxicology and Pharmaceutical Science
Gastrin
100%
Incretin
100%
Gastrointestinal Hormone
50%