Leon Guppy
Primary tabs
Research Interests
- Drugs of Abuse
- Alcoholism
- Ion Channel Pharmacology
- Cardiovascular Biology and Pharmacology
Other Scholars in Biology
- Alida Faurie
- Casper De Villiers
- Cheryl Tautorus
- James T. Harper
- Nora Saona
- Jennifer Barker
- Weissy M. Lee
- Elinor Matheson
- Lynette B. Sigola
- Mike Silvergieter
- Maxence Salomon
- Rosemary Oh-McGinnis
- Rey Cruz-Aguado
- Karuna Karunakaran
- Jessie Clasen
- Sarwat Jamil
- Shamsa Jessa
- Ryan Viveiros
- Luis R. Gonzalez Torres
- Leo Millis
Academic Introduction
PhD (University of London)
MSc (University of London)
BSc (University of British Columbia)
Recent Citations for Leon Guppy
- Douglas College Human Anatomy & Physiology II
- Functional pharmacology: the drug discovery bottleneck?
- Targeting ischemic ventricular arrhythmias
- Unravelling mechanisms underlying ischaemic arrhythmias - the importance of models
- The antihypertensive effects of the Jamaican Cho-Cho (Sechium edule)
- Effects of prolonged exposure to ethanol in vivo on functional parameters and sensitivity to nitrendipine in the isolated rat heart
- Increased sensitivity to damaging effects of hypoxia and anoxia of isolated hearts from rats after prolonged exposure to ethanol: Apparent protection by nitrendipine
- Effect of calcium, bay K 8644, and reduced perfusion on basic indices of myocardial function in isolated hearts from rats after prolonged exposure to ethanol
- Damaging effects of the calcium paradox are reduced in isolated hearts from ethanol-dependent Rats: Paradoxic effects of dihydropyridine drugs
- Effects of anipamil, a long acting analog of verapamil, in pigs subjected to myocardial ischemia
- Time course and genetic variation in the regulation of calcium channel antagonist binding sites in rodent tissues during the induction of ethanol physical dependence and withdrawal
- Binding characteristics of the calcium channel antagonist [3H]-nitrendipine in tissues from ethanol-dependent rats
- Chronic exposure to ethanol increases dihydropyridine‐sensitive calcium channels in excitable cells
- Adaptation in membrane Ca2+ channels as a basis for alcohol-related pathology