Teaching Responsibilities:
Biol. 2721 (Human Physiology I)
Biol. 2782 (Human Physiology II)
Biol. 3851 (Human Physiology/Pathophysiology II)

Research Interests:
Control of myocardial blood flow and the effects on the circulatory system of changes in cardiovascular properties through disease or drugs.

Recent Publications:
Barclay KD, Klassen GA and Young C. 2000. Characterization of the Canine Myocardial Microcirculatory Red Cell Flux by Chaos Analysis. Microcirculation (in press).

Klassen GA and Barclay KD. 2000. Coronary Blood Flow Regulation in Health and Disease. In: Bitter EE, Bitter N, editors. Principles of Medical Biology. Stanford, CT: JAI Press Inc. (in press)

Falk M, Chew W, Walter JA, Kwiatkowski W, Barclay KD and Klassen GA. 1998. Molecular Modelling and NMR Studies of the Caffeine Dimer. Can J Chem 76:48-56.

Klassen GA, Barclay KD, Wong RW and Pitcher P. 1998. Characterization of Canine Coronary Dynamic Microcirculatory Red Cell Flux. FASEB 12:A11.

Klassen GA, Barclay KD, Wong, RWG, Wong AYK and Pitcher P. 1998. Coronary Microcirculatory Red Cell Flux During the Cardiac Cycle. Eur Heart J;19(Abstract Suppl):275.

Klassen GA, Barclay KD, Young C, Wong RWG and Pitcher P. 1998. Chaos Analysis of the Canine Myocardial Red Cell Flux. J Cardiovascular Diagnosis and Procedures 15(2):162.

Klassen GA, Barclay KD, Wong RWG, Paton B and Wong AYK. 1997. Red Cell Flux During the Cardiac Cycle in the Rabbit Myocardial Microcirculation. Cardiovascular Research 34:504-514.

e-mail to: kbarclay@unb.ca

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