M.S. students are required to write a thesis and complete the thesis defense. M.S. students normally finish their thesis dissertation within two years. This course provides a solid foundation in the basic physiology of the cardiovascular system. The fundamentals of cardiac mechanics, hemodynamics, electrocardiography, and cardiovascular reflexes are integrated into understanding the control of cardiac output and tissue blood flow. The importance of these parameters is illustrated by discussion of exercise and the pathophysiological changes associated with valve defects and heart failure.
Classes consist of lectures, laboratories, clinical presentations, and problem-solving conferences.
Grades for this course are based upon a final examination. This course provides a solid foundation in the basic physiology of the respiratory and renal systems. Basic concepts in gas exchange, pulmonary mechanics, ion transport processes, and nephron function are integrated into understanding the control of breathing and acid-base disorders. The multiple transport processes within the kidney and their control are used to gain an understanding of a number of fluid and electrolyte disorders. There is a special emphasis on the quantitative analysis of clinical problems.