Study of classical molecular and cellular biochemistry. Metabolic interrelationships as they occur in the individual. Study of cell structure and the physiology of the cell including cell membrane function, ionic and electrical potential gradients, active transport, and energy metabolism.

Intensive coverage of physiology of the human body. Emphasis on the integration of function and control mechanisms. Laboratory exercises designed to present examples of physiological regulation. Detailed study of excitable tissue, skeletal muscle, cardiovascular and respiratory physiology; acid base balance; temperature regulation, renal, body fluids; neuroendocrinology; reproductive, and gastrointestinal function.