Quantitative Physiology: Organ Transport Systems

Calendar

SES #	TOPICS	KEY dates
Lec 1	Introduction and Case Presentation
Lec 2	Cardiovascular Physiology 1: Models of the Peripheral Circulation
Lec 3	Cardiovascular Physiology 2: The Heart as a Pump	Problem set 1 due
Lab 1	Anatomy of the Heart
Lec 4	Cardiovascular Physiology 3: Modeling the Intact System
Lec 5	Cardiovascular Physiology 4: Electrophysiology of Myocardial Cells	Problem set 2 due
Lec 6	Cardiovascular Physiology 5: The Physical Basis of Electrocardiography
Lab 2	Electrophysiology of the Frog Heart (write-up required)
Lec 7	Cardiovascular Physiology 6: Clinical Electrocardiography and Arrhythmias	Problem set 3 due
Lec 8	Cardiovascular Physiology 7: Control and Integration in the Cardiovascular System	Quiz #1 (evening)
Lab 3	Mammalian Circulation: Orientation Discussion
Lec 9	Cardiovascular Physiology 8: Control and Integration in the Cardiovascular System
Lab 3 (cont.)	Mammalian Circulation: Day-long laboratory
Lec 10	Physiological Fluid Mechanics 1	Problem set 4 due
Lec 11	Physiological Fluid Mechanics 2
Lab 3 (cont.)	Mammalian Circulation: Day-long laboratory
Lec 12	Physiological Fluid Mechanics 3	Problem set 5 due
Lab 3 (cont.)	Mammalian Circulation: Discussion of Results
Lec 13	Physiological Fluid Mechanics 4
Lec 14	Physiological Fluid Mechanics 5
Lec 15	Respiratory Physiology 1	Problem set 6 due
	Quiz #2	Quiz #2 (in class)
Lab 4	Pulmonary Modeling
Lec 16	Respiratory Physiology 2	Problem set 7 due one day after Session 17
Lec 17	Respiratory Physiology 3
Lec 18	Respiratory Physiology 4	Problem set 8 due
Lab 5	Life-saving Cardiovascular Technology: Case Presentation
Lec 19	Respiratory Physiology 5	Problem set 9 due one day after Session 20
Lec 20	Renal Physiology 1
Lec 21	Renal Physiology 2	Quiz #3 (evening)
Lec 22	Renal Physiology 3
Lab 6	Graduate Student Symposium and Dinner
Lec 23	Renal Physiology 4	Problem set 10 due
Lec 24	Case Study - Integration I
Lec 25	Case Study - Integration II
	Final Exam