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Home > Physiology and Cell Biology Courses > 312 Principles of Human Physiology II
 
Physiology and Cell Biology Courses
311 Principles of Human Physiology I
312 Principles of Human Physiology II
601 Organ System Physiology I
602 Organ System Physiology II
793 Individual Studies in Physiology
850 Seminar in Physiology and Cell Biology
911.27 Advanced Cardiovascular Physiology
999 Research in Physiology

312 Principles of Human Physiology II

Second of a two quarter sequence covering the following areas of physiology:  cell, neuromuscular, heart and circulation, endocrine, brain and special senses, body fluids and kidney, respiration, digestion, temperature control and metabolism. These courses are an excellent preparation for many fields of study including medical, dental and optometry school. It is also popular with undergraduate studies. It is a required course in the Departments of Biology, Circulation Technology and Exercise Science. It is also required in the College of Medicines MedPath Program and the Independent Study Program.

Prerequisites:  311 (Normally taken directly following 311).

Winter Quarter

Textbook:  Human Physiology by Widmaier, et al., 10th ed., 2006

Course Director:  Jean-Pierre Dujardin, Ph.D.

Email:  dujardin.1@osu.edu

Lecture Topics:

Introduction

Endocrine Pancreas

Respiration

Adrenal Medulla

Ventilation

Adrenal Cortex

Lung Mechanics

Male Reproduction

Gas Exchange

Female Reproduction (2)

Gas Transport

Pregnancy/Lactation (2)

Respiratory Control

Vision (2)

Basic Renal Processes

Hearing

Plasma Clearance

Sense of Equilibrium

Glomerular Filtration

Metabolism

Tubular Transport (2)

Temperature Regulation

Urine Concentration/Dilution (2)

Gastrointestinal System:  Anatomy

Acid-Base Balance

Control of GI Tract

Hormonal Control Mechanisms (2)

Digestion/Absorption

Hypothalamus, Neurohypophysis

Secretion/Moltility

Growth Hormone

Upper GI Tract

Thyroid Hormone

Lower GI Tract

Calcium Homeostasis

Pathophysiology of the GI Tract

 

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Department of Physiology and Cell Biology

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