Sign Up for Email Updates

Course Description

artistic reproduction of chest skeleton and heart organ

This course focuses on the normal functioning of mammals. The physiology of the nervous, endocrine, reproductive, cardiovascular and digestive systems and homeostasis as reflected in respiratory and renal function is treated in a detailed manner. The integrative nature of various physiological systems is highlighted and cellular and molecular information is incorporated to enhance the understanding of these systems. Aspects of medically significant changes in the mammalian physiological systems are also introduced.

Learning Outcomes

By the end of the course, the learner should be able to:

  • Describe and understand mammalian physiological principles. 
  • Explain how each body system functions, interacts, and integrates with other body systems to achieve homeostasis and normal body function. 
  • Describe the anatomical components of each physiological system and relate physiological function to anatomical form throughout all units covered in this course. 
  • Identify and describe, using a comparative approach, key physiological adaptations to understand the basis for these adaptations. 
  • Describe and predict how external stimuli, such as medical or physical trauma, lead to alterations in homeostasis and/or changes in the physiological functioning of body systems, and how homeostatic balance is restored. 

Course Topics

  • Endocrinology
  • Renal Physiology 
  • Blood & Immunity 
  • Cardiovascular
  • Reproduction 
  • Homeostasis & Neurophysiology 
  • The Nervous System 
  • Synaptic Transmission & Muscle Physiology 
  • Respiratory System 
  • Digestive Physiology 

Additional Requirements

Prerequisite(s): BIOC*2580

Restriction(s): HK*3940. This is a Priority Access Course. Enrolment may be restricted to particular programs or specializations or semester levels during certain periods. Please see the Department of Biomedical Sciences website for more information.


Assessment Item Weight
Quizzes (8 x 1.25%) 10%
Midterm 1 20%
Case Study Series 10%
Midterm 2 20%
Online Final Exam 40%
Total 100%


Additional Technical Requirements

This course will use the following:

  • Respondus tool to invigilate one or more exams. 

Please view the Technical Considerations.

Technical Requirements

You are responsible for ensuring that your computer system meets the necessary system requirements. Use the browser check tool to ensure your browser settings are compatible and up to date (results will be displayed in a new browser window).

*Course details are subject to change.

Enrol Now - Select a section to enrol in
Section Title
Biomedical Physiology
May 09, 2024 to August 02, 2024
Contact Hours
Delivery Options
Course Fee(s)
Domestic Tuition Fee (1 units) $1,291.78 Click here to get more information
Domestic Tuition Fee - Non-Ontario (1 units) $1,416.50 Click here to get more information
International Tuition Fee (1 units) $6,684.14 Click here to get more information
Available for Credit
1 units
Reading List / Textbook

Note for students: The required course resource is Fox and Rompolski's Human Physiology. There are different purchase options.

ISBN (print textbook): 9781260597660

This option includes access to the print textbook.

ISBN (Print Textbook with Connect eBook and online courseware): 9781264610464

This option includes access to the print textbook, the eBook and online supplementary materials

ISBN (Connect eBook and online courseware): 9781264354719

This option includes access to the eBook and online supplementary materials

Section Notes

Note:  If you are in a degree program at the University of Guelph, please DO NOT register using the link above.  You must register through WebAdvisor.

Section Materials
  • Textbook (Confirmed) (Mandatory) Human Physiology by Stuart Ira Fox and Krista Rompolski © 2022 McGraw-Hill 16th edition ISBN Print: 9781260597660
  • Textbook (Confirmed) (Optional) Print Textbook with Connect eBook and online courseware ISBN 9781264610464
  • e-book (Confirmed) (Optional) Connect eBook and online courseware ISBN 9781264354719
Required fields are indicated by .