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Cardiovascular & Respiratory Systems

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Course Features

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Duration

8 weeks

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Delivery Method

Online

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Available on

Limited Access

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Accessibility

Mobile, Desktop, Laptop

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Language

English

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Subtitles

English

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Level

Beginner

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Effort

5 hours per week

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Teaching Type

Self Paced

Course Description

The human body is an amalgamation of specialised and complex systems. Normal, healthy body functions rely on a symphony of these systems, dynamically working in concert to keep us in a stable homeostatic state.

This course begins by examining the unconscious regulation of body systems by the autonomic nervous system, helping us respond when homeostasis is challenged.

We then explore the cardiovascular and respiratory systems in depth, providing an integrative perspective. We investigate the contractility of the heart, how the circulatory system distributes blood to tissues and organs, the key roles of the respiratory system in gas exchange and maintaining acid-base equilibrium, and the importance of the lymphatic system in maintaining fluid balance. The course aims to provide you with an appreciation of how homeostasis is regulated by close interactions between these body systems.

This interactive course incorporates videos, insights from experts in human physiology, and assessment to test your new understanding of systems physiology.

Course Overview

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International Faculty

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Post Course Interactions

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Instructor-Moderated Discussions

Skills You Will Gain

Prerequisites/Requirements

An understanding of cell structure and function, cell transport and cell signalling

A sound knowledge of specialized cells, including nerve and muscle cells

A broad knowledge of body systems and how they act together to ensure body functions

Specialized Cells and Tissue Biology (included in the Professional Certificate in Cells Physiology) is recommended, but not essential.

What You Will Learn

Gain a functional understanding of the cardiovascular and respiratory systems.

Appreciate how the heart functions as an autonomous biological pump.

Understand the consequences of innappropriate blood pressure.

Comprehend physiological mechanisms involved in breathing and gas exchange.

Course Instructors

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Stephen Anderson

Associate Professor at The University of Queensland

Stephen Anderson is a biomedical physiologist with expertise in endocrinology.During his academic career Stephen has taught physiology into many biomedical, medical, health, animal and veterinary sci...
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Bradley Launikonis

Associate Professor at The University of Queensland

Bradley Launikonis is a physiologist and heads the muscle research lab at The University of Queensland. He investigates the control of calcium release during activity in muscle, and how calcium homeo...
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Kenneth Lopez-Loo

Mr at The University of Queensland

Kenneth Lopez-Loo is currently studying Medicine at The University of Queensland. Kenneth completed a Bachelor of Biomedical Science degree with first class Honours, receiving the Dean's Commendation...
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