This is an introductory program in cell physiology where you will learn how specialised cells perform specific body functions. The two in-demand biomedical science courses in this program will give you insight into normal physiological functions in the human body.This will include the basic principles of integration and regulation that underpin normal physiology. This program is for everyone, whether you are preparing for university study, a career professional interested in refreshing and expanding your physiology knowledge, or simply curious about learning about how cells work.

Syllabus

Specialised Cells — An introduction to cell physiology. Learn how specialized cells perform specific functions.
Tissue Biology — Learn how cells work together to perform key body functions.

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The human body is composed of trillions of cells working together to perform essential body functions. Cells operate in a regulated internal environment, with different types of cells having unique properties suited to their specific functions.

In this course we will dive into the complex world of human physiology, starting at the cellular level. We will explore the core concept of homeostasis, where the body adjusts its internal environment to survive external challenges. We will investigate the key role of the cell membrane in separating body fluids. The variety of cells that exist in our bodies is also examined, with a particular interest on the how cells adhere, adjust and interact with other cells in their local environment. Finally, neurons are examined, with their specialized electrical signalling capabilities.

This interactive course incorporates videos, insights from experts in human physiology and assessment that tests your new understanding of cell physiology.
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Cells are the fundamental living unit of all organisms and they work harmoniously to help us experience and respond to the world around us.

This course builds on the cell physiology content in the Specialized Cells course. We investigate more specialized cells looking at muscle cells and exploring how contractile proteins produce muscular contraction. We then explore nerve-muscle function in depth, examining the complex neuromotor system which governs both the conscious and unconscious control of our muscle movement and coordination. Finally, we investigate how we experience the world through some of our sensory modalities.

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