Introduction

Understanding normal and abnormal function brings science to a human context and is critical for the diagnosis and treatment of disease. Our courses range from the study of the body’s systems in health and disease in our human physiology course through to exploring the characteristics and diagnosis of disease in biomedical science.

With us, you could be studying the molecular mechanisms of how and why blood cell dysfunction causes disease, considering how diet impacts our health and wellbeing or identifying bio markers that allow the diagnosis of cardiovascular disease. Watch our video to hear from Human Physiology student Isaac,  who had the opportunity to work with Senior Lecturers on a paid summer research project investigating mobility in young stroke survivors.

You may also be interested in our Health and Social Care degrees.

WHY MANCHESTER MET?

Fully Accredited

Our degrees are accredited by a number of industry bodies, including the Royal Society of Biology, Institute of Biomedical Science and the National School of Healthcare Science.

High-Spec Facilities

Our teaching and research laboratories include a blood biochemistry laboratory, a new microscopy suite and exercise performance laboratories. You’ll have access to specialist equipment for research in genetics, nutrition, exercise science and more.

Hands-On Experience

Get involved with research projects led by our experts as part of our Rise research internship programmes.

A New Home for Science

Our £115m will transform the way we teach and you learn - the new Dalton building will enhance collaboration between students, staff and industry and provide new and improved teaching spaces, including a 200-student capacity Superlab.

Advocates for Inclusion

The Department of Life Sciences at Manchester Met holds an Athena Swan Brozne award, in recognition of our commitment to advancing gender equality.

Pioneering Research

Our research in key topics such as lifelong health and ageing, microbiology and vascular biology has led to important advances in diagnosis and care.

Alongside my degree, I had the opportunity to take part in a paid summer research project. I used cutting-edge technology, such as three-dimensional motion analysis, and gained first-hand experience working with young stroke survivors.
Isaac
BSc (Hons) Human Physiology
Alongside my degree, I had the opportunity to take part in a paid summer research project. I used cutting-edge technology, such as three-dimensional motion analysis, and gained first-hand experience working with young stroke survivors.
Isaac
BSc (Hons) Human Physiology