Courses
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Biological Sciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/biological-sciences-biochemistry-mbiolsci
Unpicking the biochemical processes that make all living things (and viruses) tick is the first step to understanding the mechanisms that define life. Welcome to the fascinating and diverse world of biochemistry. On the MBiolSci, you will hone your research and laboratory skills and extend your BSc programme into a fourth year of masters level study... -
Biological Sciences (Physiology with Pharmacology) MBiolSci
https://le.ac.uk/courses/biological-sciences-physiology-with-pharmacology-mbiolsci
The relationship between the subcellular realm and an organism is a delicate and fragile one: tiny changes can have a huge impact which may manifest as disease or system malfunctions. Effective drug treatment requires an understanding of the underlying, normal function of systems in living organisms. On the MBiolSci, you will hone your research and laboratory skills and extend your medically specialised BSc programme into a fourth year of masters level study... -
Biological Sciences with Foundation Year BSc
https://le.ac.uk/courses/biological-sciences-with-foundation-year-bsc
If you would love to study Biological Sciences here at Leicester, but your A-level subjects don’t match our entry criteria, or you don’t quite have the entry requirements to get in, this degree is your bridge to making it happen... -
Biological Sciences (Physiology with Pharmacology) BSc
https://le.ac.uk/courses/biological-sciences-physiology-with-pharmacology-bsc
There are complex relationships between molecules, cells and systems that require precise control to allow optimum function within living organisms. Alterations in these relationships can lead to disease and an understanding of such events can provide the foundation for the use of drugs to treat disease... -
Clinical Sciences BSc
https://le.ac.uk/courses/clinical-sciences-bsc
Combine the study of medical and clinical sciences with cutting-edge scientific methods and practice, and prepare for a career where you can make a difference - in the pharmaceutical and healthcare industries, academic research, or even as a doctor... -
Cardiovascular Science MRes
https://le.ac.uk/courses/cardiovascular-science-mres
This is for you if... you want to study the cardiovascular science at an advanced level and develop the skills needed to go on to a career in cardiovascular research. Moreover, it is an appropriate pathway to PhD studies in this specialty. .. -
Medical Biosciences (Biochemistry) MBiolSci
https://le.ac.uk/courses/medical-biosciences-biochemistry-mbiolsci
By studying biochemistry in the context of medical science, you will learn how biochemical research has been applied to tackle the world’s most pressing health issues. On the MBiolSci, you will hone your research and laboratory skills and extend your medically specialised BSc programme into a fourth year of masters level study... -
Medical Microbiology BSc
https://le.ac.uk/courses/medical-microbiology-bsc
Infectious diseases account for a quarter of all deaths. It’s a hard statistic to take in, but it’s why we keep studying the microscopic organisms that cause them. In this degree, you’ll learn how infectious diseases are caused, prevented, managed and cured – in both research and clinical environments... -
Medical Genetics BSc
https://le.ac.uk/courses/medical-genetics-bsc
Genetics and molecular biology already tell us so much about who we are. But when researched and tested in the right ways, they also tell us how to better diagnose and treat disease. If this sounds up your alley, this degree is for you... -
Medical Physiology BSc
https://le.ac.uk/courses/medical-physiology-bsc
The human body works through complex interactions between ions, atoms, molecules, cells and systems. Whilst allowing maintenance of diverse functions in health, even subtle changes can result in disease. Understanding how these components operate in normal physiology and how they malfunction in disease provides the opportunity to understand how we target disease and how new therapies might be developed...