Medical Biochemistry with a Foundation Year

Medical biochemistry is the molecular science at the heart of modern medicine. It examines the chemical processes that take place within living organisms, from the reactions that generate cellular energy to the molecular mechanisms by which genes are expressed, proteins are made and diseases arise. Understanding those processes at the biochemical level is fundamental to diagnosing illness, developing new treatments and designing drugs that target the precise molecular failures underlying conditions from cancer to diabetes to genetic disorders.

Medical biochemistry combines the rigour of chemistry with the biological complexity of living systems and the clinical relevance of medical science.

At Swansea University you will study medical biochemistry over four years of full-time study, with a foundation year that builds the chemical and biological foundations needed for the degree before you progress to the specialist content. The foundation year is particularly valuable for students who want to strengthen their scientific grounding before tackling the molecular complexity of biochemistry at degree level. Across the programme you will explore the structure and function of proteins, nucleic acids, carbohydrates and lipids, the biochemistry of metabolic pathways, the molecular basis of disease, and the techniques used to analyse biological molecules in research and clinical settings.

The typical tariff of 120 reflects a programme that welcomes students with genuine scientific curiosity who may not have had the most direct route into higher education science.

Graduates of medical biochemistry programmes pursue careers in pharmaceutical and biotechnology research and development, clinical laboratories, biomedical science, health technology, science communication and education. Many go on to postgraduate study, including research degrees in biochemistry, molecular biology, pharmacology or related fields, and the degree also provides a foundation for postgraduate entry into medicine or other health professions for graduates who meet the relevant requirements. The combination of molecular knowledge and medical relevance positions graduates well in an industry where drug development and diagnostic innovation remain consistently high-priority activities.