University of Leicester

What you'll study

This programme combines core biochemistry and molecular biology with medically relevant topics to explain how biochemical processes underpin human physiology, pathology and therapeutics. Teaching typically includes lectures, practical laboratory classes, tutorials and a substantial independent research project.

• Core biochemical principles: protein structure and function, enzyme kinetics, metabolic pathways and regulation.
• Molecular biology and genetics: DNA/RNA structure and function, gene expression, molecular techniques such as PCR and cloning, and an introduction to genomics.
• Cell biology and physiology: cell signalling, membrane transport, immunology and the biochemical basis of organ physiology.
• Medical and disease-focused modules: biochemical mechanisms of disease, metabolic disorders, cancer biochemistry and the biochemical basis of infection and immunity.
• Analytical and laboratory skills: practical training in spectroscopy, chromatography, electrophoresis, microscopy, and modern biochemical assays, together with good laboratory practice and data handling.
• Research project: an independent, staff-supervised laboratory or literature-based project in the final year that develops experimental design, critical analysis and scientific communication.
• Optional and transferable modules: bioinformatics, pharmacology, statistics for biologists, and science communication or ethics modules to broaden skills for diverse career paths.

Entry requirements

Applicants are expected to have strong qualifications in science subjects. Typical offers require A-levels (or equivalent) with good grades in two or more science subjects such as Chemistry and Biology. Chemistry is commonly required or highly recommended because of the programme's emphasis on chemical principles. Mathematics or statistics is an advantage.

• Accepted qualifications include A-levels, BTEC, Scottish Highers, Irish Leaving Certificate and recognised international equivalents; the admissions team can advise on specific combinations and equivalencies.
• For applicants with vocational qualifications, strong science-related units and evidence of laboratory experience will be considered.
• GCSE-level passes in English and Mathematics (or equivalents) are typically expected.
• International applicants will need to meet English language requirements set by the University.
• Non-standard applicants or those with work experience are assessed on the overall strength of their application, references and motivation for the programme.

Career prospects

Graduates in Medical Biochemistry from the University of Leicester develop practical laboratory skills, analytical thinking and data-handling abilities that are valued across many sectors. Career paths commonly followed include:

• Biomedical and clinical laboratory roles, working in hospital pathology or diagnostic services (often following any required professional registration or further training).
• Research positions in academic laboratories, medical research institutes or industry, including roles in drug discovery, molecular diagnostics and translational research.
• Pharmaceutical and biotechnology industries in roles such as quality control, assay development, regulatory affairs and technical support.
• Further study, including MSc or PhD programmes in biochemistry, molecular biology, biomedical sciences, or conversion courses for clinical professions.
• Science-related careers outside the lab, including medical writing, patent support, science policy, education and public engagement, where scientific literacy and communication skills are needed.

Why study at University of Leicester

The University of Leicester offers well-equipped biochemistry teaching laboratories alongside research-active academic staff working in areas relevant to human health, such as molecular biology, cell signalling and translational research. Small-group practical classes and an emphasis on research-led teaching help students gain hands-on experience and develop technical competence.

Students benefit from links with regional research institutes and healthcare providers, access to core scientific facilities and support services for careers and placements. The University's focus on employability provides opportunities for laboratory-based projects, work placements and dedicated careers guidance to help graduates move into research, clinical science or industry roles.