BSc Biochemistry and Immunology

About this course

Biochemistry and immunology together address two of the most important questions in the life sciences: how do the molecular processes of living cells work, and how does the body defend itself against infection and disease? Biochemistry investigates the chemistry of life at the molecular level, examining the structure and function of proteins, nucleic acids, carbohydrates, and lipids, and the metabolic pathways through which cells generate energy and build the molecules they need. Immunology focuses specifically on the immune system, the extraordinary network of cells, tissues, and molecular signals that detects and responds to pathogens, tolerates the body's own cells, and fails in conditions ranging from autoimmune disease to allergies and cancer. At the University of Strathclyde, this part-time programme gives you the flexibility to pursue a rigorous education in the biological sciences alongside other commitments. Strathclyde has strong research capability in the life and health sciences, and the combination of biochemistry and immunology is particularly relevant to Glasgow's long-standing strengths in biomedical research and pharmaceutical industry activity in Scotland. You will study the core biochemical and cell biological foundations of the discipline alongside immunological content covering innate and adaptive immunity, the molecular basis of immune responses, vaccine development, and the immunological basis of disease. Laboratory skills are central to both biochemistry and immunology, and you will develop practical competence in molecular biology techniques, cell culture, flow cytometry, enzyme assays, and immunological testing methods alongside your theoretical understanding. Data analysis and scientific communication are skills you will build throughout the programme. Graduates in biochemistry and immunology work in the pharmaceutical and biotechnology industries, in NHS and research hospital laboratories, in academic research, and in the growing field of diagnostics and vaccines. Roles in research and development, quality assurance, clinical laboratory science, and regulatory affairs are all accessible. Postgraduate study at masters or doctoral level in immunology, biochemistry, microbiology, or drug development is a common route for those seeking research careers or senior specialist roles in industry.

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