Cell and Molecular Bioscience

Cell and molecular bioscience is the study of life at its most fundamental level, examining the mechanisms that govern how cells function, how genes are expressed and regulated, how proteins are built and modified, and how the molecular processes of life can go wrong in disease. It is a discipline that sits at the frontier of biomedical knowledge, driving advances in medicine, biotechnology, and our understanding of evolution and development. The tools and techniques of cell and molecular biology, including CRISPR gene editing, proteomics, and advanced microscopy, have transformed what is possible in biological research over the past few decades.

At the University of Stirling, this four-year, full-time degree develops your knowledge of cell biology, molecular genetics, biochemistry, and the analytical techniques that define modern molecular bioscience. You will engage with the molecular basis of cell division, differentiation, and signalling, the mechanisms of gene regulation, and the molecular biology of human disease, developing both theoretical understanding and practical laboratory skills. A year abroad is available, giving you the opportunity to study cell and molecular biology in a different research environment.

The typical entry tariff of 152 points reflects strong academic expectations for a rigorous science degree.

Cell and molecular bioscience graduates work in pharmaceutical and biotechnology companies, clinical research, medical diagnostics, agricultural biotechnology, and academic research laboratories. Many go on to postgraduate study in molecular biology, biochemistry, genetics, or a related biomedical science to develop the specialist expertise needed for research and senior professional roles. Others move into roles in science communication, regulatory science, or healthcare, where a strong understanding of molecular processes is directly relevant.

The technical skills developed through the degree, including proficiency in molecular biology laboratory techniques and data analysis, are in consistent demand across the life sciences sector.