Keele University

What you'll study

This programme integrates core biochemistry topics with modules in neurobiology to give a molecular-to-systems view of the nervous system. In early years you will build firm foundations in chemical biology, cell biology, genetics and biochemical techniques. Practical laboratory classes emphasise molecular biology, protein biochemistry, microscopy and data analysis.

Typical second-year subjects include metabolic pathways, signal transduction, neuroanatomy, synaptic physiology and experimental methods in neuroscience. Teaching combines lectures, seminar discussion, laboratory practicals and computer-based workshops for image and data analysis.

In the final year you undertake advanced options and a substantial independent research project, supervised by academic staff. Final-year options often cover topics such as neurodegeneration, neuropharmacology, sensory systems, neural development, advanced molecular techniques and bioinformatics approaches relevant to neuroscience.

• Core biochemical principles: protein structure and function, enzyme kinetics, metabolism
• Molecular and cellular neuroscience: synaptic transmission, ion channels, neurodevelopment
• Research skills: experimental design, statistical analysis, scientific writing
• Practical laboratory training: molecular cloning, electrophoresis, microscopy, protein purification
• Optional specialist modules: neuropharmacology, neurodegenerative disease mechanisms, computational neuroscience, proteomics
• Independent research project in a laboratory or applied setting

Entry requirements

Applicants are normally expected to have studied chemistry and at least one other science subject at a strong level. Typical offers expect good A‑level or equivalent performance with chemistry plus biology, mathematics or physics preferred—specific grade offers vary by year. The International Baccalaureate or other recognised international qualifications are accepted; applicants should include science subjects at higher level.

Other acceptable qualifications include BTEC (science-related), Access to HE diplomas with substantial bioscience content, or equivalent international qualifications. Non‑standard applicants with relevant laboratory experience or prior higher education are considered on an individual basis. All applicants must meet the university's general admissions and English language requirements.

Career prospects

Graduates leave with skills valued across academia, healthcare and industry: molecular laboratory techniques, data analysis, critical appraisal and independent research experience. Common career pathways include biomedical or neuroscience research, roles in the pharmaceutical and biotechnology sectors, clinical laboratory science (with further training where required), scientific publishing and regulatory affairs.

The degree also provides a strong foundation for further study: MSc and PhD programmes in neuroscience, molecular biosciences or translational medicine, and professional training in healthcare, such as medicine, clinical psychology or allied health professions. Transferable skills also suit careers in science communication, patenting/intellectual property and science policy.

Why study at Keele University

Keele offers an integrated campus environment with close contact between students and academic staff, supporting small-group teaching and substantial laboratory time. The School of Life Sciences conducts research across molecular biosciences and neuroscience, giving students access to research-led teaching and project supervision.

Students benefit from modern laboratory facilities, opportunities to undertake independent final-year projects within active research groups, and interdisciplinary collaborations across health and biomedical research at the university. Keele's emphasis on employability means the course builds practical skills, data literacy and professional competencies sought by employers and postgraduate programmes.