Molecular cell biology is a fundamental discipline that underpins the study of all living organisms. This covers understanding the molecular basis of illness and disease, regeneration, plant science, biotechnology and vaccine development. Molecular cell biology is central to all biological processes and a fascinating field of study.
We strongly encourage applications for summer internships and help students to try to secure these either at the University of Glasgow or further afield. Molecular Cellular Biology at the University of Glasgow continues to meet and exceed student expectations, combining both teaching excellence and a supportive learning environment. Youll benefit from in depth lecture series on specialised topics that are aligned with practical laboratory classes, problem solving and critical thinking sessions. Practical classes access state of the art equipment and are developed and well supported by academic members of staff. This degree programme is professionally accredited by the Royal Society of Biology.
Youll be taught by world-leading scientists, whose research is making a world-changing impact in areas such as plant science, neurodegenerative disorders, regenerative medicine and food security.
Advances in molecular biology have been instrumental to the completion of many genome projects which in turn have led, and continue to lead, to exciting developments in medical science, agriculture and industry for example, understanding the molecular basis of illness and disease to plant biotechnology and the use of genetic engineering for vaccine development. Molecular biology is central to all biological processes and a fascinating and broad field of study.
Many of our graduates go on to pursue a Masters degree or PhD in their area of specialism and work in research laboratories in academic institutions, hospital laboratories, or in the pharmaceutical or biotechnology industry. Graduates also move readily into related specialties such as bio-engineering, biotechnology, genetics, immunology, microbiology, pharmacology and synthetic biology.
In addition, the transferable skills you will develop such as communication (written and oral), critical thinking, problem solving, data analysis and interpretation, time management, adaptability, and teamwork, will leave you well equipped for a wide range of careers outside a laboratory setting. Recent graduates have secured positions in non-science careers as diverse as accountancy, IT, journalism, teaching, patent law, finance/investment banking, data analyst, science communication, policy makers for government and law enforcement. With your degree you will be equipped with a large number of very desirable skills that will make you very competitive when applying to potential employers.