BSc Genetics (Immunology)
About this course
Genetics with a specialism in immunology sits at a particularly dynamic frontier in modern biology. Genetics is the study of how heritable information is stored, expressed, and transmitted, underpinning our understanding of evolution, development, and disease. Immunology examines the biological systems that defend organisms against infection and disease, systems of extraordinary complexity that distinguish self from non-self, mount targeted responses to pathogens, and can be harnessed or disrupted in the treatment of disease. The two disciplines are deeply intertwined: the immune system is genetically encoded and varies between individuals in ways that have profound consequences for disease susceptibility and therapeutic response. At the University of Aberdeen, this four-year programme develops a thorough understanding of genetics alongside a deepening specialism in the molecular and cellular biology of the immune system. You will study genetics across its core areas, including molecular genetics, genomics, developmental genetics, and evolutionary genetics, before focusing increasingly on the immunological dimensions of the discipline. You will learn how the immune system develops, how lymphocytes recognise and respond to antigens, how vaccines and immunotherapies work, and how genetic variation influences immune function and disease risk. Laboratory work is central to the programme, and you will develop the practical research skills that both academic and professional careers in biosciences demand. This full-time programme runs over four years and includes a year abroad, giving you the opportunity to experience genetics and immunology research or teaching in a different academic environment. Graduates in genetics and immunology go on to careers in pharmaceutical research and development, clinical research in areas such as autoimmune disease, allergy, and infectious disease, NHS laboratory roles, biotechnology, academic research, science communication, and regulatory affairs. Many graduates proceed to postgraduate research degrees, contributing to what is one of the most medically important areas of biological science.
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