Sobre este curso

Brunel University
  • Data de início

    2020 - 2021
  • Fees

    £19 280
  • Study mode

    Full-Time
  • Ucas Code

    C400
  • Campus

    Brunel University
  • Qualification

    Bachelor of Science
Sumário

O melhor curso na melhor universidade para você

The Human Genome Project is having a huge impact on the field of science and genetics. How will it provide new insights and therapies for the treatment of genetic diseases? If youâ??re interested in the field of genetics and the treatment of genetic diseases then this specialist course is perfect for you. At Brunel, we understand that your specialist knowledge should be built on a sound grounding of all the areas of biomedical sciences. This means that your first year will cover areas such as the human body, biochemistry and research skills. As you continue through your degree you will study specialist areas that will teach you how the role of various genetic mutations alter cellular processes and biomechanical pathways in normal metabolism, and also how these pathways may be altered during specific human disease. And if you change your mind about your specialist area, donâ??t worry. The flexibility of our course at Brunel means that you can switch to another specialist pathway in the second year or even take the general Biomedical Sciences BSc. Our genetics biomedical sciences degree can be studied over three years full-time, or four years full-time with a one-year work placement between years two and three. The Royal Society of Biology has awarded its accreditation to all of Brunelâ??s BSc Biomedical Sciences courses. This means that you can be confident that your degree will prepare you for the working world â?? and your prospective employers will know this too. You will receive a one yearâ??s membership as an Associate Member once you graduate, integrating you into the sector with access to key contacts and up-to-date knowledge. In your final year youâ??ll have the opportunity to contribute to our research programmes in cellular and biochemical pathways, the regulation of gene expression, DNA repair and immunological responses to microbial infection. This will give you first-hand experience of real-world laboratory research and prepare you for your future career.

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