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182 results for: ‘biochemistry’

  • Biochemical Approaches to Therapeutic Development

    Module code: MB2050 This module will provide a comprehensive introduction to the application of biochemistry to medical problems.

  • Biochemical Approaches to Therapeutic Development

    Module code: MB2050 This module will provide a comprehensive introduction to the application of biochemistry to medical problems.

  • Biochemical Approaches to Therapeutic Development

    Module code: MB2050 This module will provide a comprehensive introduction to the application of biochemistry to medical problems.

  • Microbial Biotechnology

    Module code: BS3068 This module covers selected aspects of microbial biochemistry that are of particular importance to the commercial and environmental exploitation of micro-organisms.

  • Microbial Biotechnology

    Module code: BS3068 This module covers selected aspects of microbial biochemistry that are of particular importance to the commercial and environmental exploitation of micro-organisms.

  • Microbial Biotechnology

    Module code: BS3068 This module covers selected aspects of microbial biochemistry that are of particular importance to the commercial and environmental exploitation of micro-organisms.

  • Structural Biology

    Module code: BS3070 Practically all events in cells depend on the existence of protein complexes which interact with other components to bring about diverse cellular functions.

  • Structural Biology

    Module code: BS3070 Practically all events in cells depend on the existence of protein complexes which interact with other components to bring about diverse cellular functions.

  • Structural Biology

    Module code: BS3070 Practically all events in cells depend on the existence of protein complexes which interact with other components to bring about diverse cellular functions.

  • Project investigates new proteinfolding process

    A new research project from our Department of Chemistry aims to overcome a fundamental problem in biochemistry, potentially allowing us to investigate the underlying causes of Alzheimer’s disease.

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