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  • Research Methods in Cancer Biology

    Module code: MB7003 When a gene is found to be mutated in a cancer, we first need to understand how its protein product functions and then how the mutated protein alters the behaviour of cancer cells. For example, cancer cells show uncontrolled cell proliferation.

  • Research Methods in Cancer Biology

    Module code: MB7003 When a gene is found to be mutated in a cancer, we first need to understand how its protein product functions and then how the mutated protein alters the behaviour of cancer cells. For example, cancer cells show uncontrolled cell proliferation.

  • Double trouble for DMU as womens and mens rugby teams take home Varsity victory

    Our Varsity teams have once again proved their prowess on the field, scoring a double victory over De Montfort University at last night’s rugby game (30 April).

  • Bioinformatics MSc

    This is for you if... you want to study bioinformatics at an advanced level.

  • Bioinformatics and Molecular Genetics MSc

    This is for you if...you want to combine your interest in computing and bioinformatics with the study of molecular genetics to develop a career in biological research.

  • Shaun Cowley

    The academic profile of Professor Shaun Cowley, Professor of Molecular Biology at University of Leicester

  • Cardiovascular Projects

    Module code: MB7059 One of the most valued features of this course is opportunity for you to undertake two separate research projects of approximately 11 weeks duration.

  • Cardiovascular Projects

    Module code: MB7059 One of the most valued features of this course is opportunity for you to undertake two separate research projects of approximately 11 weeks duration.

  • Cardiovascular Projects

    Module code: MB7059 One of the most valued features of this course is opportunity for you to undertake two separate research projects of approximately 11 weeks duration.

  • Discovery of a new gene enables the diagnosis for patients with rare lung disease

    As part of a large international research collaboration, scientists at the University of Leicester have helped identify a new candidate gene involved in the development of primary ciliary dyskinesia (PCD).

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