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  • Introduction to Medical Sciences

    Module code: BS0012 This module is designed to refresh your knowledge on human anatomy and physiology.

  • University Fellows, Honorary Visiting Fellows and Emeritus staff

    Politics and International Relations at Leicester is pleased to work with Emeritus and Honorary Visiting Professors and Fellows. View profiles of our Visiting staff and find out how to get in touch.

  • Genetics and law for schools and colleges

    Here we cover genetics-related issues that are in the news and where the legislation has affected how they are used.

  • Research Outcomes

    The AIDAIM Centre's research outcomes, the forefront of new research, scholarship and knowledge.

  • Masters Research Project

    Module code: MB7006 This module comprises a full-time, 4 month research project placement: 3 months of lab work and then 1 month for writing the dissertation and project presentation.

  • Honorary, visiting and Emeritus staff

    Browse the honorary staff associated with Museum Studies at Leicester and find out how to get in touch with them.

  • New paper on metal recovery from solar cells using DESs

    Solar cells are a key technology for reducing carbon dioxide emissions. To achieve net-zero emission targets, a significant increase in solar energy production is needed.

  • 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.

  • 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.

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