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  • Physiology and Pharmacology

    Module code: BS2013 This module is concerned with developing an understanding of the principles by which drugs affect the physiological function of individual cells that comprise organ systems such as the heart.

  • School and departmental contacts

    Find contact details for the members of staff working in the schools and departments that make up the College of Life Sciences.

  • Physiology and Pharmacology

    Module code: BS2013 This module is concerned with developing an understanding of the principles by which drugs affect the physiological function of individual cells that comprise organ systems such as the heart.

  • Physiology and Pharmacology

    Module code: BS2013 This module is concerned with developing an understanding of the principles by which drugs affect the physiological function of individual cells that comprise organ systems such as the heart.

  • Applying for loans

    Title IV Direct Loan You must meet the general eligibility criteria to be able to apply for Title IV loans. You can find out more about eligibility on the StudentAid website.

  • The Silent Archive

    Spoken Testimonies of Menopause EMOHA is delighted to unveil The Silent Archive: Spoken Testimonies of Menopause.

  • Study reveals mysteries of enzyme mechanism

    An international research team led by our University has made a breakthrough advance by trapping an intermediate in the mechanism of enzymes called heme peroxidases and determining its structure using a beam of neutrons from the heart of a nuclear reactor.

  • DEFRA Greenhouse Gas Emissions

    This research project carried out by DEFRA will quantify greenhouse gas fluxes from fenland under different land use to derive recommendations for land management and climate mitigation policies.

  • Resources

    Resources for higher education students, on genetic-related issues and how the law effects research.

  • Project to investigate genetic roots of resistance to anti-cancer therapy agents

    The mechanisms that cause cancers to respond poorly to therapy are to be investigated in a project that commemorates and honours the work of an eminent Leicester geneticist.

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