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  • Lord Sugar hails Leicester medic’s campaign to rename condition to avoid fatal mix-ups

    A Leicester medic has successfully campaigned to change the name of a rare but potentially fatal condition, with the backing of businessman and TV personality Lord Sugar.

  • New BHF-funded research could predict the growth of life-threatening aneurysms before it is too late

    Illustration of abdominal arteries with two different types of aneurysm Illustration of abdominal arteries with two different types of aneurysm 425|Research funded by the British Heart Foundation (BHF) at the University of Leicester could reduce the risk of death from a...

  • Academic staff

    Browse the academic staff who work, teach and research in the School of Computing and Mathematical Sciences, and see their contact details.

  • Bacteriophages

    Bacteriophage (phage) are small viruses that infect bacteria. They are either lytic: they undergo a productive infection within a bacterial cell causing death or they are lysogenic. The study of phage can be utilised for the treatment of antibiotic resistant infection.

  • Links to societies

    Browse links to societies related to the work we do in the Department of Molecular and Cell Biology, and see our local contact for each society.

  • Attenborough Arboretum

    Learn more about the Attenborough Arboretum at the University of Leicester.

  • Richard III's diet and lifestyle

    By measuring the different isotopes of carbon, nitrogen, oxygen and strontium preserved in Richard III's skeleton, we can find out about the types of food and drink he consumed, as well as where he lived.

  • Environment scientists close in on ‘golden spike’ to define Anthropocene

    Leicester researchers searching for a ‘golden spike’ to formally define humanity’s current geological period – and acknowledge human impact on our planet – have announced a major step in their analysis at an international conference today (Wednesday).

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

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