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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.

  • 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.

  • Tackling religiously motivated hate affecting university students

    Initiatives designed to tackle the rise of hate and extremism in the UK and beyond have received a vital boost from the Office for Students (OfS).

  • Science-Fiction Reality? AI and Archaeology – University of Leicester

    Posted by Victoria Szafara in The Arch-I-Scan Project on April 23, 2020 A cover of Michael Crichton’s Prey .

  • Pick up the pace! New study finds slow walkers four times more likely to die from Covid-19

    Slow walkers are almost four times more likely to die from COVID-19 and have over twice the risk of contracting a severe version of the virus, according to a team of researchers from the National Institute for Health Research (NIHR) Leicester Biomedical Research Centre led by...

  • Leicester Centre for Mental Health Workshop to take place

    Our University is involved with a new initiative to strengthen Mental Health research and education. In collaboration with De Montfort University and Leicester Partnership Trust, a workshop has been organised to take place on 13 October.

  • Computational Partial Differential Equations with Finite Elements

    Module code: MA3013 This module is centred on the applications of mathematical principles to answer classical physical questions, with a focus on the analysis of partial differential equations.

  • Computational Partial Differential Equations with Finite Elements

    Module code: MA3013 This module is centred on the applications of mathematical principles to answer classical physical questions, with a focus on the analysis of partial differential equations.

  • Computational Partial Differential Equations with Finite Elements

    Module code: MA3013 This module is centred on the applications of mathematical principles to answer classical physical questions, with a focus on the analysis of partial differential equations.

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