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  • Peer Assisted Learning in Computer Architecture, Informatics

    Posted by apatel in Leicester Learning Institute: Enhancing learning and teaching on October 2, 2019 Peer Assisted Learning team in Informatics, CO1104.

  • Spice up your life How to tell real saffron from a fake

    Following the recent revival of saffron production in Spain, Professor Pat Heslop-Harrison from the Department of Genetics has outlined some of the key ways to tell real saffron from fake, with the real deal providing a unique experience for the senses.

  • Expert opinions cover Brexit football hooliganism and the aging process

    Professor Clare Anderson from the School of History has written an article discussing some of the positive benefits of EU membership and how it is vital in securing our influence across Europe and all over the world.

  • Calcium is key to age-related memory loss

    Research in our Department of Neuroscience, Psychology and Behaviour is offering new clues into how and why cognitive functions such as memory and learning become impaired with age.

  • Professional services

    Browse the professional services staff who work in Molecular and Cell Biology at Leicester, and see their contact details.

  • Alumni Awards criteria and guidelines

    Outline of the Alumni Awards Criteria and Guidelines for nominators to consider before making a nomination for a University of Leicester Alumni Award

  • £14 million in funding announced for five research projects into land use and Net Zero

    The Land Use for Net Zero Hub, co-led by the University of Leicester and James Hutton Institute, receives £14 million funding for five projects.

  • What is commercial cider

    Commercial is not equated with money

  • Acknowledgements

    A project such as this could not have succeeded without the contribution of many individuals and organisations.

  • Animals’ ‘sixth sense’ more widespread than previously thought

    A study using fruit flies, led by researchers at The Universities of Leicester and Manchester, suggests the animal world’s ability to sense a magnetic field may be more widespread than previously thought.

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