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  • 19th July 2013 Sol 338

    Posted by jbridges in Mars Science Laboratory Blog on July 19, 2013 The first results of the atmospheric analyses have been published this week in Science Magazine.

  • Publications

    The publications released by The Centre of Landscape and Climate Research for academic purposes.

  • History

    Find your research degree supervisor in History at Leicester.

  • The Cell: An Introduction to Cell Biology and Microbiology

    Module code: BS1040 This module provides an overview of key concepts concerning ‘The Cell’ by introducing you to key principles in microbiology and cell biology.

  • The Cell: An Introduction to Cell Biology and Microbiology

    Module code: BS1040 This module provides an overview of key concepts concerning ‘The Cell’ by introducing you to key principles in microbiology and cell biology.

  • The Cell: An Introduction to Cell Biology and Microbiology

    Module code: BS1040 This module provides an overview of key concepts concerning ‘The Cell’ by introducing you to key principles in microbiology and cell biology.

  • Academic staff

    Contact members of History at Leicester's academic staff. Browse staff profiles and find out how to contact our team via telephone or email.

  • Researchers use NASA’s Webb to map weather of planet 280 light-years away

    Atmospheric modelling led in part by University of Leicester reveals true extent of clouds on distant world reveals WASP-43 b is cloudy on the nightside but mostly clear on the dayside, with equatorial winds howling around the planet at 5,000 miles per hour

  • Personalised treatment in B cell malignancies

    Research theme leads: Professor Martin Dyer; Dr Harriet Walter, Dr Matt Ahearne Thanks to the generous philanthropic support of The Scott-Waudby Charitable Trust, the University of Leicester has been able to establish the Haematological Research Theme which supports both...

  • Decoy protein injection could stop COVID-19

    Coronavirus image Illustration of coronavirus|Decoy proteins that bind and trap the coronavirus to stop it infecting cells in our bodies are being developed by the University of Leicester.

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