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10484 results for: ‘LOL多玩游戏视频站源码✅项目合作 二开均可 TG:saolei44✅.oQCIMiSGUx’

  • 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.

  • Dinah Rose QC Theres a big pool of talent out there

    Dinah Rose QC has take upon the role of President of the Leicester University Law Society (LULS).

  • Using and linking to University Library resources

    ClinicalKey diagnostics and treatment When you type in a search term, look to the right column and click on "View Full Topic" (this feature sometimes does not show for certain terms). You will see diagnostic and treatment data.

  • Meet Lex….: key characters in the fictional world of Adventures with Lex

    Posted by jbarwick in Law in Children's Lives on February 16, 2015 Lex (and Rex) are key characters in the game we are developing as part of our ESRC-funded project, Law in Children’s Lives .

  • Equal Pay Day

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on November 11, 2016 This year equal pay day was 10 th November  This highlights the gender gap in wages as it is calculated by researchers to represent the last day in which women earn the same as men.

  • Astronomers discover four new ‘hot Jupiters’

    Astronomers discover four new ‘hot Jupiters’

  • Welcome to our Summer Interns

    SURE summer internships 2021

  • Professor awarded prestigious Turing AI Fellowship

    A University of Leicester-based expert will work to shape artificial intelligence (AI) systems of the future with the support of a multi-million-pound Government investment.

  • Tumour analysis following surgery could provide breakthrough in predicting how well cancer patients respond to drug treatment research shows

    A novel approach developed by researchers from our University and the MRC Toxicology Unit could help to predict how well patients respond to drugs designed to fight various forms of cancer.

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