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7062 results for: ‘自适应模板,手机端和电脑端一模一样的源码可用 本人亲自用着的模板✅项目合作 二开均可 TG:saolei44✅.qzdDtTiCDcKgaOc’

  • Foodborne disease

    Food-borne infections are a direct cause of mortality, but can also increase susceptibility to other communicable and non-communicable diseases.

  • Olga Makarova

    The academic profile of Dr Olga Makarova, Lecturer in Gene Expression at University of Leicester

  • Leicester Students Union gets ready to refresh

    This Friday 19 January marks the start of the Students’ Union’s Refreshers 2018 - kicking off Spring Term with sweet treats, a Refreshers fair and even an afternoon of trampolining.

  • Pathogenesis of airway disease

    Specialists This is the main focus of the laboratory-based research on the Glenfield site within the Adult Respiratory group (Amrani, Bradding, Brightling, Cousins, Siddiqui, Wardlaw), in collaboration with the Paediatric Airways group (Gaillard, Pandya), the Cell...

  • Institutes and centres

    Browse our range of research institutes and centres, showcasing the very best in medical and health sciences.

  • 150-million-year post-mortem reveals baby pterosaurs perished in a violent storm

    University of Leicester scientists have identified two extraordinary new fossils - tiny prehistoric flying reptiles, pterosaurs, with broken wings

  • Health and Safety Committee

    See the Health and Safety Committee's terms of reference and membership, including details of their role, responsibilities, reporting hierarchy and meetings.

  • Arch-I-Scan blog symposium Engineering the Past

    Report of attendance symposium Engineering the Past

  • Scientists see detailed makeup of deadly toxin for the first time

    L-R: Professor Peter Moody, Department of Molecular and Cell Biology, Professor Russell Wallis of the Departments of Infection, Immunity and Inflammation and Molecular and Cell Biology and Professor Peter Andrew, Head of Department of Infection, Immunity and...

  • Potential new targets for cancer treatments identified by Leicester research team

    An international consortium of scientists led by a group from the University has announced a new advance in understanding the mechanisms of cancer and how to target it more effectively with new treatments.

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