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9485 results for: ‘织梦图片展示模板 dedecms图片站源码 带采集规则✅项目合作 二开均可 TG:saolei44✅.yzirQEbPNmF’

  • Study suggests human impact has created a plastic planet

    Planet Earth’s oceans and lands will be buried by increasing layers of plastic waste by the mid-century due to human activity, according to research led by researchers from the Department of Geology.

  • Leicester students crack mystery of Rudolph’s red nose

    Of all Santa Claus’ reindeer, Rudolph is best known for his bright red nose. But just how fast would he need to travel for his nose to shine its famous scarlet colour? Students at the University of Leicester have discovered the answer.

  • Athena SWAN

    The Department of Molecular and Cell Biology at the University of Leicester is committed to providing a good working environment for its staff and in 2018 was successful in achieving a Silver award.

  • Previous events

    The challenges of conducting trials in multiple long-term conditions (multimorbidity): a focus on population selection and outcome assessment 11 June 2024 College Court, Leicester Programme 9.30 - 10.00: Registration Refreshments available 10.00 - 10.

  • Ralf Schmid

    The academic profile of Dr Ralf Schmid, Associate Professor in Bioinformatics at University of Leicester

  • Contemporary Issues in Biochemistry

    Module code: BS3004 This module is centred on the use of scientific principles to communicate contemporary issues in biochemistry.

  • The Leicester policy expert making a difference in Parliament

    Rick Whitaker, Professor of Politics at the University of Leicester, is bringing his research to Parliament thanks to his special advisor role.

  • Student Profile: Sharda

    PhD Topic Gentrification and Facadism in Kensington, 1950-2022.  Where did you study your undergraduate/masters? I studied my undergraduate at Royal Holloway, University of London and received a 1st class (Hons) in History.

  • Biomechanics

    Module code: EG3065 In this module, you will explore how the fundamentals of mechanics, materials and structural loading can be applied to musculoskeletal systems.

  • Biomechanics

    Module code: EG3065 In this module, you will explore how the fundamentals of mechanics, materials and structural loading can be applied to musculoskeletal systems.

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