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  • Our History

    Plans were announced in 1917 for a new college of higher education in Leicester, as a memorial to the sacrifices made by local people during the First World War.

  • Molecular and Cellular Pharmacology

    Module code: BS3054 The module will have at its core a detailed consideration of molecular pharmacology and signal transduction pathways (especially those regulated by GPCRs), including their structure and function in different cells and tissues.

  • 2018

    Browse our 2018 spring seminar series in the Victorian Studies Centre.

  • 2021

    An archive listing of 2021 events in the Victorian Studies Centre Spring Seminar series

  • Molecular and Cellular Pharmacology

    Module code: BS3054 The module will have at its core a detailed consideration of molecular pharmacology and signal transduction pathways (especially those regulated by GPCRs), including their structure and function in different cells and tissues.

  • Law of Obligations 2

    Module code: LW1004 Business activities often carry risks.  Those risks can lead to accidents and cause harm to employees, clients and the public.

  • Creating a unit workbook for use on iPads

    Unit workbooks, handbooks and other text-based learning materials for use with iPads are essentially Word documents saved as PDF documents, then shared out to students through the virtual learning environment (VLE), Blackboard.

  • First Cowrie Scholar excited to shine ‘positive light’

    The first recipient of a Cowrie Foundation Scholarship at the University of Leicester designed to provide opportunities for talented Black British students has described her excitement at becoming a role model to a new generation of students.

  • Sanctuary Scholarships

    Help reduce the barriers to participation in HE faced by those seeking asylum in the UK. Tuition fee waiver, contribution to living costs and tailored personal support.

  • Modelling reveals new insight into the electrical conductivity of ionic liquids

    A collaborative investigation has revealed new insight into how room temperature ionic liquids (RTILs) conduct electricity, which may have a great potential impact for the future of energy storage.

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