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9656 results for: ‘一款H5自适应留言表白墙php源码下载✅项目合作 二开均可 TG:saolei44✅.HjQxLXChkA’

  • With Tommy Hilfiger’s ‘smart’ clothing range, data collection has reached dystopian levels

    Posted by hconnolly in School of Business Blog on July 31, 2018 In an article for The Independent, Dr Phoebe Moore discusses how ambassadors will be rewarded for walking past Tommy Jeans stores and how we are becoming a resource for surveillance and profit making   The...

  • Indexing the Press Cuttings Books

    Posted by Helen Ward in Library Special Collections on January 22, 2018 Among the items held in the University of Leicester Institutional Archives are a series of Press Cuttings.

  • Tissue Engineering and Regenerative Medicine

    Module code: EG4063 Tissue engineering and regenerative medicine focuses on the combination of engineered structures, biological cells and the human body’s unique capabilities for regeneration in order to heal complex injuries and cure disease.

  • Luke Baker

    The academic profile of Dr Luke Baker, Lecturer - Muscle Biology at University of Leicester

  • Biodiversity and Behaviour

    Module code: BS1070 This module will provide an introduction to the vast diversity of plants and animals.

  • Biodiversity and Behaviour

    Module code: BS1070 This module will provide an introduction to the vast diversity of plants and animals.

  • Anaerobic facilities

    The Department of Molecular and Cell Biology at the University of Leicester has a number of Belle Technology glove boxes.

  • Tissue Engineering and Regenerative Medicine

    Module code: EG4063 Tissue engineering and regenerative medicine focuses on the combination of engineered structures, biological cells and the human body’s unique capabilities for regeneration in order to heal complex injuries and cure disease.

  • Biodiversity and Behaviour

    Module code: BS1070 This module will provide an introduction to the vast diversity of plants and animals.

  • Animals’ ‘sixth sense’ more widespread than previously thought

    A study using fruit flies, led by researchers at The Universities of Leicester and Manchester, suggests the animal world’s ability to sense a magnetic field may be more widespread than previously thought.

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