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7164 results for: ‘小剧场短剧影视小程序源码提供定制开发✅项目合作 二开均可 TG:saolei44✅.pdRYJswBRSNFwYI’

  • Research areas

    The Institute is composed of 26 active research groups, each led by an academic from the department of Molecular and Cell Biology, Chemistry, Cardiovascular Sciences or Respiratory Sciences, collaborating with colleagues from across the University.

  • Sue Shackleton

    The academic profile of Dr Sue Shackleton, Associate Professor at University of Leicester

  • Expert opinions cover the eight principles underlying tumour growth

    PhD student Mohan Harihar from the Department of Molecular and Cell Biology has written an article for Think: Leicester explaining the eight ‘Hallmarks of Cancer’.

  • English language requirements for subjects requiring the equivalent to IELTS 6.5

    Find out the equivalent to an IELTS score of 6.5 if you’ve taken a different English language test or qualification.

  • Leading Leicester cardiologists nominated for British Heart Foundation Heart Hero award

    Two leading Leicester doctors who have put their “heart and soul” into pioneering medical research have been nominated for a top regional award later this year.

  • Developmental Neurobiology

    Module code: BS3077 In this module you will study a wide range of aspects of developmental neuroscience, from neurogenesis through to wiring and maturation of nervous tissue, with a focus on vertebrate development.

  • Martyn Mahaut Smith

    The academic profile of Professor Martyn Mahaut Smith, Professor of Cellular Physiology at University of Leicester

  • Application help and advice

    In the webinar recording, our directors will be sharing background information about this programme, how we select the projects which we advertise for, and how you can improve your chances when applying for the programme.  Skip ahead for: 0.02 Introduction 1.

  • Sam Khan

    The academic profile of Dr Sam Khan, NIHR Academic Clinical Lecturer in Medical Oncology at University of Leicester

  • 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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