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  • FinTech, AI and Blockchain

    Module code: AF3139 New technologies and innovations have transformed every area of the financial markets over the years. Transformative technologies such as ticker tapes, remote trading, electronic trading platforms and algorithmic trading have changed the face of trading.

  • Multicellular Organisation: An Introduction to Physiology, Pharmacology and Neuroscience

    Module code: BS1060 This module will provide an introduction to cellular and systems physiology of the human body with an emphasis on homeostatic mechanisms.

  • Aims and objectives

    Aims and objectives of the National Cardiac Surgery Clinical Trials Initiative

  • Centre for Material Worlds Past and Present

    The Research Centre for Material Worlds Past and Present explores how the boundaries between people and things have never been clear cut, and materials and humans together have driven history.

  • Why study for a Masters at Leicester?

    Learn about the taught postgraduate courses in History, available at the University of Leicester. Find out more about the benefits of studying for a Master's at Leicester.

  • The Impact of Diasporas on the Making of Britain

    The Impact of Diasporas on the Making of Britain was an innovative five-year interdisciplinary research programme, funded by a £1.37 million Programme Award from The Leverhulme Trust, which ran from 2011-2015.

  • FinTech, AI and Blockchain

    Module code: AF3139 New technologies and innovations have transformed every area of the financial markets over the years. Transformative technologies such as ticker tapes, remote trading, electronic trading platforms and algorithmic trading have changed the face of trading.

  • Multicellular Organisation: An Introduction to Physiology, Pharmacology and Neuroscience

    Module code: BS1060 This module will provide an introduction to cellular and systems physiology of the human body with an emphasis on homeostatic mechanisms.

  • New research shows significant promise for Clostridium difficile infections

    A new study has confirmed the therapeutic potential of bacteriophage combinations to treat highly infectious bacteria C. difficile infections (CDI) while retaining a healthy gut.

  • Learning through Culture

    This programme was established to encourage museums and galleries to develop their educational role.

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