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  • Biological Sciences (Microbiology) BSc

    Microorganisms. They might be small, but they tell us more about life on Earth than almost any other living things. You’ll learn how they’re both helpful and harmful, as well as the evolving role of microbiology in biotechnology, health and disease.

  • Biological Sciences (Microbiology) BSc

    Microorganisms. They might be small, but they tell us more about life on Earth than almost any other living things. You’ll learn how they’re both helpful and harmful, as well as the evolving role of microbiology in biotechnology, health and disease.

  • Research

    Research institutes, centres, projects and groups comprise the College of Social Sciences, Arts and Humanities research interests at the University of Leicester.

  • Stephen Wood

    Information and contact details for Professor Stephen Wood, Professor of Management at the University of Leicester.

  • Research team investigates why cardiac surgery can lead to fatal organ damage

    The Cardiac Surgery Research team is drawing on support from patients and members of the public to investigate why cardiac surgery can often result in serious or fatal damage to other organs in the body.

  • The forerunners of Leicester City FC

    Posted by Margaret Maclean in Library Special Collections on May 6, 2016 My original intention to write a blog post to mark the 2016 Euros in June has been completely hijacked by Leicester City’s truly amazing performance in the Premier League this season – especially when I...

  • Jim Roberts

    A Life Lived Well: Jim Roberts (1947-2023) Professor Suzanne MacLeod writes: James (Jim) Roberts was born into a working class-family in Liverpool in 1947.

  • Stirring things up in the Earths mantle

    New insights into the convection patterns of the Earth’s mantle and its chemical makeup have been revealed by a researcher from our Department of Geology.

  • Palaeobiology and the Stratigraphic Record

    Module code: GL1103 Without life, Earth would be a very different place: since organisms first appeared, more than 3 billion years ago, they have fundamentally changed the nature of the Earth's oceans and atmosphere.

  • Palaeobiology and the Stratigraphic Record

    Module code: GL1103 Without life, Earth would be a very different place: since organisms first appeared, more than 3 billion years ago, they have fundamentally changed the nature of the Earth's oceans and atmosphere.

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