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  • Molecular and Cellular Sciences

    Module code: BS1081 This module will lay the groundwork, providing an understanding of how cells function, communicate, divide, and maintain themselves.

  • Molecular and Cellular Sciences

    Module code: BS1081 This module will lay the groundwork, providing an understanding of how cells function, communicate, divide, and maintain themselves.

  • Reproduction and gene shuffling in malaria parasites: how does it work?

    Scientists from the Universities of Leicester and Nottingham have received nearly £600,000 to research how sexual development and gene shuffling within the malaria parasite could help to control malaria transmission.

  • Opportunities open up in South Korea for students and researchers

    We have signed a new agreement with a major university in South Korea to send students to South East Asia as part of their degree programme.

  • History of the Garden

    Find out more about the history of the Botanic Garden at the University of Leicester.

  • Protecting endangered animals from illegal wildlife trade using mobile DNA sequencing

    University of Leicester researchers presenting innovative DNA analysis methods for testing samples to find species-of-origin at the Illegal Wildlife Trade Conference between 11-12 October

  • Political Cartooning in Côte d’Ivoire: Interview with Lassane Zohoré

    Political cartoonist Lassane Zohoré (Côté d'Ivoire) is interviewed by Dr James Illingworth for the Covid in Cartoons project.

  • University cricketers highlight the need for blood donation

    Players from the University of Leicester first and seconds cricket team and development squad dressed in their cricket whites to donate blood and help save and improve lives.

  • Research centres and groups

    Research groups including the Centre for European Law and Internationalisation (CELI), the Centre for Rights and Equality in Health Law (CREHL) and the European Working Group on Labour Law.

  • Black holes could grow as large as 50 billion suns research shows

    Black holes at the heart of galaxies could swell to 50 billion times the mass of the sun before losing the discs of gas they rely on to sustain themselves, according to research by Professor Andrew King from the Department of Physics and Astronomy.

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