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  • Salvador Macip

    The academic profile of Dr Salvador Macip, Professor of Molecular Medicine at University of Leicester

  • 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.

  • Pioneering centre is making a difference one year after officially opening

    A pioneering new centre at the University of Leicester which studies bacteriophages to combat antibiotic resistant bacteria is celebrating its one-year anniversary

  • Research fellows, associates, assistants and technicians

    View the research fellows, associates and assistants working in Genetics and Genome Biology at Leicester. Find out how to get in touch with our research staff via email and telephone.

  • Richard III's diet and lifestyle

    By measuring the different isotopes of carbon, nitrogen, oxygen and strontium preserved in Richard III's skeleton, we can find out about the types of food and drink he consumed, as well as where he lived.

  • PhD students

    Browse our current PhD students in the School of Computing and Mathematical Sciences, and see their contact details.

  • Bolster adult careers advice now to improve the skills of the UK’s future workforce

    A University of Leicester academic has authored a new report advising the Government to do more to improve The UK's future workforce.

  • Links to societies

    Browse links to societies related to the work we do in the Department of Molecular and Cell Biology, and see our local contact for each society.

  • Bacteriophages

    Bacteriophage (phage) are small viruses that infect bacteria. They are either lytic: they undergo a productive infection within a bacterial cell causing death or they are lysogenic. The study of phage can be utilised for the treatment of antibiotic resistant infection.

  • Trees in tropical logged forests release carbon at greater rate despite faster growth, study finds

    University of Leicester-led research focusing on the carbon dioxide produced by tree stems shows that individual trees in tropical forests impacted by logging produce more carbon dioxide per m2 of woody stem area than those in unaffected forests

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