Search

7093 results for: ‘名站导航/7598导航/分类导航/友情链接交换源码✅项目合作 二开均可 TG:saolei44✅.PKqsDdDsDJydnZ’

  • Phage film receives UK debut at University of Leicester

    Diane Shader Smith, an author in her own right and editor of Mallory’s posthumous book Salt in My Soul: An Unfinished Life which inspired the film, said: “Mallory didn’t have to die. We call it a preventable tragedy.

  • Salvador Macip

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

  • News and case studies

    Browse news relating to the Division of Biomedical Services.

  • 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.

  • Physics Skills Elective

    Module code: NT4010 We have designed the Physics Skills Electives to help you improve your skills and enhance your career options.

  • 21st Century Drilling workshops

    Find details of the 21st Century Drilling workshop taking place in 2024 at the BCR and MARUM (University of Bremen), Germany

  • University fellows and honorary staff

    Browse our University Fellows and Honorary Staff in Archaeology and Ancient History at Leicester and see their subjects and contact details.

  • Faraday Institution Honours Leicester Team for Battery Recycling Innovation

    University of Leicester chemists recognised with a Highly Commended Faraday Institution Community Award for Innovation for patent-pending technology that enables direct recycling of black mass within the UK, reducing reliance on exports and supporting domestic circularity of...

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

Back to top
MENU