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James Garnett

Dr James Garnett

Reader in Microbial Structural Biology

Biography

Dr Garnett is a Reader in Microbial Structural Biology in the Centre for Host-Microbiome Interactions.

A major focus of his work has been understanding the molecular mechanisms that promote disease using structural biology coupled with microbiology, biochemistry, and biophysical techniques.

He gained his PhD from the Astbury Centre for Structural and Molecular Biology at the University of Leeds where he studied transcriptional regulation of L-arginine metabolism in bacteria. After his PhD he remained in Leeds working towards the development of new antibacterial compounds directed against peptidoglycan biosynthesis. He then moved to Imperial College London, where he studied important and novel virulence mechanisms used by bacteria, fungi, and protozoa. After receiving an MRC new investigator award, he moved to Queen Mary University of London in 2015 to setup his research group and to study mechanisms of type II secretion in Legionella pneumophila. He started at King’s in 2019 as a Senior Lecturer and become a Reader in 2022.

    Research

    hero-banner-jag
    Garnett Lab

    The Garnett Lab investigates molecular mechanisms that promote bacterial disease. In particular we are interested in biofilm formation and other key virulence traits that allow bacteria to establish infections and persist within the host/environment.

    MBRH-LOGO
    The Multiscale Biofilm Research Hub (MBRH)

    The Multiscale Biofilm Research Hub (MBRH) has been established to promote interdisciplinary interactions and focus microbial biofilm related research at King’s.

    MBRH theme1
    Biofilms at mucosal surfaces

    The study of dental caries, periodontitis, vaginal dysbiosis, chronic inflammatory diseases & infections within the oral cavity, intestinal tract & lungs

    Project status: Ongoing

    MBRH theme3
    Antimicrobial resistance and biofilm therapeutics

    Work involves understanding how biofilms contribute to antimicrobial resistance and the creation of new anti-biofilm therapeutics.

    Project status: Ongoing

    MBRH theme4
    Synthetic biology and technological advancements

    Biofilms are being studied to inspire the development of new materials and other technologies, and new approaches to probe biofilm formation.

    Project status: Ongoing

    Hero_Microbes_RIG-thumbnail
    Microbes in Health & Disease

    The Microbes in Health & Diseases Research Interest Group aims to foster collaboration across departments and faculties at KCL to explore the multifaceted role microbes play in health and disease.

      Research

      hero-banner-jag
      Garnett Lab

      The Garnett Lab investigates molecular mechanisms that promote bacterial disease. In particular we are interested in biofilm formation and other key virulence traits that allow bacteria to establish infections and persist within the host/environment.

      MBRH-LOGO
      The Multiscale Biofilm Research Hub (MBRH)

      The Multiscale Biofilm Research Hub (MBRH) has been established to promote interdisciplinary interactions and focus microbial biofilm related research at King’s.

      MBRH theme1
      Biofilms at mucosal surfaces

      The study of dental caries, periodontitis, vaginal dysbiosis, chronic inflammatory diseases & infections within the oral cavity, intestinal tract & lungs

      Project status: Ongoing

      MBRH theme3
      Antimicrobial resistance and biofilm therapeutics

      Work involves understanding how biofilms contribute to antimicrobial resistance and the creation of new anti-biofilm therapeutics.

      Project status: Ongoing

      MBRH theme4
      Synthetic biology and technological advancements

      Biofilms are being studied to inspire the development of new materials and other technologies, and new approaches to probe biofilm formation.

      Project status: Ongoing

      Hero_Microbes_RIG-thumbnail
      Microbes in Health & Disease

      The Microbes in Health & Diseases Research Interest Group aims to foster collaboration across departments and faculties at KCL to explore the multifaceted role microbes play in health and disease.