Microbial Sciences

Microbial sciences research in Leicester is carried out by a team of clinical and non-clinical academics from both University and NHS backgrounds engaged in internationally competitive research.

Major areas of research

  • Infectious diseases: Tuberculosis, pneumonia, meningitis, seasonal and pandemic influenza, gastrointestinal infections
  • Vaccine and drug development
  • Bacteriophages: exploitation to combat antibiotic resistance in bacterial pathogens and investigations into the environmental impact of 'photosynthetic' phages
  • Innate immunity

3i Microbial Sciences theme membership

For more information on specific research interests click on the links:

Professor Peter Andrew Molecular and cellular studies of host and bacterial responses in infection and disease and pathogen/environmental interactions especially involving Streptococcus pneumoniae and Listeria monocytogenes.

Professor Mike Barer Interface between bacterial physiology and human infections, principally those involving the gastrointrestinal tract and tuberculosis.

Professor Martha Clokie Ecology and molecular biology of bacteriophages and their relationship with bacterial hosts.

Dr Primrose Freestone Studies into 'Microbial Endocrinology', relationship between stress and stress hormones and the progress of human and animal infection.

Dr Ed Galyov Molecular basis and mechanisms of bacterial diseases in particular Burkholderia pseudomallei.

Dr Shaun Heaphy Measuring environmental genetic diversity of prokaryotes, pico-eukaryotes and viruses and subsequent biotechnological investigations.

Dr Galina Mukamolova Molecular mechanisms of bacterial domancy and resuscitation.

Dr Helen O'Hare Essential serine threonine protein kinases of Mycobacterium tuberculosis

Dr Cordula Stover Role of complement in chronic disease. Special interest in the role of properdin, a key regulator of complement activation.

Professor Russell Wallis  Understanding the molecular changes that occur during initiation of the classical and lectin pathways of complement activation. Specific interests include characterising the interactions between components that trigger complement activation.

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