The University of Southampton
(023) 8120 5928

Professor Paul Elkington BA, BM, BCh, FRCP, PhD

Professor of Respiratory Medicine

Professor Paul Elkington's photo
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Paul Elkington is Professor of Respiratory Medicine at the University of Southampton within the Faculty of Medicine. He leads a research group studying pulmonary tuberculosis, specifically identifying how infection destroys the lungs and how this can lead to new diagnostic tests and treatments to combat the global pandemic.

Tuberculosis continues to kill four thousand people every single day. We conduct cross-disciplinary research using bioengineering approaches to identify new diagnostic and therapeutic strategies

Professor Elkington trained in medicine at Oxford and then worked in various London teaching hospitals, in addition to Zambia, and completed his training in respiratory and general medicine in 2007.

His research into lung destruction in tuberculosis started in Jon Friedland’s group at Imperial College London with a Wellcome Trust Clinical research training fellowship (2002 – 2005), followed by a NIHR Clinician Scientist Award (2006 – 2011), and then a HEFCE Clinical Senior Lecturer Award (2011 - 2016). He moved to Southampton University in June 2012 to develop a research programme centred on the role of proteases in the pathology of pulmonary infection. Current active funding is from HEFCE, US NIH, PHE, EPSRC, Colciencias and the MRC.

Professor Elkington is a member of NAMRIP, the University’s Network for Antimicrobial Resistance and Infection Prevention strategic research group.







Research interests

My research interest is how airborne pathogens cause damage to patients' lungs, primarily focusing on tuberculosis. Tuberculosis continues to kill almost 1.5 million people a year in the developing world, and lung disease not only causes spread from person to person but also causes most mortality and morbidity.

Our research approach is to integrate analysis of clinical samples with bioengineering techniques to understand the mechanisms of disease. My research focuses on how enzymes called matrix metalloproteinases drive lung cavitation to develop new diagnostic and therapeutic approaches. TB diagnosis in the developing world relies on a technique 100 years old and TB treatment has remained unchanged for the last 30 years.

We have shown that tuberculosis up-regulates multiple proteases, in particular MMP-1, which degrades collagen fibers within the lung. These proteases are suppressed in advanced HIV infection, explaining why these patients do not develop lung cavitation.

The key questions that we are currently working on are:

- Can inhibiting excess MMP activity reduce deaths from tuberculosis and allow new shorter course treatments?

- How does the extracellular matrix regulate the host immune response to TB?

- Are matrix degradation products novel biomarkers of pulmonary TB that can be developed into tests for population screening?

- Can the bioengineering model we have developed be used to identify new antibiotics?

Previous and current funders include the Wellcome Trust, NIHR (UK), MRC, HHMI, NC3Rs, EPSRC, Colciencias, PHE and NIH (US). Informal enquiries about research possibilities are welcome.

PhD supervision

PhDs awarded

  • Tara Sathyamoorthy, MRC Clinical training fellow
  • Basim Al Shammari, King Abdullah Fellowship
  • Andre Kubler, Imperial PhD Studentship
  • Naomi Walker, Wellcome Clinical Research training fellow

Current PhD students

  • Patience Brace, Southampton PhD Studentship
  • Andrew Chancellor, PHE Studentship
  • Diana Garay, COLCIENCIAS Studentship
  • Elena Konstantinopoullou, University VC Award
Extensive lung destruction in patient with TB
CT cavity

Research group

Clinical and Experimental Sciences Academic Units


Athena SWAN lead for clinical academics

Chair of Containment level 3 users group




Book Chapter

Lecturing on infection for BM5 programme

BMedSci and MMedSci student supervision

TB teaching to FY1, FY2, CMT and ST doctors

Professor Paul Elkington
Faculty of Medicine, University of Southampton, Building 85, Life Sciences Building, Highfield Campus, Southampton, SO171BJ

Room Number:SGH/LE75/MP811

Telephone:(023) 8120 5928

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