From bedside to bench and back again - my work is all about what children with inherited immunodeficiencies can teach us about the normal immune system, and how that knowledge can help us look after patients better.
BA
BM Bch
MRCP
MRCPCH
DPhil
Cert Clin Ed
1992-4 Senior House Officer, Paediatrics: Northampton DGH, Queen’s Medical Centre, Nottingham & Great Ormond Street Hospital for Sick Children, London.
1995-6 Registrar, Paediatrics: Birmingham Maternity Hospital & Birmingham Children’s Hospital
1996-2000 Clinical Lecturer: University of Oxford & Honorary Specialist Registrar, Paediatrics, ORH
2001-3 Specialist Registrar, Paediatrics: Oxford Radcliffe Hospitals
2003-5 Postdoctoral Research Fellow: Pediatric Infectious Disease Division, Columbia University, New York, USA
2006-2007 Specialist Registrar, Paediatrics: Newcastle upon Tyne Hospitals NHS Trust
2007-2008 First Assistant, Paediatrics: Newcastle upon Tyne Hospitals NHS Trust
2008-present Clinical Senior Lecturer & Honorary Consultant, Paediatric Immunology & Infectious Diseases: Newcastle University & Newcastle upon Tyne Hospitals NHS Trust
1991 Pickering Prize, Oxford University
1996-2000 Clinical Training Fellowship, Medical Research Council
2008-2012 Clinician Scientist Fellowship, Medical Research Council
I am a clinical paediatric immunologist with a particular interest in inherited susceptibility to infection. My laboratory research background is in cellular/molecular immunology and herpesvirology. My clinical activities are based in the supra-regional service for children with primary immunodeficiencies, which includes an active stem cell transplantation programme. My research is aimed at understanding the cellular and molecular basis of primary immunodeficiency, and how it informs our knowledge of the normal immune system.
Rare individuals with inborn errors of immunity are at high risk of severe infections, autoimmunity and/or malignancy. By understanding the relationship between disease-causing mutations and the patterns of susceptibility that result, we can work out the function of specific elements of the immune system. I am involved in projects that tackle this from a variety of angles, including genetic and immunophenotypic approaches. These studies have so far led to the description of three primary immunodeficiencies that are completely novel in terms of genetic aetiology and phenotype, including a "first in class" example of antigen presenting cell deficiency.
To complement these laboratory-based studies, I have been running a clinical project aimed at improving the prevention of chickenpox in children with cancer. We aim to conduct a pilot randomised controlled trial to compare different preventive approaches.
Through collaboration with Prof Eamonn Maher and colleagues in Birmingham, we are mapping novel primary immunodeficiency phenotypes in consanguineous families by homozygosity mapping. This approach can be combined with next generation exome sequencing to identify new disease-causing mutations. I am part of a consortium of clinicians and geneticists implementing exome sequencing in Newcastle. We have set up the Great North Biobank as a further resource for future research into the aetiology of inborn errors.
I welcome postgraduate students who are interested in translational immunology research into primary immunodeficiency.
MRC clinician scientist award 2008-2012
Extensive experience of teaching and assessing medical students.
I play an active role in postgraduate education within my clinical subspecialty including delivery of registrar training and running study days. I teach "The Immunology of Infection" on the MRes Immunobiology programme.