UCL Great Ormond Street Institute of Child Health


Prof Lucy Wedderburn

Prof Lucy Wedderburn


Institute of Child Health 30 Guilford Street


  • Professor of Paediatric Rheumatology
    ICH Infect, Imm, Infla. & Physio Med
    UCL GOS Institute of Child Health

Joined UCL


My research interests are T cell immunology, immune regulation and muscle biology. My lab group has a major focus upon human T cell responses and immune regulation, in particular the autoimmune conditions of childhood, including Juvenile Idiopathic Arthritis (JIA) and Juvenile Dermatomyositis (JDM). We are interested in the mechanisms which allow survival and expansion of inflammatory T cells within the joint, the control of their production of cytokines and chemokines, and their contribution to disease. In tandem we study immune regulation and how this influences disease course and phenotype in JIA . 

I am also Director of the Arthritis Research UK Centre for Adolescent Rheumatology, a partnership between ICH, UCL (Medicine), GOSH and UCLH which aims to promote and develop research in Adolescent Rheumatology. 

Childhood arthritis has proved an excellent model in which to study the balance between activation and regulation in the immune system. We have shown that highly proinflammatory cells, Th17 cells, are more abundant in patients with mild forms of arthritis than those with the more severe disease type, and that Treg and Th17 cells exist in a reciprocal relationship in the joint. We have generated evidence for 'plasticity' of Th17 cells at the inflamed site. More recently we have identified a novel set of regulatory cells, defined by expression of CD161 that are also pro inflammatory. 

 These data led to our study to reveal mechanistic differences between two clinical groups of patients, known as persistent and extended oligoarticular JIA. We have found biological differences of gene expression, cell frequency and phenotype between these two disease courses, which pre date the clinical severity phenotype. The group leads a major study, CHARMS (Childhood Arthritis Response to Medication Study) which aims to define the factors which influence the response of children with JIA to the drugs methotrexate (MTX) or anti tumour necrosis factor (TNF). This interdisciplinary study has generated genetic, psychological and immunological data linked to carefully defined clinical response phenotypes, to understand the mechanisms of response to MTX, or the reasons for a failure of efficacy of MTX in JIA.  We have just completed a genome wide association study ( GWAS) of response to MTX in JIA. 

We also have a major interest in the pathology of muscle damage in childhood inflammatory myositis. This work is closely linked to our work through the Juvenile Dermatomyositis (JDM) Cohort and Biomarker Study and the Juvenile Dermatomyositis Research Centre see http://www.ucl.ac.uk/ich/research-ich/rheumatology-unit/research

Our recent projects have included biology of muscle stem cells (satellite cells), novel autoantibodies in JDM and an analysis of the role of MRP/S100 proteins in childhood myositis.

Award year Qualification Institution
1995 PhD
Doctor of Philosophy
University of London
1989 MRCP
Member of the Royal College of Physicians
Clinical Medicine
Royal College of Physicians
1986 MBBS
Bachelor of Medicine/Bachelor of Surgery
Clinical Medicine
London Hospital Medical College
1982 BA
Bachelor of Arts
Natural Sciences Tripos Part I
University of Cambridge
Undergraduate: Cambridge University (final year studies in Immunology and Virologyt) 

Medical training: Royal London Hospital 

Core clinical training: London 

PhD: Cancer Research UK/UCL 

Post doctoral Fellowship (EMBO) to work in Immunology, Stanford University USA

 Wellcome Trust Fellowship : UCL 

UCL Faculty position since 2000 


Adaptive immunity|*|Arthritis|*|Autoimmunity|*|Childhood immunity|*|Immune regulation|*|Immunology of autoimmune disease in particular childhood arthritis and myositis|*|Inflammation|*|Juvenile dermatomyositis|*|Juvenile idiopathic arthritis|*|MHC|*|Muscle biology|*|Myoblasts|*|Myositis|*|Pharmacogenomics|*|Regulatory|*|T cell|*|TGF-beta|*|Th17|*|regulatory T cells