Professor David Cameron Wraith

• PhD in Biochemistry 1981
• FRSB

David Wraith began his career in immunology at NIMR, London, working with Professor Brigitte Askonas to define the mechanism by which immune cells kill virus infected cells. The aim of this work was to devise a vaccine that would provide better protection against the influenza virus. With Townsend, McMichael and colleagues he demonstrated that cytotoxic T cells respond to peptide fragments of antigen. David developed a vaccine based on the influenza viral nucleoprotein and showed that this would confer immunity against heterotypic infection. 

In 1986 David joined Professor Hugh McDevitt in Stanford where he focused on the immunology of autoimmune diseases. He published influential papers describing how monoclonal antibodies and synthetic peptides could be developed for immunotherapy of autoimmune diseases.

David established his laboratory in Cambridge in 1989 where he continued his research into immunological tolerance and immunotherapy as a Senior Fellow of the Wellcome Trust. In 1995, he was offered the Chair in Experimental Pathology at Bristol and in 1996 was appointed Head of the Department of Pathology and Microbiology. Over the following five years, David rebuilt the department, employed new staff and research fellows and in the 2001 RAE, 41 staff members were returned, scoring 5A.

David has sat on grants panels for the MRC, Wellcome Trust, NKRF, ARC, MS Society and the NIH (USA). In 2002, he founded Apitope Ltd as a vehicle for clinical development of peptide therapy in autoimmune diseases and allergies. The company successfully completed clinical trials of its peptide treatment for MS in 2009, 2013 and 2016. Apitope is now developing treatments for autoimmune complications of haemophilia A and for Graves’ disease and Uveitis. The Apitope approach has the potential to treat many serious autoimmune and allergic diseases for which there is currently no effective treatment.

Professor Wraith has supervised the following PhD students to completion of their PhD. The current position of each student is noted in brackets:

• Anja Wegner. FP7 ITN. Neurokine [Research Fellow, UCL, Royal Free Hospital]
• Ella Shepard. MRC Case studentship [Group leader, Charles River UK]
• Barbara Metzler - Hoffman-La Roche Student [group leader Novartis]
• Richard Smith - Multiple Sclerosis Society Clinical Fellow [CSL, Cardiff]
• George Liu - Howard Hughes Predoctoral Fellow [Associate Professor UCLA & PI Cedars Sinai Medical Center]
• Mary Maceachern - Wellcome Trust Prize Student [Price Waterhouse Cooper]
• Mark Harber - Wellcome Trust Advanced Clinical Training Fellow/NKRF Training Fellow [Consultant Nephrologist at Royal Free Hospital]
• Stephan Kissler - MRC/Case Studentship [Associate Professor of Medicine, Harvard Clinical and Translational Science Center and Joslin Diabetes Center, Boston]
• Emma Massey/O’Neill - Wellcome Trust Prize Student [RCVS Specialist in Internal Medicine and Lecturer UC Dublin School of Veterinary Medicine]
• Nat Whitley - Wellcome Trust Prize Student [Director and Head of Medicine, Davies Veterinary Specialists, London]
• Kirsty Nicolson - Apitope Technology Student [Group Leader, Huntingdon Life Sciences]
• Leona Robinson - MS Society Student [MRC Staff, CRICK institute]
• Rachel Protheroe - Wellcome Trust Clinical Training Fellow [Consultant Haematologist, BRI, Bristol]
• Bronwen Burton - Institute of Child Health Studentship [Research Fellow, University of Bristol]
• Masriana Hassan - Fellowship of the University Putra, Malaysia [Lecturer, University of Putra, Malaysia]
• Graham Britton - Wellcome Trust Programme in Dynamic Cell Biology [Research Fellow, Icahn School of Medicine at Mount Sinai, New York]
• Shang Zhang - [Staff Scientist, Grandhope Biotech Ltd, China]
• Laura Carney - Wellcome Trust Programme in Dynamic Cell Biology [Marks and Clerk LLP, Patent Attorneys]
• Ruth Mitchell - Wellcome Trust Programme in Dynamic Cell Biology [Elizabeth Blackwell Institute, Research Fellow, University of Bristol]
• Helen Tunbridge - Wellcome Trust Programme in Dynamic Cell Biology [Adaptimmune Ltd]
• Sky Ng - [Immune Tolerance Network Postdoctoral Research Fellow, University of Bristol]

If you are interesting in studying any of these subject areas please contact Professor David Wraith directly, or for any general doctoral research enquiries, please email mds-gradschool@contacts.bham.ac.uk.

For a full list of available Doctoral Research opportunities, please visit our Doctoral Research programme listings.

David Wraith has worked in the field of T cell biology and the role of T lymphocytes in protection from infection and in autoimmunity since 1981.

David originally trained as an immunologist with Ita Askonas at the National Institute for Medical Research, Mill Hill where he worked on the mechanism whereby cytotoxic T cells respond to and kill influenza virus infected cells through recognition of peptide fragments of antigen. His work also led to the development of a vaccine that induced cytotoxic T cells capable of heterotypic immunity.

In 1986 and 1987 David was awarded MRC and National MS Society fellowships to work in the laboratory of Hugh McDevitt in Stanford. Their work described how monoclonal antibodies and synthetic peptides could be developed for immunotherapy of autoimmune diseases. In 1989, David was awarded the Wellcome Trust Senior Fellowship to establish a new laboratory in Cambridge working on mechanisms of immunological tolerance; his group was among the first to demonstrate induction of peripheral tolerance by administration of soluble peptide antigens.

Since 1995 his laboratory in Bristol has focused on the mechanism of antigen-specific immunotherapy. His work provided the essential rules governing the design of therapeutic peptides and led to the establishment of a University of Bristol spinout company, Apitope NV. The company has designed peptides for treatment of various autoimmune diseases and has successfully completed phase 2 trials in relapsing multiple sclerosis. David’s research laboratory is currently defining the differentiation pathway of antigen induced Treg cells and the mechanism by which these cells suppress disease. The aim of this approach is to improve the efficacy of peptide therapy for treating allergic and autoimmune diseases in man.

Academic Research Responsibilities

• Former member of Wellcome Trust Infection and Immunity Panel; Wellcome Trust Expert Review Group ‘Immune System in Health and Disease’; MRC Infections and Immunology Board and research grant panels for Arthritis Research UK, MS Society UK, National Kidney Research Fund and National Institutes of Health, USA
• MRC Prion Unit (Scientific Advisory Group)
• Manchester Collaborative Centre for Inflammation Research (Scientific Advisory Board)
• Chair: Expert Committee for Medicine, Health Sciences and Biology, the Research Council of Norway
• MRC-GSK EMINENT network (Scientific Review Board)

Industry Responsibilities

• Founder and CSO for Apitope Technology (Bristol) Ltd. & Apitope International NV
• Past member of Scientific Advisory Boards for Peptide Therapeutics Ltd. (UK), TEVA (Israel) and GSK BIO (Belgium)
• Advisor to Hoffman La Roche on autoimmune therapeutics; DTI on Stem Cell Therapies; Food Standards Agency on Peanut Allergy; Novartis on Influenza Vaccine Safety; Actelion Pharma, Technology Strategy; Zealand Pharma, Technology Strategy
• Expert witness at the European Patent Office, Opposition Division and Technical Boards of Appeal