Life Sciences Research for Lifelong Health

Lymphocyte Signalling

Lymphocyte Signalling

The study of the processes that regulate the development, survival and function of white blood cells

The primary goals of the immune system are to protect the body against invading pathogens and prevent subsequent infection. This powerful system must be carefully balanced to ensure that it does not destroy the body it has evolved to protect. We use a multidisciplinary approach to investigate the receptors and pathways that regulate lymphocyte development and activation.

Lymph nodeWhat are lymphocytes?

Lymphocytes are a subset of white blood cells and can be divided into three main classes.

T cells, which develop in the thymus mediate cell-mediated immunity and help B cells generate antibodies;
B cells, which develop in the bone marrow and mediate humoral immunity by secreting antibodies;
Innate lymphocytes, which do not express T cell or B cell receptors for antigen, but play essential roles in an infection.

Each class of lymphocyte functionally interacts with the others to mount an immune response.

Treg Lymph nodeWhy are they important?

The primary goals of the immune system are to protect the body against invading pathogens and prevent subsequent infection. This powerful system must be carefully balanced to ensure that it does not destroy the body it has evolved to protect.

A greater understanding of immunity is central to the goal of promoting a healthier lifespan. We aim to understand the processes that regulate the development, survival and function of lymphocytes.

This is essential to improve vaccines, combat autoimmune diseases, develop immunotherapy or improve the efficiency of organ transplantation.

Germinal CentreWhat is our research?

We are studying how, with advancing age, the size of the germinal centre response and the efficacy of vaccinations diminish. We aim to understand the roles of RNA binding proteins in lymphocyte development and activation throughout life.

We are investigating the basic biology of PI3K and applying this knowledge to understand immunity and immunodeficiency. We study the mechanisms that control the interaction of lymphocytes and epithelial cells and the mechanisms by which transcription factors regulate immune function .

12/07/2016

Molecular control of conventional and innate-like T cell development and function

Prof. Wilfried Ellmeier - Institute of Immunology, Medical University…


24/06/2016

Babraham Institute celebrates success in science and impact

Excellence in research, public engagement and knowledge exchange…


13/06/2016

Martin Turner receives Wellcome Trust Investigator Award

Awards support research to understand health and disease

Research will further understanding of B cells


02/06/2016

STEM Insight Programme at the Babraham Institute

Two places available in October 2016

 

Research Impact

Industrial Research Collaborations - 19

CASE PhD Studentships - 5

Formal Industrial Consultancy Agreements - 4

Group Leaders