Dr Zania Stamataki is a liver immunologist with an interest in immune regulation.

Dr Stamataki obtained her PhD in Immunology from Imperial College London (Professor Mary Ritter) together with the Institute for Animal Health, Compton (Dr Bryan Charleston). Her PhD studies characterised human, bovine and ovine follicular dendritic cells, a stromal cell type with a role in B cell effector functions, viral retention and prion disease.

Dr Stamataki went on to study the role of signalling molecules in B cell development with Dr Martin Turner at the Babraham Institute in Cambridge. She came to the University of Birmingham in 2005 to study virus transmission and humoral immunity to infection in Professor Jane McKeating's Hepatitis C Research Group. Zania then moved to the NIHR Biomedical Research Unit for Liver Disease at the Centre for Liver and Gastrointestinal Research with Professor David Adams, to work on lymphocyte-hepatocyte interactions and liver immunology.

Zania commenced her career as a principal investigator with a Royal Society Dorothy Hodgkin Fellowship, which is designed for those in need of flexible support. During this time, she looked more carefully at lymphocyte-hepatocyte interactions using imaging technologies, while she had two little boys and a mum deteriorating with motor neuron disease. The fellowship allowed her the freedom to explore ideas and build models that lead to the discovery of a new biological process that they termed “enclysis”, the enclosure and lysis of live regulatory T cells by hepatocytes.

Dr Stamataki is passionate about biomedical research for patient benefit and enjoys working closely with chemists, physicists, mathematicians, clinicians, medical and biomedical students, in addition to industrial partners interested in drug discovery. Her team is driven by innovation, integrity and impact, and they value creativity, honesty, collaboration and robustness in scientific discovery.

The Stamataki Lab is located at the Centre for Liver and Gastrointestinal Research (CLGR), University of Birmingham. Learn about the latest research projects.

We are fascinated by the intricate architecture of the liver and we are investigating how cells of the immune system influence and are influenced by the liver microenvironment to coordinate immune regulation.

Our lab uses cell biology, immunology and virology experiments to understand and quantify interactions between immune cells and liver resident cells. We build models to manipulate these interactions using human tissues and we develop novel drug candidate molecules, in collaboration with industrial partners.

Current projects

Liver disease kills more people than diabetes and road accidents combined, and deaths due to liver disease are projected to rise over the coming years (see report by the British Liver Trust, and UK perspective at the Lancet). We aim to understand how to reduce immune mediated liver damage in order to identify new cellular and molecular targets for therapeutic interventions.

We study live human livers discarded from transplant operations under perfusion conditions, imaged by multiphoton microscopy. Our questions include:

• How does chronic inflammation take hold and how can we restore liver tolerance?
• Why does the liver immune system fail to clear hepatitis B and C virus infection in certain patients?
• How can we prevent and treat liver cancer and promote liver regeneration?

Donated liver explants are vital for our research, which would not be possible without the consent of patients that undergo life-saving operations at the Queen Elizabeth hospital transplant unit. What is it like to be listed for transplantation? Hear Alan Hyde's liver transplant story.