The liver plays a vital role in human health, including the detoxification of foreign substances. We use stem cells to grow liver cells in the laboratory. The stem cells we use are called human embryonic stem cells and induced pluripotent stem cells. The attraction of using these cell populations is their indefinite growth in in the lab and their ability to form all the cells found in the human body. We have developed reliable methods for growing the liver cells and spheres. We believe our stem cell derived liver tissue has an important part to play modelling human disease in a petridish and improving the efficiency of human drug development. Moreover, in the future stem cell derived liver cells may provide an alternative source of tissue to treat human liver failure and disease.

Publications:
Our aims are:
- To develop informative human liver models produced from pluripotent stem cells
- To develop implantable human liver tissue derived from pluripotent stem cells
- To develop synthetic and natural materials for tissue engineering purposes

Additional PhD Students
Sharmin Alhaque (PhD Student shared with Brunel University)
Gregor Skeldon (PhD Student shared with Strathclyde University)
New and noted
We work collaboratively with a number of groups in Edinburgh:
Stuart Forbes, Mark Bradley, Anthony Callanan, Mandy Drake, Colin Campbell, Carsten Hansen, Anura Rambukana and Bruno Peault
We collaborate with other researchers in the UK and overseas:
- Fiona Watt, Anil Dhawan, and Giovanna Lombardi, King’s College London
- Jan Hengstler, University of Dortmund
- Lijian Hui, Shanghai Institutes for Biological Sciences
- Ron Hay, University of Dundee
- Cliona O’Farrelly, Trinity College Dublin
- Jo Mountford, University of Glasgow
- Michael Themis, Brunel University
- Will Shu, Strathclyde University
Our industry partners include:
- Ruchi Sharma, Stemnovate
- Kristian Tryggvason, Biolamina
- Allan Karlsen, Novo Nordisk
- Charis Segeritz-Walko, Stemcell Technologies
- Patricio Godoy, Roche
- Erin Kimbrel, Astellas Institute for Regenerative Medicine