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Research into cell division

Cancer Research UK scientists have an outstanding track record in the study of cell division and continue to lead the world in this field. In 2001, Paul Nurse and Tim Hunt received the ultimate accolade when they were awarded the 100th Nobel Prize for Medicine for their work in this area.

Cell division is the process by which new cells are produced within the body. Under normal circumstances, it is tightly controlled to ensure that only the right number of cells are produced at the right time. Importantly, loss of this control is one of the fundamental changes leading to cancer.

Our researchers are studying many aspects of cell division ranging from how the DNA in each cell is copied, through to finding out how these DNA copies are accurately separated between the two 'daughter' cells produced. A detailed understanding of this key process in normal cells provides the foundations for understanding what goes wrong in cancer cells.

Below are some of the highlights of our cell division research portfolio.

All cancer types

Dr Julie Cooper Dr Julie Cooper

Telomere Biology Laboratory

London Research Institute, London

Tying up the loose ends of DNA

Dr Julie Cooper runs the Telomere Biology Laboratory at the Cancer Research UK London Research Institute. Her research focuses on 'telomeres', structures that cap the ends of chromosomes much like plastic caps on the ends of shoelaces.

Dr John Diffley Dr John Diffley

Chromosome Replication Laboratory

Cancer Research UK London Research Institute, London

Finding out how cells divide

Dr John Diffley is one of the world's leading experts in studying how cells grow and make copies of themselves. He is the Director of our London Research Institute Clare Hall Laboratories and heads the Chromosome Replication Laboratory.

Prof Iain Hagan Prof Iain Hagan

Cell Division Group

Paterson Institute for Cancer Research, Manchester

Understanding how cells grow and divide

Professor Iain Hagan leads the Cell Division Group at our Paterson Institute for Cancer Research in Manchester. His research focuses on understanding how cells grow and divide and he has an outstanding track record in this field. Uncontrolled cell division lies at the heart of cancer development so Professor Hagan's work is critical for understanding what goes wrong in cancer cells.

Dr Tim Hunt Dr Tim Hunt

Cell Cycle Control Laboratory

Cancer Research UK London Research Institute, London

How do cells grow and divide?

Nobel prize-winning researcher, Sir Tim Hunt is based at our London Research Institute Clare Hall Laboratories, and is Head of the Cell Cycle Control Laboratory.

Prof Nic Jones Prof Nic Jones

Cell Regulation Group

Paterson Institute for Cancer Research, Manchester

How do cells react to stress?

Professor Nic Jones is Director of the Paterson Institute for Cancer Research in Manchester. He leads the Cell Regulation Group who study how cells respond to sudden adverse changes in their surroundings, known as 'environmental stress'. Professor Jones also directs the Manchester Cancer Research Centre, which aims to build on the world-class research already going on in the city.

Prof Ron Laskey Prof Ron Laskey

Cancer Cell Unit

Hutchison/MRC Research Centre, Cambridge

Detecting cancer by understanding how cells divide

Professor Ron Laskey is Honorary Director of the MRC Cancer Cell Unit at the Hutchison/MRC Research Centre in Cambridge. He is world-renowned for his research into understanding how DNA is copied inside cells - a fundamental process in normal and cancer cells. In July 2009, Professor Laskey was awarded the Royal Medal by the Royal Society for his pivotal contributions in this field. The results of his research are laying the foundations for developing new ways to detect cancer.

Prof Kim Nasmyth Prof Kim Nasmyth

Department of Biochemistry

University of Oxford, Oxford

Lord of the rings - studying chromosomes and cancer

Professor Kim Nasmyth heads the Biochemistry Department at the University of Oxford, and has won many prestigious scientific awards in his career. He is a world-leading expert in chromosomes - the packages of DNA found within our cells - and the proteins that control them.

Prof Jonathon Pines Prof Jonathon Pines

The Wellcome Trust/Cancer Research UK Gurdon Institute of Cancer and Developmental Biology

University of Cambridge, Cambridge

Investigating how cells divide

Professor Jon Pines is at the forefront of his research field, investigating the fundamental processes that control cell division and finding out how these can go out of control, leading to cancer. He is based at the Wellcome Trust/Cancer Research UK Gurdon Institute of Cancer and Developmental Biology in Cambridge, and has been funded by Cancer Research UK for more than 15 years.

Dr Nic Tapon Dr Nic Tapon

Apoptosis and Proliferation Control Laboratory

London Research Institute, London

Studying the balance between life and death

Dr Nic Tapon leads a research group at our London Research Institute. He is studying the genes and proteins that control the growth and death of the cells that make up our bodies. A greater understanding of these key processes will highlight ways in which they might go wrong in cancer cells.

Dr Frank Uhlmann Dr Frank Uhlmann

Chromosome Segregation Lab

London Research Institute, London

Understanding how cells divide

Dr Frank Uhlmanm leads the Chromosome Segregation Lab at our London Research Institute. He is carrying out fundamental research to understand how cells divide into two. 

Prof Gareth Williams Prof Gareth Williams

Cancer Research UK Chromosomal Replication Research Group

Wolfson Institute for Biomedical Research, University College London, London

Understanding how cells divide, and improving cancer treatment and detection

Based at the Wolfson Institute for Biomedical Research in London, Professor Gareth Williams and his team are investigating how a group of proteins work together to allow DNA to be copied, a process called DNA replication. His research could also help to find new ways to diagnose cancers such as prostate and bladder cancer.