Better solutions by working together
CRC Network is an international network of researchers aiming to improve diagnosis, research and medical treatment of colon- and rectum cancer with emphasis on increased understanding of genetic mechanisms.
The Colorectal Cancer Research Network is an international collaboration working towards increased understanding of genetic mechanisms behind colorectal cancer, with the aim of improving treatment options.
The network exchanges original research, patient materials and expertise across borders, to improve methods and goals.
The Norwegian Radium Hospital Foundation and Jeanette and Søren Bothner's Foundation have contributed with funding to encourage the best scientists to deliver optimal exchange of knowledge and information.
Professor Håvard E. Danielsen serves as chair of the panel of expertise, which includes representatives from some of the highest-ranked universities in Europe.
Professor David Kerr CBE MA MD DSc FRCP (Glas, Edin &Lon) FRCGP (Hon)FMedSci
David contributes to Oxford as Professor of Cancer Medicine, where he has worked with colleagues to build a new Institute for Cancer Medicine and Cancer Hospital. He has an international reputation for the treatment of and research into colorectal cancer and the quality of his work has been recognised by the award of several international prizes and the first NHS Nye-Bevan award for innovation. He has published over 400 papers and has an H-Index of 57 associated with over 12,000 citations. David has made a significant contribution to reforming the NHS as a Founding Commissioner for Health Improvement; Chair of the National Cancer Services Collaborative, Instigator of the Department of Health’s networked approach to clinical cancer research and developed a 20 year plan for the future of the NHS in Scotland, the “Kerr Report”. He was elected Fellow of the Academy of Medical Sciences in 2000, Honorary Fellow of Royal College of General Practitioners in 2007, appointed Commander of the British Empire in 2002 by HM the Queen and was elected President of the European Society of Medical Oncology in 2010. He has established INDOX and Afrox to improve the quality of cancer care in India and Sub Saharan Africa and has served as Health Adviser to two British Prime Minister, Tony Blair and David Cameron.
Professor Marco Novelli MBChB PhD FRCPath
Marco is a consultant histopathologist at University College London. He is an international expert on gastrointestinal histopathology with special interests in colorectal cancer, Barrett’s oesophagus and gastrointestinal mesenchymal tumours. He has published over 90 peer reviewed publications with approximately 4000 citations. His main research interests are on the biology and genetics of colorectal cancer.
Professor Ian Tomlinson MA, PhD, BM, BCh FRCPath FMedSci
Ian is a Professor of Molecular and Population Genetics and Head of the Population and Functional Genetics Lab at the Wellcome Trust Centre for Human Genetics in Oxford. His main research interest is cancer genetics, focusing particularly on the genes involved in bowel cancer. In collaboration with the Cancer Research UK Colorectal Cancer Unit at St Mark''s Hospital, Professor Tomlinson is currently carrying out the ''Colorectal tumour gene identification study'' known as CORGI, where DNA samples from hundreds of families with a history of bowel cancer from all over the UK are collected. Professor Tomlinson is also studying people with the inherited syndrome ''Familial Adenomatous Polyposis'' (FAP).
Professor Håvard E. Danielsen PhD (Med)
Håvard has taken on the task of leading the CRC network. He is Director at the Institute for Cancer Genetics and Informatics at Oslo University Hospital (Norway) and professor at Department of Informatics, University of Oslo. Håvard is also PI at Centre for Cancer Biomedicine, a Norwegian Research Council centre of excellence in research, as well as Visiting Senior Research Associate at the Nuffield Division of Clinical Laboratory Sciences at University of Oxford. His research has primarily focused on DNA- and Chromatin organization, and the development of high throughput methods for detection and characterisation of large-scale genomic instability based on high-resolution digital microscopy and advanced image analysis.