Cambridge scientists land two of the biggest funding grants ever awarded by Cancer Research UK
Two projects will help fill in the gaps about causes of cancer and advance virtual reality cell study.
Cambridge scientists have won £40 million 'Grand Challenge' funding from Cancer Research UK, which the charity will invest over the next five years in two ground-breaking research projects in the city.
The funding will come from the first Cancer Research UK Grand Challenge awards - set up to help scientists solve some of the hardest unanswered questions in cancer research, and to revolutionise the prevention, diagnosis and treatment of cancer.
In total, four grants were available and teams based at the Cancer Research UK Cambridge Institute and the Wellcome Trust Sanger Institute beat stiff international competition to secure two of them.
Sir Harpal Kumar, Cancer Research UK's chief executive, said:"Cancer Research UK set up the Grand Challenge awards to bring a renewed focus and energy to the fight against cancer. We want to shine a light on the toughest questions that stand in the way of progress. We're incredibly excited to be able to support these exceptional teams as they help us achieve our ambition.
"Cancer is a global problem, and these projects are part of the global solution. Together, we will redefine cancer - turning it from a disease that so many people die from, to one that many people can live with. We will reduce the number of people worldwide affected by cancer and achieve our goal of beating cancer sooner."
The funding awards are only possible thanks to the extraordinary generosity of the UK public. Cancer Research UK receives no government funding for its life-saving research, meaning every step its doctors, nurses and scientists make towards beating cancer relies on vital donations from individuals and groups, as well as the tireless fundraising of supporters.
At the Wellcome Trust Sanger Institute, Professor Sir Mike Stratton will lead a team aiming to build a deeper understanding of what causes cancer.
It's already known that things in our environment, and behaviours like smoking and drinking alcohol, cause cancer by damaging the DNA in our cells. This damage occurs in distinctive patterns known as mutational fingerprints that are unique to their cause. For example, cancers caused by UV exposure have a different mutational fingerprint to cancers caused by tobacco.
There are at least 50 cancer-associated mutational fingerprints but researchers only know what causes around half of them. Professor Stratton's team hope to fill in the missing gaps and determine the as yet unknown causes of cancer.
Professor Stratton said:"The main aim of our Grand Challenge is to understand the causes of cancer. Every cancer retains an archaeological trace, a record in its DNA, of what caused it. It's that record that we want to explore to find out what caused the cancer.
"We're going to sequence the DNA of thousands of cancer samples that have been collected from many different countries around the world, and study them to see what archaeological trace they contain. By doing this, we hope to figure out what caused those cancers.
"The thing that's really exciting me is the challenge of making it all happen. And I'm looking forward to seeing the answers this work brings."
Professor Greg Hannon will lead a team at the Cancer Research UK Cambridge Institute. Working with researchers in America, Switzerland, Canada, Ireland and at the University of Cambridge, they will aim to build 3D versions of breast tumours, which can be studied using virtual reality, allowing scientists and doctors to study every cell and aspect of a tumour in unprecedented detail.
This new way of studying breast cancer could change how the disease is diagnosed, treated and managed. The virtual reality experience will include a 'superman mode' which will allow users to fly inside the tumour, point at every cell and find out exactly what kind of cell it is and what it's doing.
Professor Hannon said:"This is an enormous challenge. I liken it to the idea of putting a man on mars - there's so much technology that you have to develop to do it. All sorts of things are happening in tumours that we can't study using the technology we have. But with our project, we hope to change that.
"We want to create an interactive, faithful, 3D map of tumours that can be studied in virtual reality that scientists can 'walk into' and look at it in great detail. By doing this, we could learn more about tumours and begin to answer questions that have eluded cancer scientists for many years."
The Cambridge projects were selected by an international panel of experts from a shortlist of nine exceptional, multi-disciplinary collaborations from universities, institutes and industry across the globe.
