Breakthrough on cystic fibrosis 1 step closer as new research alliance formed
Jan 27, 2011 - 5:00:00 AM
McGill University and GlaxoSmithKline plc (GSK) have signed a collaboration agreement to develop a potential breakthrough approach to treat cystic fibrosis, a fatal genetic disease. The trans-Atlantic effort between researchers from McGill's Faculty of Medicine and their GSK collaborators in the UK, will focus on developing molecules that could treat the disease by correcting the dysfunction caused by the mutated gene. This revolutionary approach will be a departure from current treatments, which only manage the symptoms or complications of the disorder. The collaborative research is co-sponsored by the Canadian Institutes of Health Research (CIHR).
Cystic fibrosis (CF) is one of the most common fatal genetic diseases. It is a multi-organ disease but primarily affects the lungs and digestive system, causing mucous to thicken and leaving patients at higher risk of infections. CF is caused by a mutation in the gene for the protein cystic fibrosis transmembrane conductance regulator (CFTR). About 90 per cent of those living with cystic fibrosis have a particular mutant form of this gene, which makes a protein that could still work but has a defect that prevents it getting to the right place in the cell to function correctly.
Dr. David Thomas, Chair of McGill's Department of Biochemistry and Canada Research Chair in Molecular Genetics, is an expert in protein quality control. Dr. John Hanrahan is Professor in McGill's Department of Physiology and an expert in chloride transport and epithelial biology. They are uniquely qualified as lead investigators on McGill's side, having conducted extensive research on the CFTR protein and have identified a number of molecules that look to restore normal CFTR function.
If we can restore normal function to the mutant cystic fibrosis protein, we can radically transform the lives of millions of children. It will move us from treatment of symptoms to prevention of the disease and would ultimately save lives, said Dr. Thomas. We will now be looking at enhancing these small molecules to improve their ability to rescue or correct the mutant protein, allowing it to reach its proper location and be more active, added Dr. Hanrahan.
GSK is excited to be applying our expertise in areas including medicinal chemistry to this innovative area of research, said Dr. Roberto Solari, head of respiratory biology at GSK. We hope at the end of this two year collaboration we will have a compound that is be ready to be investigated as a potential new medicine. Collaborations such as these - where we share knowledge, expertise and resource - provide a highly effective way of progressing cutting edge research.
This strong collaboration between an industry partner, government granting agencies and the University is a superb example of partners building on mutual strengths and collaborating where our research interests converge, said Dr. Rose Goldstein, Vice-Principal (Research and International Relations). We are grateful for the support provided by GSK and CIHR, facilitating our work together to give people with cystic fibrosis a healthy and full life expectancy.
Health research successes in the 21st century will be very much dependent on the ability of organizations from the public, academic and private sector to combine efforts and pool resources, said Dr. Marc Ouellette, Scientific Director for The Canadian Institutes of Health Research's Institute of Infection and Immunity. In particular, this grant will increase our understanding of the cellular mechanisms causing cystic fibrosis and provide novel ways of targeting genetic based diseases. Research done through the support of this partnership will add to groundbreaking work done by Canada's strong Cystic Fibrosis research community, including those funded under the Canadian led Human Microbiome Initiative.
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