New Insights into “Antenna” of Human Cells
News Jul 15, 2015
The research means that these disorders, known as ciliopathies, can be diagnosed more quickly and could lead to new treatments for patients.
Ciliopathies are caused by defects in cilia, finger-like projections from cells that act as microscopic “antenna” to detect and respond to chemical changes or fluid flow outside the cell.
Kidney disease, which often leads to kidney failure, is a common complication of ciliopathies and is a significant cause of childhood disease and death.
One in every 1,000 people is born with a ciliopathy, which means there are currently about 30,000 affected people in the UK alone.
The research was led by the University of Leeds in collaboration with colleagues from Nijmegen in the Netherlands and about 40 other institutions worldwide.
Professor Colin A. Johnson, Professor of Medical and Molecular Genetics in the School of Medicine at the University of Leeds, said: “This research gives us the best list yet of the human genes needed to make cilia. This is an important issue in biology, but it also directly benefits patients because we can find new genetic causes for ciliopathies. We’ve found some completely unexpected cell processes that are linked to these diseases which should help in the search for future treatments.”
Professor Ronald Roepman, of the Radboud University Medical Center, Nijmegen, added: “We confirmed that each of the genes on the list were important for cilia using an independent method. We then focused in on some of the biochemical processes that are required for a functioning cilium. But the broader picture still has a wealth of similar opportunities for others in the research community.”
When the Human Genome Project was completed, in 2003, it opened the door to a radical new idea of health - that of personalized medicine, in which disease risk and appropriate treatment would be gleaned from one's genetic makeup. In a new article, researchers discuss how gene interaction networks hold the clues to disease susceptibility and treatment response.READ MORE