Scientists at Johns Hopkins are calling for simultaneous evaluation of both genetic and epigenetic information in the search to understand contributors to such common diseases as cancer, heart disease and diabetes. Writing in the August issue of Trends in Genetics, available now online, the scientists provide a framework for systematically incorporating epigenetic information into traditional genetic studies, something they say will be necessary to understand the genetic and environmental factors behind common diseases. "Epigenetics doesnt underlie all human disease, but we definitely need to develop the technology to figure out when and where epigenetic changes do influence health and disease," says Andrew Feinberg, M.D., King Fahd Professor of Medicine.
Much as the genetic sequence is passed from parent to child, epigenetic "marks" that sit on our genes are also inherited. These "marks," usually small methyl groups, are attached to genes backbones and convey information, such as identifying which parent the gene came from. The marks also normally turn genes on or off. But just as changes in DNA sequences can cause diseases such as cancer, gain or loss of epigenetic marks can, too.
To date, only small, targeted regions of DNA have been analyzed for accompanying epigenetic marks. But the Hopkins researchers say now is the time to begin studying epigenetics on the same mammoth scale used to probe the sequence of creatures genetic building blocks.
Joanna Downer | EurekAlert!
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