epigenetics

WSU researchers will attempt to anticipate and prevent diseases by looking for epigenetic biomarkers/diagnostics for disease.

By Judith Van Dongen, WSU Spokane Office of Research SPOKANE, Wash. – Scientists have long tried to pin down the causes of autism spectrum disorder. Recent studies have expanded the search for genetic links from identifying genes toward epigenetics, the study of factors that control gene expression and looks at chemical modifications of DNA and […]

By Eric Sorensen, WSU science writer PULLMAN, Wash. – A Washington State University researcher has documented epigenetic changes in the sperm of men who underwent chemotherapy in their teens.

From the American Association for the Advancement of Science PULLMAN, Wash. – Washington State University biologist Michael Skinner isn’t one to shy away from a good fight. In fact, prominently displayed on his webpage are the words: “If you are not doing something controversial, you are not doing something important.”

PULLMAN, Wash. – Michael Skinner has been selected to give the 2016 Distinguished Faculty Address as part of the annual Showcase celebration.

By Eric Sorensen, WSU science writer PULLMAN, Wash. – Washington State University researchers say environmental factors are having an underappreciated effect on the course of disease and evolution by prompting genetic mutations through epigenetics, a process by which genes are turned on and off independent of an organism’s DNA sequence.

PULLMAN, Wash. – A new study in PLOS ONE shows for the first time that epigenetic marks on DNA can be detected in a large number of ancient human remains. This could improve understanding about the effects of famine and disease in the ancient world.

PULLMAN, Wash. – Washington State University scientist Michael K. Skinner is editor-in-chief of a new open-access journal from Oxford University Press (OUP), Environmental Epigenetics.

PULLMAN, Wash. – A new study by researchers from the University of Texas at Austin and Washington State University shows that male and female rats are affected differently by ancestral exposure to a common fungicide, vinclozolin. Female rats whose great-grandparents were exposed become much more vulnerable to stress.

By Becky Phillips, University Communications PULLMAN, Wash. – Washington State University researchers say ancestral exposures to the pesticide methoxychlor may lead to adult onset kidney disease, ovarian disease and obesity in future generations.