Regular physical activity is important for good health. Research has shown that exercise can help prevent such things as cardiovascular disease and diabetes (1, 2). But just how much activity does the average person get? And do people in good health have distinctly different activity patterns compared to those in poor health?
We first posted this piece by Joyce Tung, Vice President of Research at 23andMe, on April 4 2017, but in light of the current budget debate over deep cuts in federal funding for scientific and medical research, it seems appropriate to repost now. Joyce points out that investment in research and science innovation has distinguished the United States through history.
23andMe’s new Type 2 Diabetes report* offers customers insight into their likelihood of developing one of the most prevalent, pernicious, and yet preventable health conditions in the United States.
If you are a scientist studying populations not well represented in current genomics research, the 23andMe Research Team would like to work with you.
Recently, 23andMe collaborated with researchers from VU University Amsterdam and Netherlands Institute for Neuroscience on one of the largest genome-wide analysis studies to identify genes associated with insomnia.
Familial hypercholesterolemia (FH) is one of the most common genetic conditions, which is associated with very high levels of “bad” cholesterol. Elevated levels of cholesterol can lead to a higher risk for early cardiovascular disease, and, in turn, an increased risk for heart attacks.
Many African Americans can relate to the years of frustration Paul Mosley had trying to track back his family history.
23andMe scientists have identified more than 413 genetic variants associated with motion sickness — that queasy feeling some of us get riding in cars, planes or traveling on the sea.
Some of the same genes that influence a person’s propensity toward impulsiveness also affect whether or not he or she will use drugs, according to a new study led by researchers at the University of California, San Diego School of Medicine.
In the largest genetic study of its kind, scientists have identified more than 200 genes associated with depression that could give new insights to researchers looking for treatments to what is the leading cause of disability in the world.
