Craig Venter's recent announcement that his J. Craig Venter Institute research team had successfully made one new bacterial species from another brought this reaction from UCSF's premier synthetic biologist, Christopher Voigt, PhD.
In the last 40 years, scientists have perfected ways to determine the knot-like structures of enzymes, but they've been stumped trying to translate the structure of enzymes into an understanding of their function – what they actually do in the body.
The health care system in California could save nearly $1.3 million a year with few adverse public health effects if it discontinued universal tuberculosis skin testing of children entering kindergarten, according to a new study by researchers at the University of California, San Francisco.
In the last 40 years, scientists have perfected ways to determine the knot-like structure of enzymes, but they've been stumped trying to translate the structure into an understanding of function — what the enzyme actually does in the body. This puzzle has hurt drug discovery, since many of the most successful drugs work by blocking enzyme action. Now, in an expedited article in Nature, researchers show that a solution to the puzzle is finally in sight.
After six to nine months of abstinence from alcohol, recovering alcoholics who were also chronic smokers showed a significantly lower rate of improvement in tests of memory, reasoning, judgment, and visual/spatial coordination than non-smoking recovering alcoholics in a study conducted by researchers at the San Francisco VA Medical Center (SFVAMC).