An international team of computer scientists developed a method that greatly improves researchers’ ability to sequence the DNA of organisms that can’t be cultured in the lab, such as microbes living in the human gut or bacteria living in the depths of the ocean. They published their work in the Feb. 1 issue of Nature Methods.
When playwright Deborah Stein and director Suli Holum began working on the musical comedy “Movers + Shakers” in 2012, it was the height of the presidential election season and they were amused by the foibles of politicians such as Sarah Palin and Anthony Weiner. Flash forward to 2016 and another election year. The players have changed, but the intersections of “sex, power and hubris” portrayed in the play, which premieres Feb. 13 at the Joan and Irwin Jacobs Theatre District at the University of California, San Diego, are just as fascinating.
Clear images of minute packages meant to shield healthy cells from potent anti-cancer drugs have helped researchers evaluate a promising of new approach to chemotherapy.
A single human gene can produce many different proteins. In the first large-scale study of its kind, researchers at University of California, San Diego School of Medicine, Dana-Farber Cancer Institute and McGill University report that most of these sibling proteins encoded by the same gene — known as protein isoforms — often play radically different roles within tissues and cells.
Timely funding from the Office of Naval Research and the U.S. Army Corps of Engineers is giving scientists at Scripps Institution of Oceanography a chance to create a detailed survey of the elevations of Southern California beaches and cliffs in the midst of one of the strongest El Niño seasons of the last 60 years.
Liebermann's pioneering research on underwater sound made a significant contribution to submarine detection during World War II. His subsequent work at UC San Diego identified physical properties of sea water that can muffle sound and limit SONAR performance.
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