April 2013

Lorsch named NIGMS director

Jon Lorsch, a professor at Johns Hopkins University, will be the next director of the National Institute of General Medical Sciences. He’ll arrive at the institute in Bethesda, Md., this summer.

Lorsch, an active member of the American Society for Biochemistry and Molecular Biology’s mentoring committee, will oversee a $2.4 billion budget that supports primarily fundamental research and scientific workforce training.

“With his reputation of being a broad-minded and visionary thinker with strong management skills, I am confident that Jon will lead NIH’s basic science flagship to keep the U.S. at the forefront of biomedical research,” Francis S. Collins, director of the National Institutes of Health, said in a statement announcing the appointment on March 25.

Lorsch will take the NIGMS reins from Judith H. Greenberg. Greenberg has served as the acting director of the institute since July 2011, when Jeremy Berg stepped down, after holding the director position for eight years, to become the University of Pittsburgh’s associate senior vice-chancellor of science strategy and planning.

Berg, who now is also president of the ASBMB, said he was pleased with the appointment: “Jon is a great choice. He is an outstanding scientist with ideas spanning many disciplines and with great teaching and training experience. He also led the curriculum reform efforts at Johns Hopkins and balanced clinical and basic perspectives very well.”

Berg continued: “He is very personable and is a good listener but is not at all afraid of tough issues. Jon is one of a small group of people whom I frequently reached out to when I was NIGMS director for his perspectives and advice. NIGMS will be in good hands.”

Lorsch holds a Ph.D. in biochemistry from Harvard University and completed a postdoctoral stint at Stanford University. His group at Hopkins developed a fully reconstituted yeast translation initiation system, which the group used to understand the molecular mechanisms of the process by which the genetic blueprint in cells gets turned into working protein machines.

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