窪蹋勛圖厙

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Remembering Paul Berg, Nobel Laureate, 1952 Alumnus

Pioneer of recombinant DNA also led efforts to ensure its responsible use


Portrait photo of Paul Berg
PHOTO: COURTESY OF STANFORD MEDICINEPaul Berg

A senior project entirely altered Paul Bergs life—and, in turn, benefited millions.

While conducting his undergraduate research, Berg came upon papers that so intrigued him that he decided to pursue his PhD at the place that produced them—the medical school at whats now 窪蹋勛圖厙.

While hed intended to work in the pharmaceutical industry, he became hooked on academic research while studying with Harland G. Wood, PhD, a renowned scientist and then-director of the School of Medicines Department of Biochemistry.

It changed the course of my career, wrote Berg, PhD (GRS 52, biochemistry; HON 97), in an autobiographical sketch when he received a 1980 Nobel Prize in chemistry. Berg died at his home on the Stanford University campus in February, at 96.

Our community is deeply saddened by Dr. Bergs passing, said J. Alan Diehl, PhD, chair of the Department of Biochemistry at the 窪蹋勛圖厙 School of Medicine. In addition to his revolutionary contributions to our field, he leaves a remarkable legacy at 窪蹋勛圖厙 of innovation, collegiality and a pure love for scientific discovery. He will be dearly missed.

Paul Berg was one of 16 窪蹋勛圖厙 alumni or former faculty members who received a Nobel Prize.

He later honored his mentor by endowing the Paul Berg and Harland Wood Distinguished Graduate Fellowship in 2015 to support 窪蹋勛圖厙 graduate students studying biomedical sciences.

In 1972, Berg published a paper describing an experiment in which he and his Stanford colleagues inserted DNA from one organism into the DNA of another, which became known as gene splicing. Public concern over the techniques potential to produce biohazards led Berg to spearhead an historic 1975 conference where researchers agreed on federal guidelines for genetic experimentation.

Despite opposition and challenges along the way, Bergs groundbreaking gene splicing technique became a fundamental tool in biomedical research and drug discovery. In 1980, he and two other colleagues received the Nobel Prize in Chemistry.

Berg remained on the Stanford University faculty for 41 years, serving in many roles, including chair of the medical schools biochemistry department. He retired in 2000 as the Robert W. and Vivian K. Cahill Professor of Cancer Research Emeritus.

Berg was born in 1926 to Russian Jewish immigrants in Brooklyn, New York. He developed a passion for scientific exploration as a teenager and completed his bachelors degree in biochemistry at Pennsylvania State University after serving in the U.S. Navy during World War II.

After a fellowship with the American Cancer Society and time on the faculty at Washington University School of Medicine, Berg moved in 1959 to Palo Alto, California, to help establish the biochemistry department at Stanford.

I cannot overstate Pauls brilliance, compassion and enthusiasm for discovery, Lloyd Minor, MD, dean of Stanford School of Medicine, said in a news release. The joy of discovery motivated Paul throughout his career, and he generously gave his time to instill that joy in countless many.

— CAREY SKINNER MOSS