Website Search
ID 16468

Biography 20: Arthur Kornberg (1918-2007)

Arthur Kornberg was born in Brooklyn, New York. His parents emigrated from Eastern Europe and neither of them had a formal education. Kornberg's father worked in a New York sweatshop to support his family. Later, he and his wife opened a small hardware store. Kornberg's parents believed that education was very important and encouraged their children to stay in school.

Kornberg was an excellent student; he did so well that he graduated high school 3 years early. In 1937, he received his Bachelor's of Science degree from City College when he was 19. He then went to the University of Rochester to study medicine.

His first experience with research was a clinical study he did on jaundice in 1942. Kornberg suffered from mild jaundice himself, and while working as an intern in Strong Memorial Hospital, he became interested in the incidences and symptoms of mild vs. severe jaundice. His clinical study was published and caught the attention of Rolla Dyer, the Director of the National Institutes of Health. Dyer appointed Kornberg to a research post at NIH. From 1942 to 1953, Kornberg was a Commissioned Officer in the U. S. Public Health Service — eventually a Lieutenant in the U. S. Coast Guard.

As part of his duties at the NIH, Kornberg did a tour as ship's doctor during World War II. However, he was mostly involved in research on nutrition and metabolic reactions. From 1947-1953, he was the Chief of the Enzyme and Metabolism Section of the NIH and worked at a number of universities as a research investigator.

In 1953, Kornberg was appointed head of the Department of Microbiology in the Washington University School of Medicine in St. Louis. It was here that he isolated DNA polymerase I and showed that life (DNA) can be made in a test tube. In 1959, Kornberg shared the Nobel Prize for Physiology or Medicine with Severo Ochoa — Kornberg for the enzymatic synthesis of DNA, Ochoa for the enzymatic synthesis of RNA.

In 1959, Kornberg became head of the Department of Biochemistry at Stanford University. He is now Professor Emeritus in the same department at Stanford and still maintains an active research lab. Over the years, Kornberg isolated and identified over one hundred enzymes used in metabolic reactions.

Kornberg enjoys teaching and has written a textbook on DNA replication as well as an autobiography on his experiences as a scientist — For the Love of Enzymes. He sees science as a 'creative activity' and an 'art form,' and he derives tremendous satisfaction and enjoyment from doing research. Science runs in the Kornberg family. Kornberg's wife, Sylvy, was a research associate and worked in Kornberg's lab. Kornberg's son, Roger, is also a researcher and isolated DNA polymerase III.

Arthur Kornberg identified and isolated DNA polymerase I — one of the enzymes that can replicate DNA.
arthur kornberg, severo ochoa, dna polymerase, nobel prize
Creative Commons License This work by Cold Spring Harbor Laboratory is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.

Related content:

16056. Arthur Kornberg
15878. DNA synthesis
Arthur Kornberg isolated the first enzyme, DNA polymerase I, which can make new DNA strands.
16464. Video 20: Arthur Kornberg, clip 2
Some of the different kinds of DNA polymerases.
16026. Arthur Kornberg, 1957
A half DNA ladder is a template for copying the whole.
16452. Gallery 20: Arthur Kornberg, 1970s
Arthur Kornberg, 1970s.
16463. Video 20: Arthur Kornberg, clip 1
Finding the enzymes in their crude extracts.
16465. Video 20: Arthur Kornberg, clip 3
Family background.
16453. Gallery 20: Arthur Kornberg, 1980s
Arthur Kornberg with a class, 1980s.
15660. Arthur Kornberg
Arthur Kornberg in the 1970s.
15315. Two papers entitled, Arthur Kornberg
Arthur Kornberg talks about two papers entitled.
Cold Spring Harbor Laboratory
CSHL HomeAbout CSHLResearchEducationPublic EventsNewsstandPartner With UsGiving