SEATTLE — Oct. 8, 2001 — Lee Hartwell, Ph.D., president and director of the Fred Hutchinson Cancer Research Center and also professor of genetics at the University of Washington, today was named winner of the 2001 Nobel Prize in physiology or medicine.
Considered the world's most distinguished honor for outstanding contributions to basic and clinical medical research, the Nobel Assembly at the Karolinska Institute in Stockholm, Sweden, selected Hartwell for his pioneering work in yeast genetics.
He shares the honor with Paul Nurse and Timothy Hunt, both of the Imperial Cancer Research Fund in London, England. The researchers will receive the award on Dec. 10, the anniversary of the death of Alfred Nobel, after whom the award is named.
Hartwell, who conducted most of his groundbreaking research at the UW, is being honored for the discovery of the universal mechanism that controls cell division in all eukaryotic (nucleated) organisms, from yeast to frogs to humans. Using yeast as a model organism, he was the first to harness the tools of genetics to study how cells function — to determine which genes cause cells to divide.
"Those who know Lee Hartwell and his work have long hope that this day would come," said Dr. Paul G. Ramsey, UW vice president for Medical Affairs and dean of the School of Medicine. "In the finest tradition of the Nobel Prize, his contributions to cancer research have enabled others to go on and make countless advances of their own. All of us at the University of Washington Academic Medical Center celebrate this richly deserved recognition of a truly world-class bioscientist who is also a fine colleague and friend."
The regulation of cell division — how cells determine when and how to multiply or otherwise develop, and how that process can go awry — is fundamental to understanding how cancer cells mutate and to developing approaches that predict, prevent or reverse that mutation.
"People just didn't understand the fundamentals of cell-division regulation until Lee came along," says colleague James Roberts, M.D., Ph.D., a Howard Hughes Medical Institute investigator and member of the Center's Basic Sciences Division.
"What Lee did 25 years ago was essentially provide us with a list of all the important genes involved in controlling cell proliferation. This has proven to be invaluable in interpreting and using today's gene-sequence data," he says. "Second, Lee provided a logical framework to understand how these genes cooperate and work together to control cell division. Thus, he was not merely a cataloger of genes, but he also was able to explain how they worked."
Hartwell decided more than 30 years ago to study yeast cells because they are simpler and easier to manipulate than human cells. At the time, Hartwell recalls, this was "a fairly risky assumption," as he was the only person looking at yeast cells to find genes that control cell development. Thanks to Hartwell's groundbreaking efforts, scientists now know that yeast is a superb model for studying many basic cellular processes, since its cellular machinery is found in virtually all nucleated organisms. Today, the yeast-related research of Hartwell and his colleagues is being used at the Hutchinson Center to develop drugs for use against cancer and other diseases.
Hartwell joined the University of Washington faculty in 1968 and has been a professor of genetics there since 1973. He also is an adjunct professor of medicine at UW. In 1996 he joined the faculty of the Hutchinson Center and in 1997 became its president and director.
Hartwell is the recipient of many national and international scientific awards for his work in cell-cycle biology, including the Leopold Griffuel Prize, the Massry Prize, the American Cancer Society's Medal of Honor Basic Research Award, the Albert Lasker Basic Medical Research Prize, the General Motors Sloan Award and the Gairdner Foundation International Award for Achievements in Science. He is a member of the National Academy of Sciences.
Hartwell is Fred Hutchinson's second Nobel laureate; the first was Dr. E. Donnall Thomas, who in 1990 won a joint prize in physiology or medicine for his seminal work in bone-marrow transplantation, which is now used worldwide as a successful treatment for leukemia and other diseases. Thomas is also a UW professor emeritus of medicine and oncology.
The UW also has three other Nobel laureates: Dr. Hans Dehmelt, who in 1989 received a prize in physics for the development of the ion trap technique; and Drs. Edmond Fischer and Edwin Krebs, who in 1992 received a joint prize in physiology or medicine for discovering certain proteins that are important in cell-to-cell communication.
Since 1901, Nobel Prizes have been awarded annually on the anniversary of the death of Alfred Nobel, the Swedish-born inventor and international industrialist for whom the award is named. In addition to physiology or medicine, Nobel Prizes are awarded in physics, chemistry, literature, economic sciences and peace.
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Fred Hutchinson Cancer Research Center
The Fred Hutchinson Cancer Research Center, home of two Nobel Prize laureates, is an independent, nonprofit research institution dedicated to the development and advancement of biomedical technology to eliminate cancer and other potentially fatal diseases. Fred Hutchinson receives more funding from the National Institutes of Health than any other independent U.S. research center. Recognized internationally for its pioneering work in bone-marrow transplantation, the center's four scientific divisions collaborate to form a unique environment for conducting basic and applied science. Fred Hutchinson, in collaboration with its clinical and research partners, the University of Washington Academic Medical Center and Children's Hospital and Regional Medical Center, is the only National Cancer Institute-designated comprehensive cancer center in the Pacific Northwest and is one of 38 nationwide. For more information, visit the center's Web site at www.fhcrc.org.