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Atlanta 2001/02/05 -The American Cancer Society, the nation’s leading voluntary health organization and the largest non-government funder of scientific cancer research, has designated three outstanding scientists as American Cancer Society Research Professors. Effective January 1, 2001, Joan Brugge, PhD, Harvard Medical School; Douglas Hanahan, PhD, University of California, San Francisco (UCSF); and Leona Samson, PhD, Harvard School of Public Health (HSPH) assumed their new Society professorships.
The Research Professorship, the Society’s most prestigious research award, is
given to outstanding cancer researchers who have contributed significantly to a
particular discipline within a field of cancer research. Each five-year $400,000
grant allows professors to concentrate their specific area of scientific
investigation by relieving them of major administrative and/or teaching
responsibilities. Each grant is renewable for one additional five-year term.
Never before in the Society’s 87-year history have more than two Research
Professors been named at the same time. However, according to the organization’s
chief medical officer, the three candidates so impressed the members of the
Society’s volunteer Council for Extramural Grants that it was agreed all should receive the designation. "This year, we took the unprecedented step of funding three American Cancer Society Research Professors because we felt the pioneering
research that Drs. Brugge, Hanahan, and Samson were doing will have a dramatic
effect on our understanding of cancer," said Harmon J. Eyre, MD, American Cancer
Society Executive Vice President for Research and Cancer Control. "This
knowledge will lead, we hope, to new treatments for cancer and a better life for
cancer patients."
Dr. Brugge, professor of cell biology at Harvard Medical School, is a leading
investigator in the field of signal transduction -- how cells respond to signals
in their environment. As an American Cancer Society Professor, she will continue
her work on integrin proteins (cell surface proteins that cause cells to stick
to each other and to substances in their environment) and the changes that occur
when normal cells become malignant. In addition, she will apply novel genetic
approaches to identify regulators of mammary tumor cell proliferation and
invasion in the hope of identifying potential targets for breast cancer therapy.
A Society Postdoctoral Fellow at the University of Colorado in 1979, Dr.
Brugge held an American Cancer Society Faculty Research Award at the State
University of New York, Stony Brook, as well as several ACS research grants from
1984-1989. She also spent five years as senior vice president for biology
research at ARIAD Pharmaceuticals, Inc.
Dr. Hanahan, professor of biochemistry at UCSF, is a pioneer in the
development of mouse models for studying pancreatic, skin and cervical cancer. He was the first scientist to develop tissue-specific transgenes. He has created mouse models for pancreatic, skin, and cervical cancer by inserting specific cancer-causing genes into their eggs or sperm so that the transgenes are
passed on from generation to generation. He uses mouse models to understand the
important mechanisms related to human cancer and to develop new therapeutic
targets by which to approach human disease.
An authority in the field of angiogenesis (the formation of new blood vessels
in tumors), Dr. Hanahan is assessing new angiogenesis-inhibitor drugs for their
ability to prevent cancer from developing in these cancer-prone mice. This, in
turn, may facilitate the identification of new therapies for use in humans.
Dr. Samson, professor of toxicology at HSPH, is an internationally recognized
leader in the field of toxic, mutagenic, and carcinogenic effects of
DNA-damaging agents. As a postdoctoral fellow she discovered the adaptive
response of the bacterium E. coli to alkylating agents. This discovery laid the
groundwork for understanding the repair of alkylation damage in all organisms,
damage caused by a chemical addition of long chains of carbon atoms to the DNA
that results in subsequent mutation or destruction of the DNA molecule.
She recently observed that the activities of about 400 genes are altered when
yeast cells are exposed to these DNA-damaging agents. Since alkylating agents
represent the largest group of environmental chemical mutagens and are widely
used as anticancer drugs, sorting out this massive genetic response is of great
importance to cancer research and treatment. Dr. Samson held an ACS Faculty
Research Award at HSPH from 1987-1991, and has held several ACS research grants over the years.
In addition, the American Cancer Society has renewed the Research
Professorships for Inder M. Verma, PhD, Salk Institute for Biological Studies,
and Michael H. Wigler, PhD, of the Cold Spring Harbor Laboratory.
The appointments of Drs. Brugge, Hanahan, and Samson, as well as the reappointments of Drs. Verma and Wigler bring to 20 the total number of active American Cancer Society Research Professors.
The American Cancer Society is the nationwide community-based voluntary health organization dedicated to eliminating cancer as a major health problem by preventing cancer, saving lives and diminishing suffering from cancer, through research, education, advocacy, and service.
For information about cancer, call toll free anytime 1-800-ACS-2345 or visit the American Cancer Society web site at www.cancer.org.
Joann Schellenbach
National Director Media Relations
American Cancer Society
212-382-2169
jschelle@cancer.org
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