Health Physicist William J. Bair, Ph.D.
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covers the University of
Rochester's radiation biology program; Bair's radionuclide inhalation research
at Hanford Site; and his management of Hanford's Biology Department and Life
Sciences Program.
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Biochemist
Waldo E. Cohn, Ph.D.
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covers Cohn's wartime work as
Biochemistry Group leader at the University of Chicago's Metallurgical
Laboratory and his tenure at Oak Ridge National Laboratory, where he helped
shape America's postwar isotope production and distribution policy.
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Dr.
Patricia Wallace Durbin, Ph.D.
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covers Durbin's reopening, in
the 1970s, of medical follow-up studies of the wartime human plutonium
injections; her research on strontium, amencium, and plutonium from 1954 to 1980
at Lawrence Berkeley Laboratory; and her study on calcium and strontium
metabolism in infants.
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Merril
Eisenbud
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covers Eisenbud's founding and
managing of the U.S. Atomic Energy Commission's Health & Safety Laboratory;
his research on radioactive fallout in the United States and abroad; and his
experiences with early occupational exposure, especially in uranium processing.
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Dr.
Nadine Foreman, M.D.
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covers Foreman's work with Earl
Miller and Mayo Soley on a study of the use of radioiodine in the treatment of
thyroid disease during the late 1940s, and the thyroid treatments she
administered in her subsequent clinical position in the Metabolic Research
Laboratory at Highland Hospital in Oakland, California.
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Radiologist
Hymer L. Friedell, M.D., Ph.D.
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covers Friedell's participation
in the early stages of the medical use of radioisotopes; his important role in
the Manhattan Engineer District Medical Division; his distinguished medical
career; and his involvement in the distribution of isotopes and approval for
their use in humans.
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Health
Physicist Carl C. Gamertsfelder, Ph.D.
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covers Gamertsfelder's
participation in pioneering the development of radiation instruments and
measurement techniques during the Manhattan Project; his occupational exposure
monitoring at Oak Ridge and Hanford; biophysics work at Hanford; and his more
recent work as a consulting radiological scientist.
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Dr. John
W. Gofman, M.D., Ph.D.
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covers Gofman's research at the
University of California, Berkeley; his pioneering studies in heart disease; his
founding and directing of Lawrence Livermore's biomedical program; his conflicts
with the Atomic Energy Commission; and the evolution and controversy of his
opinions on radiation risk.
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Radiation
Biologist Marvin Goldman, Ph.D.
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covers Goldman's studies on
bone-seeking radionuclides; his graduate research at the University of
Rochester; his work at the University of California, Davis, on strontium-90
metabolism and effects in beagles; and his observations on priorities of public
and occupational radiological safety around the world.
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Julie
Langham Grilly
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covers Grilly's work as a
history technician in the Health Division at Los Alamos; the life and career of
Los Alamos Biomedical Research Group director Wright Langham, to whom she was
married; recollections about leading researchers; and the changes at Los Alamos
during and since the Cold War.
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Medical
Physicist Kathering L. Lathrop and Physician Paul V. Harper
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covers Harper's career as a
surgeon and pioneer in nuclear medicine at Argonne Cancer Research Hospital and
the University of Chicago; development of nuclear medicine instrumentation; and
contributions to the development and testing of new radiopharmaceuticals for
applications in nuclear medicine.
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John W.
Healy
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covers Healy's role in radiation
protection and monitoring at Hanford Site, Washington, starting in 1944; his
participation in the Green Run, the 1949 intentional radioiodine release;
environmental monitoring of airborne and waterborne radioactivity; and an
accidnetal ruthenium release during the 1950s.
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Hematologist
Karl F. Hubner, M.D.
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covers Hubner's participation,
at the Oak Ridge Institute of Nuclear Studies/Oak Ridge Associated Universities
Medical Division, in cancer therapy research involving total-body irradiation
and experimental immunology and cancer therapy programs; and his role in the
development of Positron Emission Tomography.
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Oral
History of Radiologist Henry I. Kohn, M.D., Ph.D.
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covers Kohn's work at Oak Ridge
National Laboratory and the Radiological Laboratory at the University of
California, San Francisco; his years as a professor of Radiology and Radiation
Biology at Harvard Medical School; his role in founding Harvard's Joint Center
for Radiation Therapy; and perspectives on colleagues.
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Medical
Physicist Katherine L. Lathrop and Physician Paul V. Harper
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covers Lathrop's work during and
after the Manhattan Project as a chemist and biochemist at the Metallurgical
Laboratory and Argonne National Laboratory; radionuclide studies at Argonne
Cancer Research Hospital; and research in the biological effects of radiation,
radionuclides, and radiopharmaceuticals.
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Pathologist
Clarence Lushbaugh, M.D.
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covers Lushbaugh's research with
human subjects at Los Alamos; his lead role in investigating radiological worker
accidents; his forensic investigations as a pathologist for Los Alamos County,
New Mexico; and the controversial total-body irradiation research he led at the
Oak Ridge Institute for Nuclear Science.
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Health
Physicist Constantine J. Maletskos, Ph.D.
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covers Maletskos's research at
the Radioactivity Center of the Massachusetts Institute of Technology, using
subjects from the Fernald State School and the Age Center of New England; early
dosimetry studies; and blood-volume studies of pregnant women, using tracer
doses of radioiron.
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Radiologist
Earl R. Miller, M.D.
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covers Miller's research at the
Univeristy of California Medical School at San Francisco (UCSF); his use of
iodine-131 to diagnose and treat thyroid disease; and his pioneering imaging
studies of cleft palates, infant hearts, and urinary tracts. Inclues 58
supplemental pages of Miller's reminiscences of his life and work, colleagues,
UCSF's radiology program, informed consent, and a bibliography of his published
works.
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Health
Physicist Karl Z. Morgan, Ph.D.
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covers the development of
dosimetry and instrumentation for the Manhattan Project at the Metallurgical
Laboratory in Chicago; Morgan's efforts to ensure the radiological health and
safety of workers at the Oak Ridge National Laboratory in Tennessee; and the
first plutonium injection in a human, at Oak Ridge.
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Biochemist
William D. Moss
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covers Moss's recollections of
plutonium chemistry research in the Health Division of Los Alamos National
Laboratory; his studies of radiobioassay techniques and human plutonium
metabolism; his 1979 update of Langham's plutonium excretion equations; and
ongoing follow-up studies of plutonium workers.
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Physiologist
Nello Pace, Ph.D.
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covers the genesis of the
medical physics degree programs at the Univeristy of California at Berkeley;
Pace's postbombing radiation surveys of Hiroshima and Nagasaki; his founding of
a high-altitude research station on White Mountain; and human radiation studies
at Donner Laboratory at Berkeley.
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Cell
Biologist Don Francis Petersen, Ph.D.
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covers human radiation studies
conducted at Los Alamos National Laboratory during Petersen's long career,
starting in 1956, in the Radiobiology Group; the process by which such studies
were approved by the Lab and the Atomic Energy Commission; and the use of
workers' children in radioiodine experiments.
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Radiobiologist
Chet Richmond, Ph.D.
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covers Richmond's research and
leadership at Lost Alamos, the Atomic Energy Commission, and Oak Ridge; his
pioneering research in the metabolic kinetics of various radionuclides;
long-term studies of wartime radiation workers; and the adoption of guidelines
for protecting humans serving as research subjects.
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Physician
James S. Robertson, M.D., Ph.D.
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covers radiological studies at
Brookhaven National Laboratory, especially boron neutron capture therapy;
Brookhaven's human use committee; Brookhaven's radiological studies at
Marshallese Islanders; the development of SPECT imaging; and Robertson's
research oversight at the U.S. Department of Energy.
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Biophysicist
Robert E. Rowland, Ph.D.
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covers Argonne National
Laboratory's follow-up research on hospital patients and workers exposed to
radium; Rowland's research in the metabolism of skeletal radium; epidemiological
studies; plutonium ingestion and injections during the Manhattan Project and
follow-up studies of plutonium injectees.
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Biophysicist
Cornelius A. Tobias, Ph.D.
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covers Tobias's long biophysics
research and teaching career at the Univeristy of California at Berkeley and San
Francisco and the Donner Laboratory at Berkeley; his radioiron blood studies;
his cosmic ray studies and carbon monoxide tracer studies; heavy-ion therapy;
pituitary irradiation; and the selection of patients.
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Biochemist
John Randolph Totter, Ph.D.
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covers Totter's term at the
Atomic Energy Commission's Division of Biology and Medicine, which he directed
from 1967 to 1972; selection and oversight of research programs; the AEC's
biomedical program at Lawrence Livermore National Laboratory; and Totter's
conflicts with John Gofman over the safety of low-level radiation.
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Oncologist
Helen Vodopick, M.D.
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covers experimental cancer
therapy by total-body irradiation at the Oak Ridge Institute of Nuclear Studies
and Oak Ridge Associated Universitites; medical treatment of workers who had
sustained radiation accidents; immunotherapy, radiation therapy, and
chemotherapy; bone marrow transplants; and informed consent.
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Dr.
George Voelz, M.D.
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covers research at Los Alamos
National Laboratory, where Voelz became the longterm leader of the Health
Division in 1970; follow-up medical studies of wartime plutonium workers; his
inhalation studies of radiation workers; the acute and long-term effects of
radiation; and his associations with other radiation scientists.
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Donner
Lab Administrator Baird G. Whaley
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covers the people, projects,
policies and administration of Lawrence Berkeley Laboratory's Donner Laboratory,
where Whaley served as an administrator from 1954 to 1986; perspectives on John
Lawrence; changes brought about by successive directors; and patient care in the
Donner Clinic Research Program.
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