| William
H. Beierwaltes, M.D,
Chapter Award Honoree Passes
William H. Beierwaltes, MD, a true pioneer in the field of nuclear
medicine, died in August at the age of 88. He attended the first
training course for physicians on the medical use of radioactive
iodine, held at the Oak Ridge National Laboratory in 1946, soon
after radioactive elements first became available for civilian
medical use.
He founded one of the nation's first hospital programs for the
use of radioactivity in medicine. At the University of Michigan,
he opened a clinic for patients with hyperthyroid disease and
thyroid cancer, using radioactive iodine to detect abnormal activity
in the thyroid gland and locate tumors. He later pioneered the
combined use of radioiodine and surgery for therapy of benign
and malignant disease of the thyroid. He was also instrumental
in developing several nuclear medicine agents still in use today.
Dr. Beierwaltes is credited with the original idea to label MIBG
(meta-iodo benzylguanidine) with I-131 (and later I-123) and was
the co-holder of a patent on MIBG, now widely used for identifying
and treating pheochromocytomas and neuroblastomas. I-123 MIBG
has more recently been extensively utilized in the evaluation
of cardiac innervation. In keeping with his endocrinology training,
he also fostered development of I131-iodonorcholesterol, useful
in the diagnosis of adreno-cortical tumors, such as aldosteronomas
and cortisol-producing adenomas.
He was responsible for promoting the profession of Nuclear Medicine.
In 1957 he wrote Clinical Use of Radioisotopes, the first textbook
to fill a gap in the novel field the clinical applications of
radionuclides. He was instrumental in creating one of the first
nuclear medicine fellowship programs in the nation at the University
of Michigan. Beierwaltes is also known as one of the first physicians
to propose radionuclide-labelling of antibodies, a concept that
has led to its widespread use in both imaging and treatment.
An internationally renowned scholar, Beierwaltes wrote or co-authored
during the course of his prolific career 257 peer-reviewed papers,
61 other academic papers, four books, and 77 book chapters and
gave hundreds of presentations at medical society meetings and
other talks.
Born in Saginaw, MI, Dr. Beierwaltes received his bachelor's
degree in 1938 and his medical degree in 1941 at the University
of Michigan in Ann Arbor where he later trained as an endocrinologist.
He soon developed an interest in the new field of nuclear medicine,
after joining the faculty at the University of Michigan Medical
School in 1945. He was appointed to lead the university's new
Clinical Radioisotope Service in 1952, and then later became chief
of the newly created Division of Nuclear Medicine in the early
1960s.
He was the recipient of numerous awards during his long career,
among which were the Society of Nuclear Medicine George de Hevesy
Nuclear Medicine Pioneer Award in 1982 and the American Medical
Association's Scientific Achievement Award in 1994.
He was a fellow of the American Association for the Advancement
of Sciences and the American College of Physicians, served as
president of the Society for Nuclear Medicine in 1965 and was
a longtime member, and was a founding member and distinguished
fellow of the American College of Nuclear Medicine. He was also
a member of the American Association of Physicians.
Throughout his career, Beierwaltes promoted both the scientific
and public knowledge of the profession of nuclear medicine in
its multiple facets, contributing historical milestones in research
and development of radiopharmaceuticals, fostering the professional
development of generations of physicians and technologist, and
setting high standards of professional and technical achievement
through wide dissemination of clinical knowledge and the unrelenting
work in professional organizations, some of which he helped create.
Dr. Beierwaltes helped mold the field of Nuclear Medicine as we
all know it today. In His honor, the Central Chapter instituted
several years ago the W. H. Beierwaltes Award for oral presentations
by residents or basic scientists at the Annual Meeting.
He is survived by his wife of 63 years, Mary-Martha, and by children
Andrew, William Howard and Martha.
To him goes, our perennial gratitude and admiration.
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