ROBERT LUFKIN Elected President of the Society for Magnetic Resonance Imaging 1990-1991
By overwhelming vote of
its entire membership the Society for Magnetic
Resonance Imaging elected Robert Lufkin to be its president from 1990-1991.
Robert Lufkin has had a
lifelong interest in neuroscience and imaging. During high school in the Boston
area, he was fortunate to be able to attend classes at the Massachusetts
Institute of Technology [MIT]. During that time he also worked at the New
England Primate Center affiliated with Harvard University where he helped in
the laboratories of David Hubel and Torsten Wiesel who studied the mammalian visual
system. They later received the Nobel Prize for their work describing the
neurophysiology of the visual cortex.
In college at Brown University, Robert did original
experimental research in the neurophysiology of the mammalian visual system,
specifically the superior colliculus. He also minored in computer science and
worked part-time in the main campus computer center as a machine operator to
earn extra money.
Robert next attended the University of Virginia School of
Medicine, where he also studied computer science in healthcare at the National
Institutes of Health in Bethesda, Maryland. He completed an internship in internal medicine at the
University of Oregon Center for Health Sciences. He completed a residency in diagnostic
radiology [where he served as Chief Resident] at the University of California,
Los Angeles[UCLA] School of Medicine. After residency he
did a fellowship in Neuroradiology/Head and Neck Radiology with Dr. William
Hanafee and was recruited to join the faculty at UCLA where he eventually
became a tenured Professor of Radiology.
Internationally known for scientific works in medical
imaging, Robert has written 14 textbooks, over 300 scientific papers and has
been an invited and/or keynote speaker in many countries throughout the world. His honors include being elected as President
of the Society of Magnetic Resonance Imaging and the President of the American
Society of Head and Neck Radiology as well as numerous other professional
honors and affiliations. He was honored to be listed as one of the 100 most
creative people in Los Angeles by Buzz Magazine. His scientific projects received millions of
dollars in grants from the National Institutes of Health [NIH] as well as
leading medical equipment manufacturers such as General Electric Medical,
Siemens Medical, and Fonar MR Systems to develop new medical scientific
technology as well as numerous scientific inventions. One of his many
inventions is a nonferromagnetic MR compatible medical biopsy needle for fine
needle aspiration cytology which is widely sold today as the ‘Lufkin Needle’.
In 2012 with the
unprecedented revolution in artificial intelligence and biotechnology in
general, he began to devote full time to developing opportunities in that
space. He now also works with social media to educate other professionals and
the public about the risks and potentials of artificial intelligence and
technology in general.
The Society of
Magnetic Resonance in Medicine and the Society
for Magnetic
Resonance Imaging have been negotiating
a plan that would
create one association, the Society of
Magnetic Resonance.
The proposed move would be a boon for MRI
manufacturers,
enabling them to cut in half the costs of exhibiting
at the societies'
annual conferences.
Discussions of the
merger began and a joint committee
of leading
radiologists was formed to iron out the details. The
committee developed a
merger plan that was overwhelmingly approved
by the boards of the
societies at the SMRI meeting in San Francisco. The effective date of the
merger was
be Jan. 1, 1994.
"It was becoming
clear that the societies were doing more
and more of the same
sorts of things, and it made sense to try
to join forces,"
said Jane E. Tiemann, SMRM executive director.
"We have two
societies that are growing closer in their purposes
and activities."
The SMRM was formed
in 1981 and had a reputation early on as
maintaining a more
scientific focus, with particular emphasis
on MR spectroscopy.
The SMRI, on the other hand, was known primarily
as an imaging
society, weighted toward clinicians.
But since those early
years, substantial cross-pollination
between societies has
occurred, a trend indicative of the growing
maturation of MRI.
Clinicians now understand the medical potential
of spectroscopy,
while spectroscopists realize that in order for
the technique to be
accepted it must be used clinically, according
to Dr. William G.
Bradley, director of MRI at Long Beach Memorial
Medical Center in
Long Beach, CA. Bradley served on the joint
committee that worked
out the details of the merger.
"The
distinctions have faded, and the question has to
be asked, do we need
two meetings three months apart?" Bradley
said.
Major MRI vendors may
have asked themselves the same question.
Cutting the number of
annual meetings a year will only help MRI
vendors already
trying to slash costs. Dealing with a merged society
will also accrue
benefits that go beyond the costs of renting
and staffing booth
space, according to Heinrich von Wulfen, president
of MRI at Siemens
Medical Systems.
"The cost
savings on the exhibition are small in comparison
to other resources we
spend preparing for it," von Wulfen
said. "The main
issue is that we will free up resources to
do what we do best,
and that is develop products."
Marcelo Lima,
marketing manager for the NMR division of Picker
International,
concurs.
"A merger will
concentrate in one place the opportunity
to showcase our
products," Lima said. "I think it is
a great thing."
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