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Bruce Schnapp grew up in Connecticut. He earned a BS with
highest honors from the University of Connecticut, and a PhD,
in Neuroscience, also at the University of Connecticut. After
performing postdoctoral work in the Department of Neurobiology
at Harvard Medical School and at the Institute of Neurology
in London, England, Dr. Schnapp joined the NIH in 1983, but
maintained his lab off the main NIH campus, at the Marine
Biological Laboratory in Woods Hole, MA, to work with the
squid giant axon. From 1983-1989, while at the MBL, Dr Schnapp,
with a small group of collaborators, discovered cytoplasmic
microtubule motors and their fundamental role in intracellular
trafficking. Dr. Schnapp continued his work on molecular motors
from 1989-91, as Associate Professor in the Department of
Physiology at Boston University Medical School. In 1991, Dr.
Schnapp moved his laboratory to Harvard Medical School in
the Department of Cell and Molecular Physiology (later renamed
Department of Cell Biology), where he remained until August
2001. In September, 2001, Dr. Schnapp assumes the position
of Professor of Cell and Developmental Biology at Oregon Health
and Sciences University, Portland, Oregon, where his laboratory
will continue to investigate mechanisms of intracellular transport.
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One of the attractions of a career in basic research is
the freedom to define your own view of science. To me, and
those in my lab, science is first and foremost, exploration.
All of the hard work, frustration, and uncertainties of
doing science are rewarded in those few occurrences in your
career when you are truly on the edge of what is known,
and you get the first glimpse of something broad, important,
novel and, as it often happens, unexpected. Discoveries
with these qualities usually occur in undeveloped, but otherwise
extremely interesting areas, where few labs work and where
the thinking is not very sophisticated. With this in mind,
we have chosen to work on the dual problems of how motors
organize intracellular traffic and how specific RNAs are
localized. In science, as in other aspects of life, it helps
to thing big, take chances, and keep looking ahead.
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