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From
our Director
Integrated science. Innovative technology. This is the Crump
Institute.
Our track record illustrates the magic of mixing the best minds in the
physical, biological, and medical sciences, to create new science through
invention of technologies to achieve it.
This began when my colleagues and I, with backgrounds in chemistry, physics,
engineering, and mathematics, invented the PET scanner. PET, or
positron emission tomography, provides a powerful means to look inside
the human body and watch the living chemistry of cells and organ systems,
providing new insights into how we function normally and what fails in
disease. Never before had this been possible. Today PET imaging has grown
to become a mainstay in the clinical imaging of cancer, Alzheimer’s,
and other major diseases throughout the world.
That wasn’t enough - we needed to build a stepping stone to connect
the discoveries of basic biology to molecular imaging in a preclinical
setting. The "History” page tells the MicroPET Story,
how Crump scientists invented a new technology that opened windows for
watching fundamental life processes - in intact living organisms. Since
then we have pioneered the establishment of “Molecular Imaging”
as a central platform in biological and pharmacological investigation.
Now we are bridging the next gap - building the knowledge base and technology
to produce new molecular imaging probes. These probes are needed
to expand our pictures of the biology of disease – so that we can
watch genes issue their instructions, observe the generation of the cell’s
molecular components and the metabolism that fuels their function, and
spy on their communications, all of this within tissues and organ systems
of the living organism. New ways of “seeing” will lead to
a new understanding of normal functions in health, and open avenues for
intervention when disease arises.
Crump scientists have created a unique laboratory for interdisciplinary
investigations across mathematical, engineering, physical, biological
and medical sciences. We draw in the people who do the best science,
who share our vision, no matter where they are. Strong partnerships with
the California NanoSystems Institute, Caltech, and the Institute for Systems
Biology in Seattle increase our access to science and technology.
Close ties with the Institute for Molecular Medicine, the Institute of
Stem Cell Biology & Medicine, and the Jonsson Comprehensive Cancer
Center at UCLA provide links to pass our innovations into the hands of
faculty and students who will implement our discoveries to improve the
lives of patients and people everywhere.
We’ve proven this approach works by bringing PET, microPET, and
molecular imaging to the scientific and medical research communities.
And we continue to provide novel technologies that accelerate the pace
of discovery.
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