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By Mary Fiess
A cell biologist by training,
University at Albany President Karen R. Hitchcock knows well the critical
importance of research in the life sciences. Early in her career, she
led a research team that identified a potential treatment for respiratory
distress syndrome, then the major cause of death in premature infants. As UAlbany's president for
over five years, Hitchcock also knows well the major investments necessary
to advance research in this area. And now, starting with significant
funding from New York State and seeking $20 million in private gifts
as well as federal grant support, Hitchcock is leading a major new effort
that will invest more than $100 million to build world-class strength
in life sciences research at the University. "We live at a time of remarkable
breakthroughs in our understanding of the fundamental processes of life,
and we can envision even more remarkable possibilities - ranging from
new treatments for disease to new approaches to world hunger. Our Life
Sciences Research Initiative will position the University at Albany
at the cutting edge of these critical research areas," said Hitchcock.
"Our $3 billion SUNY/CUNY
capital plan is now revitalizing college campuses all across our State
- producing spectacular new facilities such as this one being constructed
at UAlbany. This building will play a key role in re-energizing the
UAlbany campus, providing students and researchers with access to state-of-the-art
labs and equipment," said Pataki.
"This building and the research
it supports will build on and complement the outstanding research in
genomics and biomedical sciences that is under way at our East Campus.
The University's expertise in nanotechnology, micro-electronics and
advanced materials is already being applied to biological and medical
problems, and this new initiative will strengthen such cross-disciplinary
research efforts.
All these collaborative efforts
will help build the region's biotechnology industry and drive economic
growth," Hitchcock said. Deliberately designed with
flexible laboratory space, the Life Sciences Research Building will
ultimately house 39 research groups from a variety of life science disciplines.
Researchers from departments including psychology, biology, and chemistry,
who are working in areas related to the life sciences, will share the
facilities and space, configured to encourage formal and informal interaction
between research groups to foster synergy among the disciplines. Equipment and technologies
critical to advance discovery across the spectrum of disciplines will
include those necessary to promote research in genomics, bioinformatics,
proteomics, microarray, mouse transgenesis, cell culture, and imaging,
as well as mass spectroscopy and nuclear magnetic resonance spectroscopy. The University's Center for
Comparative Functional Genomics, established on the East Campus in 1999
to advance understanding of human genetic processes, also boasts such
sophisticated facilities. The expertise of CCFG researchers and the
core facilities have, in turn, helped attract companies to the East
Campus and major research funding. CCFG Co-directors Paulette McCormick
and Albert Millis both say the Life Sciences Research Initiative will
build on that progress and have an even larger impact. "Already we see a positive
impact on our efforts to attract new faculty and when this state-of-the-art
facility is completed we will be equipped to support a critical mass
of researchers doing cutting-edge molecular biology," says McCormick. "The physical infrastructure
is absolutely essential to attract the best scientists. To paraphrase
the film Field of Dreams: 'If you build it, they will come,' " says
Millis. Research teams to be recruited
through the new Initiative are expected to fall into such areas as transgenesis
and genetic manipulation, structural analysis of proteins and DNA, function
of biomolecules at cellular and organismal levels, and population genetics,
molecular evolution, and behavior.
Also in the building will
be a 3,000-square-foot fermentation facility that will enable researchers
to grow the large amounts of yeast and bacterial cells that are needed
to purify individual enzymes and protein complexes on a large scale.
A National Institutes of Health (NIH) grant totaling $619,855 is helping
support construction of that center. New York State is providing
$65 million of the building's construction costs. Approximately $5 million
more for the building will come from research grants like the NIH grant
awarded for the fermentation facility. The University is launching a
fund-raising drive for $20 million in private gifts for the Life Sciences
Research Initiative - $8 million in support for the building and $12
million to recruit and retain nationally prominent research teams. This
campaign, coupled with additional federal and University support, comprises
a total investment of over $100 million to build world-class life sciences
research at the University. The new Life Sciences Research
Building, located adjacent to the University's existing Biology Building
on the east side of the uptown campus, is scheduled for completion in
2004-05. Northland Associates of Syracuse is the contractor for the
building. Hillier/New York, one of the largest architectural firms in
the U.S. and the recipient of more than 250 awards for design excellence,
is the architect. "This Initiative is at the heart of our vision for the State University of New York. Cutting-edge research conducted by world-class faculty in close partnership with the public and private sectors will reap enormous benefits for New Yorkers and people everywhere," said SUNY Chancellor Robert King. |
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