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-- A 2007 Komen for the Cure grant was awarded to Insoo Bae, Ph.D., of
Georgetown University to identify environmental agents that cause DNA
damage to BRCA1 defective breast cells, triggering the development of
cancerous tumors.
-- A Komen for the Cure grant is supporting the work of
Amy Trenthan-Dietz, Ph.D., of the University of Wisconsin-Madison as
she focuses on whether human exposure to a large number of chemicals
in the environment with estrogenic properties (called 'xenoestrogens')
is sufficient enough to increase breast cancer risk.
Dr. Trenthan-Dietz is making use of a new technique to measure total
xenoestrogen exposure burden -- the sum of estrogenic activity of all
xenoestrogens to when an individual is exposed. Findings could prove
instrumental in helping public health officials identify and target
potential sources of exposure.
-- Dr. Donald Lannin of Yale University is using Komen grant money to
study the intricacies of ductal carcinoma in situ (DCIS) in order to
determine more clearly which cases are likely to become invasive.
-- Komen for the Cure is enabling Dr. Michael A. Tainsky of Wayne State
University in Michigan to test a unique combination of techniques for
cancer detection, including robotics and computer-based informatics to
identify hundreds of potential biomarkers specific to DCIS and
determine which cases may become invasive.
-- A Komen for the Cure grant to support the development of experimental
model systems is helping Dr. Celeste Nelson at Princeton University to
develop a three-dimensional microlithography-based model system to
study what happens in and around breast cells as they undergo
malignant transformation. Looking at complex chains of events and
cellular cros
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