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Background
Recent advances and insights into the molecular
pathogenesis of cancer provide unprecedented opportunities for discovery and
development of novel, molecularly targeted diagnostic, therapeutic and
preventative strategies and agents. The pivotal challenge to discovery and
development of molecularly targeted prevention and therapeutics remains the
definitive validation of human cancer-pertinent molecular targets for
intervention. Such validation ultimately requires human clinical trials of
specific molecularly targeted agents, and the demonstration that the desired
clinical outcome is unequivocally the result of the corresponding molecular
intervention. The critical foundation for the lead-discovery and preclinical
research phase of molecular target validation is the basic research elucidating
potential cancer-pertinent molecular targets.
Within the NCI Center
for Cancer Research (CCR), there are unique and extraordinary opportunities
to advance molecularly targeted therapeutics and prevention of cancer, AIDS and
other diseases. Rapid and efficient translation of basic scientific advances
into new tools, reagents, and molecularly targeted leads for preclinical and
clinical research and development based on scientific rationales and
state-of-the-art technologies, optimally requires an interdisciplinary,
collaborative, team-oriented approach.
What is it?
The Molecular Targets Development Program (MTDP) is a new
organizational entity recently launched within the
Center for Cancer Research (CCR) at NCI.
The MTDP provides the focus and infrastructure to enable CCR tenured and
tenure-track Principal Investigators to initiate and pursue interdisciplinary,
applied, collaborative, molecularly targeted drug discovery research within a
matrix organizational format that is both supportive of and complementary to
the traditional NCI/NIH intramural Lab/Branch organization. The MTDP
mission statement further defines the new
organizational model.
The initial goal of the MTDP is to facilitate the
discovery of compounds that may serve as bioprobes for functional genomics,
proteomics and molecular target validation research, as well as leads or
candidates for drug development. Compounds of interest include not only
classical, "drug-like" organic small-molecules, but also peptides, proteins,
nucleic acids, lipids, carbohydrates and other bioactive chemical classes.
Future implementation phases of the MTDP concept may support preclinical and
clinical development of promising new molecularly targeted investigational
drugs.
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