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MOLECULAR MODELING AS A TOOL FOR UNDERSTANDING HUMAN HEALTH RISKS
Citation:
PASQUINELLI, M., S. LITTLE, M. GOLDSMITH, AND J. R. RABINOWITZ. MOLECULAR MODELING AS A TOOL FOR UNDERSTANDING HUMAN HEALTH RISKS. Presented at EPA Science Forum: Your Health, Your Environment, Your Future, Ronald Reagan Bldg, Washington, DC, May 16 - 18, 2006.
Impact/Purpose:
A GENERIC STEP IN MANY MECHANISMS FOR CHEMICAL TOXICITY IS THE INTERACTION BETWEEN A SMALL MOLECULE AND A BIOLOGICAL MACROMOLECULE. THE INFORMATION THAT IS GATHERED FROM THIS STUDY WILL THEN BE USED TO EXTRACT RELATIONSHIPS AMONG THE INFORMATION DOMAINS.
Description:
A GENERIC STEP IN MANY MECHANISMS FOR CHEMICAL TOXICITY IS THE INTERACTION BETWEEN A SMALL MOLECULE AND A BIOLOGICAL MACROMOLECULE. THE INFORMATION THAT IS GATHERED FROM THIS STUDY WILL THEN BE USED TO EXTRACT RELATIONSHIPS AMONG THE INFORMATION DOMAINS.