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High-Throughput Predictive Approaches to Evaluating Chemicals in Food Contact Materials: Migration, Exposure, and Alternatives Identification
Citation:
Isaacs, K. High-Throughput Predictive Approaches to Evaluating Chemicals in Food Contact Materials: Migration, Exposure, and Alternatives Identification. Identifying and Evaluating Alternative Materials: The Case of BPA-Free Can Linings, Berkeley, CA, November 04, 2016.
Impact/Purpose:
This presentation describes HT approaches to modeling migration and exposure for food-contact substances. These methods, while low-tier, may inform evaluation of proposed alternatives chemicals for food-use applications.
Description:
This is a presentation describing CSS research on HT predictive methods to modeling exposure and predicting functional substitutes. It will be presented at a forum co-sponsored by the State of California and UC Berekeley on evaluation of chemical alternatives for food contact chemicals. . November 4, 2016.