Search Results - "Mason, Ann M."

A quantitative screening‐level approach to incorporate chemical exposure and risk into alternative assessment evaluations by Arnold, Scott M, Greggs, Bill, Goyak, Katy O, Landenberger, Bryce D, Mason, Ann M, Howard, Brett, Zaleski, Rosemary T

“…ABSTRACT As the general public and retailers ask for disclosure of chemical ingredients in the marketplace, a number of hazard screening tools were developed…”
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A Tiered Screening Approach to Evaluating Chemical Exposures from Consumer and Commercial Products by Mason, Ann M, Greggs, William, Landenberger, Bryce D, Carroll, William, Howard, Brett, Risotto, Stephen P

“…To assess human health risks associated with chemicals, risk assessors often utilize models that evaluate the health effects of a chemical constituent based on…”
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Authors’ response to Turner et al by Panko, Julie, Hitchcock, Kristen, Fung, Mai, Spencer, Pamela J, Kingsbury, Tony, Mason, Ann M

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Can mode of action predict mixture toxicity for risk assessment? by Borgert, Christopher J., Quill, Terry F., McCarty, Lynn S., Mason, Ann M.

“…Recent regulatory guidance for mixture risk assessments and for regulating pesticide chemicals recommends using information about the “mode” or “mechanism” of…”
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Use of a Physiologically Based Pharmacokinetic Model to Identify Exposures Consistent With Human Biomonitoring Data for Chloroform by Tan, Yu-Mei, Liao, Kai H., Conolly, Rory B., Blount, Benjamin C., Mason, Ann M., Clewell, Harvey J.

“…Biomonitoring data provide evidence of human exposure to environmental chemicals by quantifying the chemical or its metabolite in a biological matrix. To…”
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Improving the scientific foundation for mixtures joint toxicity and risk assessment: Contributions from the SOT mixtures project—Introduction by Mason, Ann M., Borgert, Christopher J., Bus, James S., Moiz Mumtaz, M., Simmons, Jane Ellen, Sipes, I. Glenn

“…Risk assessments are enhanced when policy and other decision-makers have access to experimental science designed to specifically inform key policy questions…”
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Hershey Medical Center Technical Workshop Report: Optimizing the design and interpretation of epidemiologic studies for assessing neurodevelopmental effects from in utero chemical exposure by Amler, Robert W., Barone, Stanley, Belger, Aysenil, Berlin, Cheston M., Cox, Christopher, Frank, Harry, Goodman, Michael, Harry, Jean, Hooper, Stephen R., Ladda, Roger, LaKind, Judy S., Lipkin, Paul H., Lipsitt, Lewis P., Lorber, Matthew N., Myers, Gary, Mason, Ann M., Needham, Larry L., Sonawane, Babasaheb, Wachs, Theodore D., Yager, Janice W.

“…Neurodevelopmental disabilities affect 3–8% of the 4 million babies born each year in the U.S. alone, with known etiology for less than 25% of those…”
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Use of a Physiologically Based Pharmacokinetic Model to Identify Exposures Consistent with Human Biomonitoring Data for Chloroform by Tan, Yu-Mei, Liao, Kai H, Conolly, Rory B, Blount, Benjamin C, Mason, Ann M, Clewell, Harvey J

“…Use of a physiologically based pharmacokinetic model to identify exposure consistent with human biomonitoring data for chloroform was studied. Predictive…”
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A Quantitative Technique for Studying the Effect of Dust on Phagocytic Cells in vitro by Marks, J., Mason, M. Ann

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A Study of Dust Toxicity Using a Quantitative Tissue Culture Technique by Marks, J., Mason, M. Ann, Nagelschmidt, G.

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