本powerpoint演示文稿的研究策略是:发展基于生理学的 量化器官剂量的药代动力学模型 低剂量摄入和毒性反应；和 低剂量的毒性反应机制。 这导致: 重新审查MCLG的依据；和 修订低剂量的风险评估。涵盖的主题包括:系统前分解；溴酸盐在饮用水中的重要性 水供应商；溴酸盐健康风险总结；关键风险评估问题；关键风险评估问题；为什么风险评估很重要；以前的研究；溴酸盐化学和动力学；溴酸盐研究项目概述；溴酸盐模型 毒代动力学；体内运输和分解；我们现在在哪里；目前的研究从2007年4月到2009年1月。

This powerpoint presentation's research strategy was: to develop Physiologically Based Pharmacokinetic Model to quantify organ dose from ingestion and toxic responses at low dose; and, a mechanism of toxic response at low doses. This leads to: re-examination of basis for MCLG; and, revision of risk assessment at low doses. Topics covered include: Pre-systemic Decomposition; the importance of Bromate in Drinking Water to Water Suppliers; Bromate Health Risk Summary; Critical Risk Assessment Issues; Critical Risk Assessment Issues; Why Risk Assessment Matters; Previous Research; Bromate Chemistry and Kinetics; Bromate Research Program Overview; Model of Bromate Toxicokinetics; Transport and Decomposition in vivo; Where are we now-summary; and, Current Study-April 2007 to January 2009.