Overview of a Workshop on Quantitative Models for Developmental Toxicity Risk Assessment
Author(s) -
Carole A. Kimmel,
Dorothy G. Wellington,
William H. Farland,
Philip D. Ross,
Jeanne M. Manson,
Neil Chernoff,
John F. Young,
Sherry G. Selevan,
Norman Kaplan,
Chao Chen,
Laurence D. Chitlik,
Cheryl L. Siegel-Scott,
Georgia Valaoras,
Suzanne Wells
Publication year - 1989
Publication title -
environmental health perspectives
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 2.257
H-Index - 282
eISSN - 1552-9924
pISSN - 0091-6765
DOI - 10.2307/3430553
Subject(s) - risk assessment , developmental toxicity , organism , risk analysis (engineering) , quantitative assessment , process (computing) , computer science , biology , medicine , pregnancy , paleontology , gestation , computer security , genetics , operating system
A workshop was held to discuss potential advancements to improve the precision of risk estimates for developmental toxicity. This paper presents an overview of the discussions at the workshop, focusing on the risk assessment process and science policy considerations important in the use of quantitative models. Some of the pertient biological considerations are reviewed, particularly those related to the repair capacity of the developing organism and how this affects the concept of a threshold for developmental toxicity effects, as well as the maternal and litter influences on developmental toxicity outcomes. Finally, the current status of use of quantitative approaches is described, possible short-term approaches are discussed, and future research needs in this area are outlined.
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