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Stephen S Olin

Publications and source records attributed to Stephen S Olin.

3 recordsLinked to original sources

Scientific peer review to inform regulatory decision making: leadership responsibilities and cautions.

The article offers insights on the peer-review process as it relates to scientific and technical reports used to inform regulatory decisions. Used effectively, peer review is a powerful tool for advising organizational leaders whether the scientific foundations of their decisions can be expected to withstand scrutiny as rule-making products move through interagency reviews, public comment and stakeholder processes, congressional oversight, and judicial review. The emphasis is "heads up" rather than "how to." That is, without delving into myriad technical and administrative details, the discussion highlights nine fundamental "leadership responsibilities" that determine the nature and course of peer review.

Conflict of Interest↗

Kinetic and mechanistic data needs for a human phsiologically based pharmacokinetic (PBPK) model for acrylamide: pharmacokinetic model for acrylamide.

A pharmacokinetic (PBPK) model has been developed for acrylamide (AMD) and its oxidative metabolite, glycidamide (GLY), in the rat based on available information. Despite gaps and limitations to the database, model parameters have been estimated to provide a relatively consistent description of the kinetics of acrylamide and glycidamide using a single set of values (with minor adjustments in some cases). Future kinetic and mechanistic studies will need to focus on the collection of key data for refining certain model parameters and for model validation, as well as for conducting studies that elucidate the mechanism of action. Development of a validated human AMD/GLY PBPK model capable of predicting target tissue doses at relevant dietary AMD exposures, in combination with expanding data on modes of action, should allow for a substantive improvement in the risk assessment of acrylamide in food.

Acrylamide↗

Workshop to develop a framework for assessing risks to children from exposure to environmental agents.

Characterization of children's health risks from environmental exposures requires special consideration of life-stage-specific periods of unique susceptibility in relation to childhood activities, behaviors, and intakes. At a workshop in Stowe, Vermont, in mid-summer 2001, 54 experts developed a systematic conceptual framework for assessing the impact of these factors on children's risks. This meeting report provides a brief overview of the workshop.

Child↗