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皮肤致敏的构效关系:Derek for Windows的最新改进

Structure-activity relationships for skin sensitization: recent improvements to Derek for Windows.

作者信息

Langton Kate, Patlewicz Grace Y, Long Anthony, Marchant Carol A, Basketter David A

机构信息

Lhasa Limited, 22-23 Blenheim Terrace, Woodhouse Lane, Leeds, UK.

出版信息

Contact Dermatitis. 2006 Dec;55(6):342-7. doi: 10.1111/j.1600-0536.2006.00969.x.

Abstract

Derek for Windows (DfW) is a knowledge-based expert system that predicts the toxicity of a chemical from its structure. Its predictions are based in part on alerts that describe structural features or toxicophores associated with toxicity. Recently, improvements have been made to skin sensitization alerts within the DfW knowledge base in collaboration with Unilever. These include modifications to the alerts describing the skin sensitization potential of aldehydes, 1,2-diketones, and isothiazolinones and consist of enhancements to the toxicophore definition, the mechanistic classification, and the extent of supporting evidence provided. The outcomes from this collaboration demonstrate the importance of updating and refining computer models for the prediction of skin sensitization as new information from experimental and theoretical studies becomes available.

摘要

适用于Windows的Derek(DfW)是一个基于知识的专家系统,可根据化学物质的结构预测其毒性。其预测部分基于描述与毒性相关的结构特征或毒效基团的警示信息。最近,与联合利华合作,对DfW知识库中的皮肤致敏警示信息进行了改进。这些改进包括对描述醛类、1,2 - 二酮类和异噻唑啉酮类皮肤致敏潜力的警示信息进行修改,包括对毒效基团定义、作用机制分类以及所提供支持证据的范围进行增强。此次合作的成果表明,随着来自实验和理论研究的新信息不断涌现,更新和完善用于预测皮肤致敏的计算机模型非常重要。

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