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接触性变应原和刺激物的化学性质。

Chemistry of contact allergens and irritants.

作者信息

Basketter D A

机构信息

Unilever Environmental Safety Laboratory, Sharnbrook, Bedford, UK.

出版信息

Am J Contact Dermat. 1998 Jun;9(2):119-24.

PMID:9601900
Abstract

Understanding the nature and causes of contact dermatitis is as much a problem of chemistry as it is of biology. Many of the characteristics of an individual's reaction to a particular chemical, whether it be an irritant or allergen or both, depend very much on that person. From a more general perspective, however, the ability of a chemical to irritate and/or sensitize is a primary function of its chemical properties. The human biological system simply responds to the nature of the chemical perturbation it perceives; thus within the human population there is normal distribution in terms of the intensity of a reaction to a defined stimulus. This article reviews the present state of knowledge regarding the relationships between the ability of a chemical to cause contact dermatitis and its physicochemical properties, with close attention paid to how this knowledge may be used in a predictive sense to assist in risk assessment.

摘要

了解接触性皮炎的性质和病因,既是一个生物学问题,也是一个化学问题。个体对特定化学物质(无论是刺激物、过敏原还是两者皆有)的反应的许多特征,在很大程度上取决于该个体。然而,从更一般的角度来看,一种化学物质刺激和/或致敏的能力是其化学性质的主要功能。人类生物系统只是对它所感知到的化学扰动的性质做出反应;因此,在人群中,对特定刺激的反应强度呈正态分布。本文综述了关于化学物质引起接触性皮炎的能力与其物理化学性质之间关系的现有知识状态,并密切关注如何将这些知识用于预测,以协助进行风险评估。

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