J.-P. Lepoittevin
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引用次数: 0

摘要

两个重要的参数控制皮肤对外源分子的致敏性:它的致敏潜力,每种化学物质的内在特性,以及暴露。通常很难量化患者接触特定过敏原的程度,这使得很难确定强过敏原。事实上,由斑贴试验确定的过敏原的流行程度反映的不是其强度,而是致敏潜力和暴露程度的综合。因此,强致敏剂的定义主要来自动物实验,在实验中可以评估致敏阈值或每平方厘米能够引起显著致敏的剂量。在有限数量的案例研究中,通过局部淋巴结试验(LLNA)评估的小鼠致敏阈值与通过人类重复侮辱斑贴试验(HRIPT)获得的人类致敏阈值之间存在良好的相关性。根据这种分类,人们可以认识到强致敏剂是相当普遍的,一般人群经常接触到它们。虽然强增敏剂包括多种化学物质,但它们都具有快速修饰蛋白质亲核残基的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Allergènes de contact forts

Two important parameters control skin sensitization to a xenobiotic molecule: its sensitizing potential, an intrinsic property of each chemical, and exposure. It is often difficult to quantify a patient's exposure to a given allergen, which makes it difficult to define strong allergens. Indeed, the prevalence of an allergen, as determined by patch testing, reflects not its strength but a combination of sensitizing potential and exposure. The definition of strong sensitizers is therefore mainly derived from animal experiments where it is possible to assess a sensitization threshold or the dose per square centimeter that is able to induce significant sensitization. It has been shown in a limited number of case studies, that there is a good correlation between sensitization thresholds assessed in mice by the Local Lymph Node Assay (LLNA) and those obtained in humans with the Human Repeated Insult Patch Test (HRIPT). Based on this classification, one can recognize that strong sensitizers are quite common and that the general population is exposed regularly to them. Although the strong sensitizers include a broad diversity of chemicals, they have in common the ability to rapidly modify nucleophilic residues of proteins.

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