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棕尾毒蛾(Euproctis chrysorrhoea Linn.)幼虫所致皮炎的调查研究。I. 临床与实验结果。

Investigative studies of the dermatitis caused by the larva of the brown-tail moth (Euproctis chrysorrhoea Linn.) I. Clinical and experimental findings.

作者信息

de Jong M C, Bleumink E, Nater J P

出版信息

Arch Dermatol Res (1975). 1975 Oct 29;253(3):287-300. doi: 10.1007/BF00561154.

Abstract

A description is given of both naturally occurring and experimentaly produced brown-tail moth caterpillar dermatitis. Epicutaneous test reactions were studied in a group of 45 persons, utilizing different setae preparations obtained from Euproctis chrysorrhoea L. About 70% of the individuals developed marked reactions upon contact with untreated nettling hairs. The early skin lesions were as a rule erythematous and wheal-like in character (urticarial), gradually becoming more infiltrated and developing into erythematous papules or vesicles. Treatment of the nettling hairs either by heating or saline extraction resulted in a partial loss only of their skin irritating properties; heat treatment being slightly more effective in this respect. Intracutaneous tests with a sline extract of nettling hairs elicited positive skin reactions in all individuals tested. Biochemical analysis of the crude extract revealed the presence of a potent esterolytic enzyme. Apart from their skin irritating action, the nettling hairs were found capable to induce the formation of spherocytes when mixed in vitro with human erythrocytes. The relevance of this phenomenon is discussed. On the basis of our findings and those of other it is suggested that the action of the nettling hairs upon the human skin is dependent both on a toxic and mechanical traumatic principle.

摘要

本文描述了自然发生的和实验诱发的棕尾毒蛾毛虫皮炎。利用从金黄毒蛾(Euproctis chrysorrhoea L.)获得的不同刚毛制剂,对45人进行了表皮试验反应研究。约70%的个体在接触未经处理的刺毛时出现明显反应。早期皮肤损害通常为红斑性和风团样(荨麻疹性),逐渐变得更加浸润,并发展为红斑丘疹或水疱。通过加热或盐水提取处理刺毛,仅使其皮肤刺激性部分丧失;在这方面热处理稍有效。用刺毛的生理盐水提取物进行皮内试验,在所有受试个体中均引起阳性皮肤反应。对粗提取物的生化分析显示存在一种强效酯解酶。除了其皮肤刺激作用外,还发现刺毛在体外与人红细胞混合时能够诱导球形红细胞的形成。讨论了这一现象的相关性。根据我们的研究结果以及其他研究结果,提示刺毛对人体皮肤的作用既取决于毒性原理,也取决于机械创伤原理。

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