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卡松防腐剂的剂量反应评估。(二)。阈值预测性斑贴试验。

Dose-response assessments of Kathon biocide. (II). Threshold prophetic patch testing.

作者信息

Cardin C W, Weaver J E, Bailey P T

出版信息

Contact Dermatitis. 1986 Jul;15(1):10-6. doi: 10.1111/j.1600-0536.1986.tb01254.x.

Abstract

Biocidal preservative agents are important in preventing the growth of pathogenic and nonpathogenic organisms in a variety of personal care, household and industrial products. Nearly all effective, commonly used preservative materials possess skin sensitization potential. In a series of 13 prophetic human repeat insult patch tests involving a total of 1450 subjects, no skin sensitization was induced at concentrations of 10 ppm, 6 ppm or 5 ppm (1121 subjects) or at 15 ppm (200 subjects) of a new isothiazolinone preservative mixture (Kathon CG). Delayed contact hypersensitivity was induced in 1 of 84 subjects at 12.5 ppm and in 2 of 45 subjects at 20 ppm. These results add further support to the previously reported conclusion that use of this new biocide at the very low concentrations required for effective preservation of rinse-off products involves an extremely low risk of clinical dermatoses.

摘要

杀生防腐剂对于防止各种个人护理产品、家用产品和工业产品中致病和非致病生物体的生长很重要。几乎所有有效的常用防腐材料都具有皮肤致敏潜力。在一系列共涉及1450名受试者的13次前瞻性人体重复刺激斑贴试验中,一种新型异噻唑啉酮防腐剂混合物(卡松CG)在10 ppm、6 ppm或5 ppm浓度下(1121名受试者)以及在15 ppm浓度下(200名受试者)均未诱发皮肤致敏。在12.5 ppm浓度下,84名受试者中有1人诱发了迟发性接触性超敏反应;在20 ppm浓度下,45名受试者中有2人诱发了迟发性接触性超敏反应。这些结果进一步支持了先前报道的结论,即在有效保存冲洗产品所需的极低浓度下使用这种新型杀生剂,临床皮肤病的风险极低。

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