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Biological UV dosimeters in quality control of tanning tubes

机译:制革管质量控制中的生物紫外线剂量计

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摘要

Although according to the International Radiological Protection Association-International Non-Ionizing Radiation Committee recommendation (1991) the use of sunbeds for cosmetic purposes is not recommended, tanning devices are used widely. Ten different types of commercially available sunbed tubes have been studied using a uracil biological UV dosimeter, and three of them were analyzed in detail. Dimerization effectiveness of the tubes was measured directly, whereas efficiency of erythema induction was calculated weighting the emission spectra by the Commission Internationale de l'Eclairage erythema action spectrum. The data obtained demonstrate that quality control of sunbed tubes has to include not only the determination of the UV doses administered but also the assessment of the health risk due to the UVB and UVA components of the lamp. A method of quality control using the uracil biological dosimeter was elaborated, and the estimation of the "acceptable" exposure time was checked/controlled on 15 volunteers by assessing individually the erythema induction threshold. A correct classification of the sunbed tubes is proposed by characterizing the erythema induction versus DNA-damaging effectiveness of tubes. [References: 43]
机译:尽管根据国际放射防护协会-国际非电离辐射委员会的建议(1991),不建议将日光浴床用于美容目的,但晒黑设备得到了广泛使用。已使用尿嘧啶生物紫外剂量计研究了十种不同类型的市售日光浴管,并对其进行了详细分析。直接测量管的二聚化效力,而通过国际照明委员会红斑作用谱通过发射光谱加权计算红斑诱导效率。所获得的数据表明,日光浴灯管的质量控制不仅必须包括确定所施加的紫外线剂量,还必须包括评估由于灯的UVB和UVA成分而导致的健康风险。阐述了一种使用尿嘧啶生物剂量计的质量控制方法,并通过单独评估红斑诱发阈值对15名志愿者检查/控制了“可接受的”暴露时间的估计。通过表征红斑诱导与DNA损伤管的性能,提出了日光浴管的正确分类。 [参考:43]

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