Department Accident Prevention: Digitalisation-Technologies, Institute for Occupational Safety and Health of the German Social Accident Insurance, Sankt Augustin, Germany.
Front Public Health. 2022 Jan 26;9:772290. doi: 10.3389/fpubh.2021.772290. eCollection 2021.
Non-melanoma skin cancer (NMSC) is the most common cancer in western countries. Legislative bodies and stakeholders like WHO and EU strongly promote protection against solar UVR, especially in workers. Occupational health prevention must be introduced as a strong instrument in workers protection also with regard to occupational disease issues. To date, criteria for both occupational health prevention and occupational disease are missing and the identification of risk groups has no metric basis. Here I report a criteria analysis based on the largest comprehensive data set of occupational ultraviolet radiation exposure of outdoor workers. With detailed research on occupation-specific dosimetric measurements of 45.000 measurement days in 176 occupations and sub-occupations, it is possible to map criteria for occupational health prevention specifically and to identify affected occupations. The number of employees affected can be elucidated worldwide. For the first time, a direct link to retrospective occupational disease criteria could be established. Of the 176 occupations and sub-occupations selected for this work, 153 (=87%) exceed the criterion for occupational health prevention and thus need special attention. This includes all occupations with annual exposures of more than 150 SED. Employment figures for the EU and the world yield the total number of affected workers to be 36.1 million and more than 500 million, respectively. These new criteria for occupational health prevention are valid and in good agreement with international research on limit values by WHO and ICNIRP. If applied correctly and consistently, these criteria can prevent occupational disease. It will be possible to identify occupations and sub-occupations that have an urgent need for prevention to avoid chronic skin damage leading to cancer. This research serves as a basis for policy making and clinical risk identification, as well as for daily practice of occupational physicians and employers responsible for risk assesment.
非黑色素瘤皮肤癌(NMSC)是西方国家最常见的癌症。立法机构和利益相关者,如世界卫生组织和欧盟,强烈倡导保护人们免受太阳紫外线辐射,尤其是在劳动者中。职业健康预防必须作为保护劳动者的有力工具引入,也要考虑到职业病问题。迄今为止,职业健康预防和职业病的标准都还没有制定,风险群体的识别也没有度量依据。在这里,我报告了一项基于最大的户外工作者职业紫外线暴露综合数据集的标准分析。通过对 176 种职业和子职业的 45000 个测量日的特定职业剂量测量进行详细研究,可以制定具体的职业健康预防标准,并确定受影响的职业。受影响的员工人数可以在全球范围内得到说明。这是首次能够将其与回顾性职业病标准直接联系起来。在这项工作中选择的 176 种职业和子职业中,有 153 种(87%)超过了职业健康预防标准,因此需要特别关注。这包括所有每年暴露于超过 150 SED 的职业。针对欧盟和世界的就业数据,受影响的劳动者总数分别为 3610 万和超过 5 亿。这些新的职业健康预防标准是有效的,与世界卫生组织和国际非电离辐射防护委员会关于限值的国际研究非常吻合。如果正确且一致地应用这些标准,它们可以预防职业病。这将有可能识别出需要紧急预防的职业和子职业,以避免导致癌症的慢性皮肤损伤。这项研究为政策制定、临床风险识别以及职业医生和负责风险评估的雇主的日常实践提供了基础。