Department of Occupational and Environmental Medicine, Epidemiology and Hygiene, Italian Workers' Compensation Authority (INAIL), Rome, Italy.
BMC Public Health. 2018 Mar 27;18(1):413. doi: 10.1186/s12889-018-5332-x.
Many carcinogenic chemicals are still used or produced in several economic sectors. The aim of this study is to investigate differences in occupational exposure patterns to carcinogens by gender in Italy.
Information about the most common carcinogens recorded in the Italian occupational exposures database (SIREP) for the period 1996-2015 was retrieved. Descriptive statistics were calculated for exposure-related variables (carcinogenic agent, occupational group, economic activity sector, and workforce size). The chi-square(χ) test was used to verify differences between genders, and logistic regression analysis was performed to evaluate the association between gender and risk of having higher exposure levels, after adjusting for age. Concurrent exposures to multiple carcinogens were investigated using the two-step cluster analysis.
A total of 166,617 exposure measurements were selected for 40 different carcinogens. Exposed workers were only in a small proportion women (9%), and mostly aged 20-44 years (70%) in both genders. Women were more likely to be exposed than men to higher levels for several carcinogens even after correction for age at exposure, and the exposure level was significantly (p < 0.01) associated with occupation, economic sector and workforce size. The five main clusters of co-exposures identified in the entire dataset showed a differential distribution across economic sectors between genders.
The exposures to occupational carcinogens have distinguishing characteristics in women, that are explained in part by work and job segregation. Because of the presence of high-exposed groups of female workers in many industrial sectors, further research and prevention efforts are recommended.
许多致癌化学物质仍在几个经济部门使用或生产。本研究旨在调查意大利不同性别职业暴露于致癌物质的差异。
检索了 1996-2015 年意大利职业暴露数据库(SIREP)中记录的最常见致癌物质的信息。对暴露相关变量(致癌剂、职业群体、经济活动部门和劳动力规模)进行了描述性统计。卡方检验(χ)用于检验性别之间的差异,逻辑回归分析用于评估性别与更高暴露水平风险之间的关联,同时调整了年龄因素。采用两步聚类分析研究了同时接触多种致癌物质的情况。
共选择了 166617 项针对 40 种不同致癌物质的暴露测量值。暴露工人中女性仅占很小比例(9%),且在两性中,年龄在 20-44 岁的工人占多数(70%)。即使在调整了暴露时的年龄后,女性接触较高水平致癌物质的可能性仍高于男性,且暴露水平与职业、经济部门和劳动力规模显著相关(p<0.01)。在整个数据集确定的五个主要共同暴露聚类中,性别之间在经济部门的分布存在差异。
职业性致癌物质的暴露在女性中具有独特的特征,这部分可以通过工作和职业隔离来解释。由于许多工业部门都存在高暴露的女性工人群体,因此建议进行进一步的研究和预防工作。