Jakobsen Jarle, Babigumira Ronnie, Danielsen Marie, Grimsrud Tom K, Olsen Raymond, Rosting Cecilie, Veierød Marit B, Kjærheim Kristina
Department of Research, Cancer Registry of Norway, Oslo, Norway.
Oslo Centre for Biostatistics and Epidemiology, Department of Biostatistics, Institute of Basic Medical Sciences, University of Oslo, Norway.
Saf Health Work. 2020 Dec;11(4):509-516. doi: 10.1016/j.shaw.2020.07.004. Epub 2020 Jul 18.
Meta-analyses have shown firefighters to be at an increased risk of several cancer types. Occupational carcinogen exposure may explain these increased risks. This study aims to describe Norwegian fire departments' work conditions from 1950 until today, focusing on factors relevant for potential occupational carcinogen exposure.
With the help of a reference group, we developed a questionnaire on topics related to occupational exposure to carcinogens for the period 1950-2018. Selected Norwegian fire departments provided department-specific responses.
Sixteen departments, providing fire services for 48% of the Norwegian population as of 2019 and mainly consisting of professional firefighters, responded to our questionnaire. The introduction of synthetic firefighting foams, more regular live fire training, the introduction of chemical diving, and a higher number of diesel-driven fire service vehicles were identified as changes thought to increase exposure to occupational carcinogens. Changes thought to decrease exposure included the switch from negative to positive pressure self-contained breathing apparatuses, the use of self-contained breathing apparatuses during all phases of firefighting, the use of ventilating fans during firefighting, increased attention to flammable materials used during live fire training, increased attention to handling and cleaning of turnout gear and other equipment, and installment of exhaust removal systems in apparatus bays.
Norwegian fire departments' work conditions have seen several changes since 1950, and this could influence firefighters' occupational carcinogen exposure. A peak of carcinogen exposure may have occurred in the 1970s and 1980s before recent changes have reduced exposure.
荟萃分析表明,消防员患几种癌症的风险增加。职业致癌物暴露可能解释了这些增加的风险。本研究旨在描述挪威消防部门自1950年至今的工作条件,重点关注与潜在职业致癌物暴露相关的因素。
在一个参考小组的帮助下,我们编制了一份关于1950 - 2018年期间职业致癌物暴露相关主题的问卷。选定的挪威消防部门提供了部门特定的回复。
16个部门回复了我们的问卷,这些部门为截至2019年48%的挪威人口提供消防服务,且主要由职业消防员组成。合成消防泡沫的引入、更频繁的实火训练、化学潜水的引入以及柴油驱动消防车数量的增加被确定为被认为会增加职业致癌物暴露的变化。被认为会减少暴露的变化包括从负压式到正压式自给式呼吸器的转变、在灭火的所有阶段使用自给式呼吸器、灭火期间使用通风扇、对实火训练中使用的易燃材料的关注度增加、对灭火服和其他设备的处理和清洁的关注度增加,以及在设备间安装排气清除系统。
自1950年以来,挪威消防部门的工作条件发生了多项变化,这可能会影响消防员的职业致癌物暴露。在最近的变化降低暴露之前,致癌物暴露高峰可能出现在20世纪70年代和80年代。