Samcheok Health Center, Samcheok, Korea.
Saf Health Work. 2011 Mar;2(1):70-82. doi: 10.5491/SHAW.2011.2.1.70. Epub 2011 Mar 31.
Ischemic heart disease (IHD) is a major cause of death in Korea and known to result from several occupational factors. This study attempted to estimate the current magnitude of IHD mortality due to occupational factors in Korea.
After selecting occupational risk factors by literature investigation, we calculated attributable fractions (AFs) from relative risks and exposure data for each factor. Relative risks were estimated using meta-analysis based on published research. Exposure data were collected from the 2006 Survey of Korean Working Conditions. Finally, we estimated 2006 occupation-related IHD mortality.
FOR THE FACTORS CONSIDERED, WE ESTIMATED THE FOLLOWING RELATIVE RISKS: noise 1.06, environmental tobacco smoke 1.19 (men) and 1.22 (women), shift work 1.12, and low job control 1.15 (men) and 1.08 (women). Combined AFs of those factors in the IHD were estimated at 9.29% (0.3-18.51%) in men and 5.78% (-7.05-19.15%) in women. Based on these fractions, Korea's 2006 death toll from occupational IHD between the age of 15 and 69 was calculated at 353 in men (total 3,804) and 72 in women (total 1,246).
We estimated occupational IHD mortality of Korea with updated data and more relevant evidence. Despite the efforts to obtain reliable estimates, there were many assumptions and limitations that must be overcome. Future research based on more precise design and reliable evidence is required for more accurate estimates.
缺血性心脏病(IHD)是韩国的主要死亡原因,已知其由多种职业因素导致。本研究试图评估目前因职业因素导致的韩国 IHD 死亡率。
通过文献调查选择职业危险因素后,我们根据每个因素的相对风险和暴露数据计算归因分数(AF)。相对风险是基于已发表的研究使用荟萃分析进行估计的。暴露数据来自 2006 年韩国工作条件调查。最后,我们估算了 2006 年与职业相关的 IHD 死亡率。
对于所考虑的因素,我们估计了以下相对风险:噪声 1.06、环境烟草烟雾 1.19(男性)和 1.22(女性)、轮班工作 1.12、低工作控制 1.15(男性)和 1.08(女性)。这些因素在 IHD 中的综合 AF 估计分别为男性的 9.29%(0.3-18.51%)和女性的 5.78%(-7.05-19.15%)。基于这些分数,韩国 2006 年 15-69 岁人群因职业性 IHD 的死亡人数为男性 353 人(总计 3804 人)和女性 72 人(总计 1246 人)。
我们使用更新的数据和更相关的证据估计了韩国的职业性 IHD 死亡率。尽管我们努力获得可靠的估计,但仍存在许多假设和限制,必须加以克服。未来需要基于更精确的设计和可靠的证据进行研究,以获得更准确的估计。