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首页> 外文期刊>Medycyna Pracy >Health effect of chronic exposureto carbon disulfide (CS 2 )on women employed in viscose industry
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Health effect of chronic exposureto carbon disulfide (CS 2 )on women employed in viscose industry

机译:长期接触二硫化碳(CS2)对粘胶行业女性的健康影响

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Many women are exposed to carbon disulfide (CS2) hazards at work every day. Working with CS2 may cause some women toexperience abnormalities in their reproductive health. Until now obtained data is generally concentrated on the health effectsof CS2 observed in the viscose industry. To date, CS2 has not been studied precisely for its potential to have damaging effects onfemale reproductive system, especially the frequency of menstrual disturbances and the course of menopause. The aim of thestudy was to sum up female reproductive health hazards amongst women chronically exposed to CS2 in their workplace in theviscose industry. In order to study the effect of CS2 in the contemporary viscose industry, exposure measurements should be collectedin prospective or cross-sectional studies. In conclusion, reproductive health hazards for women chronically exposed to CS2in the workplace in the viscose industry are the following: 1) menstrual disorders essentially are more frequent than in the caseof the healthy women, 2) for women chronically exposed to CS2 the average menopausal age is statistically earlier, as comparedto healthy women, 3) complex disturbances in neurohormonal system for women exposed to CS2, resulting from toxic influencesof CS2, which cause the secretion of estrogens and progesterone in ovaries and dehydroepiandrosterone sulfate in the adrenalgland to diminish. Med Pr 2018;69(3):329–335
机译:许多妇女每天在工作中都会受到二硫化碳(CS2)危害。与CS2一起工作可能会导致某些妇女的生殖健康出现异常。到目前为止,获得的数据通常集中在粘胶行业中观察到的CS2对健康的影响。迄今为止,尚未对CS2可能对女性生殖系统产生破坏作用(特别是月经紊乱的频率和更年期的过程)造成潜在破坏的作用进行精确的研究。该研究的目的是总结在粘胶行业工作场所中长期接触CS2的女性中女性生殖健康的危害。为了研究CS2在当代粘胶行业中的影响,应在前瞻性或横截面研究中收集暴露量。总之,在粘胶行业中,长期暴露于CS2的女性对生殖健康的危害如下:1)与健康女性相比,月经紊乱的发生率基本上比健康女性高; 2)长期暴露于CS2的女性的平均绝经年龄与健康女性相比,在统计学上更早。3)接触CS2的女性的神经激素系统复杂紊乱,这是由于CS2的毒性影响所致,这导致卵巢中雌激素和孕酮的分泌以及肾上腺中硫酸脱氢表雄酮的减少。 Med Pr 2018; 69(3):329–335

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