汽车工业工人血液指数的变化

Manawil M, G. El-Sherif
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摘要

导言:汽车行业的工人会接触到各种化学物质,特别是重金属、脱脂剂、润滑剂、金属清洗剂、苯、溶剂、焊接烟雾和汽车尾气。汽车业工人职业接触的许多化学品,包括重金属和有机溶剂,都具有血液毒性。一些血液学指标,如血细胞比容(Hct)、血红蛋白(Hb)、红细胞(RBCs),已被用来评估血液携氧能力的功能状态,也可作为接触重金属的指标。工作目标研究汽车行业焊工和喷漆工因工作场所接触重金属而导致的血液指标变化。材料和方法:两个暴露组包括开罗赫勒万一家汽车制造厂的 30 名焊工和 32 名喷漆工。非暴露组包括同一家工厂的 44 名行政人员。对这三组人(两组接触过,一组未接触过)进行了问卷调查,包括病史和职业史,以及实验室检查:血铅水平、血清锰水平和全血细胞计数。结果显示据统计,暴露组的血铅含量和血清锰含量较高。与对照组相比,电焊工的淋巴细胞百分比明显较低。喷漆工的血红蛋白明显低于对照组。与焊工和对照组相比,喷漆工的血小板分布宽度(PDW)明显较高。喷漆工的白细胞总数、中粒细胞(MID)和粒细胞计数与血铅含量呈统计学意义上的正相关。血小板计数和血小板锐度(PCT)与电焊工的血清锰水平呈统计学意义上的显著正相关。结论和建议:汽车行业焊工和喷漆工的工作场所暴露可能会影响一些血液学参数和指数。应对汽车行业的工人进行血液中铅、锰水平的生物监测,并定期进行全血细胞计数。
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CHANGES IN HEMATOLOGICAL INDICES AMONG WORKERS IN AUTOMOTIVE INDUSTRY
Introduction: Workers in automotive industry are exposed to a variety of chemicals, especially heavy metals, degreasers, lubricants, metal cleaners, benzene, solvents, welding fumes and car exhausts. Many chemicals to which automotive industry workers are occupationally exposed, including heavy metals and organic solvents are haematotoxic. Several hematological indices such as hematocrit (Hct), hemoglobin (Hb), red blood cells (RBCs) have been used to assess the functional status of the oxygen-carrying capacity of the blood and also as indicators of exposure to heavy metals. Aim of Work: To study the changes in hematological indices among welders and spray-painters in automotive industry due to workplace exposures. Materials and Methods: The two exposed groups included 30 welders and 32 spray-painters in an automobile manufacturing factory in Helwan, Cairo. The non-exposed group included 44 administrative workers in the same factory. The three groups (2 exposed and one none exposed) were subjected to a questionnaire including medical and occupational histories and laboratory investigations: blood lead level, serum manganese level and complete blood count. Results: Statistically significant higher levels of blood lead and serum manganese were found among the exposed groups. Lymphocytes percentage was significantly lower among welders compared to the control. Hemoglobin was significantly lower among spray-painters compared to the control group. Platelet distribution width (PDW) was significantly higher among spray-painters compared to welders and control groups. The total leukocytes, mid-range cells (MID) and granulocytes counts showed a statistically significant positive correlation with blood lead level among spray-painters. Platelet count and plateletcrit (PCT) showed statistically significant positive correlation with serum manganese level among welders. Conclusion and Recommendations: Workplace exposures among welders and spray-painters in automotive industry may affect some hematological parameters and indices. Biomonitoring of lead, manganese levels in blood and regular CBC should be done for workers in automotive industry
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