Kadar Logam Timbal (Pb) dalam Darah Penjual Klepon

Yayuk Kustiningsih, Noni Fitriyanti, Nurlailah Nurlailah
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引用次数: 4

Abstract

A kelepon seller is one of the groups susceptible to metal pollution from motor vehicle emissions from the tetraethyl-Pb and tetramethyl-Pb combustion products that are always added to motor vehicle fuel. Lead metal has a negative impact on the environment including human health. The first effect of chronic Pb poisoning before reaching the target organ is the presence of hemoglobin synthesis disorder so that the hemoglobin level decreases.The effect of lead poisoning in the blood can occur if the Pb content is more 70 ug/dl or 0.7 ppm which will lead to anemia. This study aims to determine a level of lead metal in the blood of kelepon seller that exceeds the threshold. Descriptive survey research method with cross-sectional design on the sample from 15 respondents. The lead metal (Pb) in the blood is measured using an Atomic Absorption Spectrophotometer (SSA) device. The result of the research shows that there are 13 respondents (86,7%) whose Pb metal content exceeds the blood lead threshold that is 20 ug / dL or 0,20 ppm. The highest level of lead in the blood of the respondents was 0.73 ppm and the lowest was 0.10 ppm. Two respondents with lead in blood less than 0.20 ppm are known to always use personal protective equipment while working, even though the working time is 6-10 hours/day. It is advisable to conduct further research by examining Hb levels and abnormalities of erythrocytes in the blood of the kelepon seller and conducting similar research
Klepon销售血液中的木材金属比率(Pb)
kelepon销售商是易受机动车排放的四乙基铅和四甲基铅燃烧产物金属污染的群体之一,这些燃烧产物总是添加到机动车燃料中。铅金属对包括人类健康在内的环境有负面影响。慢性铅中毒在到达靶器官之前的第一个影响是血红蛋白合成障碍的存在,从而使血红蛋白水平下降。如果铅含量超过70微克/分升或0.7 ppm,可能会导致血液中铅中毒,从而导致贫血。本研究旨在确定kelepon卖家血液中的铅金属含量超过阈值。采用横断面设计的描述性调查研究方法,从15名受访者中抽取样本。使用原子吸收分光光度计(SSA)设备测量血液中的铅金属(Pb)。研究结果表明,有13名受访者(86.7%)的铅金属含量超过血铅阈值20微克/分升或0.20 ppm。受访者血液中铅含量最高为0.73ppm,最低为0.10ppm。已知两名血液中铅含量低于0.20ppm的受访者在工作时总是使用个人防护装备,即使工作时间为6-10小时/天。建议通过检查kelepon卖家血液中的Hb水平和红细胞异常进行进一步研究,并进行类似研究
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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