Identification of Community Knowledge on Lead Contamination and Analysis of Lead Level in Fish

Sita Nurwulan, S. Damayanti, L. Amalia
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Abstract

Poisoning is an event of human exposure to poisonous substances that are harmful to the body at certain doses. Lead is a heavy metal that can cause toxicity, including neurotoxic effects, hypertension, digestive system disorders, bone and tooth growth disorders, immune system disorders, infertility, and fetal disorders. Fish is a source of nutrients that are often consumed by people, however can also accumulate lead. This study aimed to analyze the lead level in fish and identify the community knowledge level regarding lead contamination in fish. Identification of community knowledge levels regarding lead. Identification of community knowledge levels regarding lead contamination in fish was conducted on three hundred respondents consisting of School of Pharmacy (SF) Institut Teknologi Bandung (ITB) one hundred students, one hundred community, and one hundred housewives. This study also analyzed lead levels in six fish samples using Graphite Furnace Atomic Absorption Spectroscopy (GFAAS). As the result, SF ITB students had the highest level of knowledge in the definition of lead (97%), lead poisoning (98%), fish lead accumulation (75%), the poisoning effects of lead, and sources of lead. However, all of the respondents had a low level of knowledge regarding regulations about lead levels in fish. The lead levels analysis on fish showed that three out of six samples had lead levels that exceeded the limit of lead contamination (>0.2 g/kg). The study indicated that respondents’ knowledge regarding lead contamination in fish is still low and lead-contaminated fish is still being sold on the market.
社区铅污染知识的鉴定及鱼类铅含量分析
中毒是人体接触到一定剂量对身体有害的有毒物质的事件。铅是一种重金属,可引起毒性,包括神经毒性作用、高血压、消化系统紊乱、骨骼和牙齿生长紊乱、免疫系统紊乱、不孕症和胎儿疾病。鱼是人们经常食用的营养来源,但也会积累铅。本研究旨在分析鱼类的铅含量,并确定社区对鱼类铅污染的认识水平。确定社区对铅的认识水平。对包括万隆理工大学药学院(SF) 100名学生、100个社区和100名家庭主妇在内的300名受访者进行了社区对鱼类铅污染知识水平的鉴定。本研究还利用石墨炉原子吸收光谱法(GFAAS)分析了6种鱼类样品中的铅含量。结果显示,SF ITB学生对铅的定义(97%)、铅中毒(98%)、鱼类铅积累(75%)、铅的中毒效应和铅的来源的知识水平最高。然而,所有受访者对鱼类中铅含量的法规了解程度都很低。对鱼类进行的铅含量分析表明,6个样本中有3个样本的铅含量超过了铅污染限度(0.2 g/kg)。研究表明,受访者对鱼类中铅污染的认识仍然很低,受铅污染的鱼类仍在市场上销售。
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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