Review On Arsenic Toxicity: Effect On Human Health And Biochemical Aspects

S. Roy, Soma Samaddar
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引用次数: 1

Abstract

Looking at the global scenario, it has been found that a huge perccntage of population around the globe consider groundwater as their main source for drinking. But unfortunately, this main source is being heavily exposed to various heavy metals like mercury, cadmium, arsenic making it unfit for consumption, ultimately posing threat to human health out there. Although groundwater is considered as safe, but high concentrations of heavy metals like arsenic (As) (above the permissible limit) in ground water can pose risk to human health. Toxicity level of inorganic arsenic is more than the organic one. Arsenic contamination is having a worldwide effect. Arsenic is found to be carcinogcnic in nature, genotoxic as well as cytotoxic. Prolonged exposure to arsenic causes various health hazards like arsenicosis, skin cancer, pigmentation, neurobehavioral effects, impaired intellect and various other chronic illness. Creating awareness and providing proper medical care still remains a big challenge. The biomarkers of arsenic exposure include nails, hair, urine and blood sample. This paper provides an overall overview of ground water arsenic contamination, its health hazards, its toxicity and metabolism in human body. The paper also reviews various analytical techniques that are being used to detect arsenic, the collective steps required to eradicate this global problem and provide high quality safe drinking water for the future generations to come.
砷毒性研究进展:对人体健康和生化方面的影响
放眼全球,人们发现全球有很大比例的人口将地下水作为他们的主要饮用水源。但不幸的是,这种主要来源大量暴露于各种重金属,如汞、镉、砷,使其不适合食用,最终对人类健康构成威胁。虽然地下水被认为是安全的,但地下水中砷(as)等重金属的高浓度(超过允许的限度)可能对人体健康构成威胁。无机砷的毒性水平高于有机砷。砷污染正在产生世界性的影响。砷被发现具有致癌性、遗传毒性和细胞毒性。长期接触砷会导致各种健康危害,如砷中毒、皮肤癌、色素沉着、神经行为影响、智力受损和各种其他慢性疾病。提高认识和提供适当的医疗保健仍然是一个巨大的挑战。砷暴露的生物标志物包括指甲、头发、尿液和血液样本。本文综述了地下水砷污染、砷的健康危害、砷的毒性和砷在人体内的代谢。本文还回顾了用于检测砷的各种分析技术,以及根除这一全球性问题并为子孙后代提供高质量安全饮用水所需的集体步骤。
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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