Mercury in Human Hair in North India - Masih, Amit
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Human hair is frequently used as a bioindicator of mercury exposure. Mercury (Hg) has for centuries been a useful metal in a variety of applications. Unfortunately this usefulness is counterbalanced by its neurotoxicological health impact. The U.S. Environmental Protection Agency recommend keeping the hair Hg level 1.0 µg/g. Therefore, an investigation has been performed in order to ascertain the hair Hg levels among the peoples living at the terai belt of north India. Hair samples were collected from 111 individuals and were placed in an identified plastic bag, stapled to prevent the shift of…mehr

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Produktbeschreibung
Human hair is frequently used as a bioindicator of mercury exposure. Mercury (Hg) has for centuries been a useful metal in a variety of applications. Unfortunately this usefulness is counterbalanced by its neurotoxicological health impact. The U.S. Environmental Protection Agency recommend keeping the hair Hg level 1.0 µg/g. Therefore, an investigation has been performed in order to ascertain the hair Hg levels among the peoples living at the terai belt of north India. Hair samples were collected from 111 individuals and were placed in an identified plastic bag, stapled to prevent the shift of the hair strand. Samples were analyzed by combustion,gold amalgamation, atomic absorption spectrometry (C-GA-AAS). The mean Hg level in hair was 0.28 µg/g for the whole group ranging from 0.0012 to 1.9091 µg/g. The mean hair Hg levels were 0.16 µg/g for men and 0.12 µg/g for women indicating that men had higher hair Hg levels than women.97% of the total sample had hair Hg concentrations less than 1.0 µg/g i.e within safe dose whereas only 3% had Hg concentrations greater than 1.0 µg/g, thereby, exceeding the safe dose. Hg should be continuously observed for head hair Hg levels and health.
Autorenporträt
DR. AMIT MASIH is an Associate Professor at Environmental Research Lab, Department of Chemistry, St. Andrew¿s College, Gorakhpur, Uttar Pradesh, India. He has accomplished research work in the field of environmental monitoring, exposure & health risk assessment of mercury in hair & POPs in air, water & soil in collaboration with US-EPA, BARC, IITR.