An investigative screening of heavy metal contamination of Amaranthus spp grown along Ibi river-bank,Taraba State, Nigeria

D. C. Bando, Emmanuel Ozioma Prince, O. Sunday, D. Ephraim, Poly Shingu Jesse, I. Nuhu
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Abstract

Agricultural activities around river bank are popular practice in most riverine areas in Nigeria. Vegetables are the commonest agricultural commodity that are grown around the river bank and are averagely the most consumed food product in Nigeria. An investigative screening of metallic contamination of Amaranthus spp grown in three farms around river Ibi bank showed a level of metallic deposition: Cadmium (Cd), (2.25±0.63, 3.28±0.55, 2.51±0.03) ppm; Lead (Pb), (1.83±0.51, 0.54±0.03, 1.06±0.13) ppm; Mercury (Hg), (0.53±0.01, 1.03±0.01, 0.66±0.01) ppm; Arsenic (As), (0.50±0.72, 0.51±0.06, 0.62±0.15) ppm and Chromium (Cr), (4.26±0.51, 2.66±0.22, 1.75±0.38) ppm. Descending order of the mean concentrations of the trace metals detected from analyzed sample of Amaranthus spp from the three locations are as follows; Farm A: Cr>Cd>As>Pb>Hg, Farm B: Cd>Cr>Hg>Pb>As, Farm C: Cd>Cr>Pb>Hg>As. Amaranthus spp cultivated along Ibi river bank has shown a reasonable amount of deposition of heavy metals, therefore, are not totally safe. The metallic content in Amaranthus spp sample collected in farms along Ibi river bank ranges; 0.50±0.72 to 4.26±0.51 in sample A, 0.51±0.06 to 3.28±0.55 in sample B and 0.62±0.15 to 2.51±0.03 in sample C. The metallic deposition detected from analyzed Amaranthus spp showed values that are above the World Health Organization set permissible limit (Pb-0.3ppm; Cd-0.2 ppm; As-0.5ppm; Hg-0.5ppm; Cr-0.5ppm). Bioaccumulation of these metallic substances in the human system as a result of long-term consumption of the vegetables poses a deleterious health effect. This study aimed at ascertaining the food safety of agricultural products cultivated around Ibi river bank.
尼日利亚塔拉巴州伊比河岸苋属植物重金属污染调查筛选
在尼日利亚大多数河流地区,围绕河岸开展农业活动是一种流行的做法。蔬菜是沿河岸种植的最常见的农产品,也是尼日利亚平均消费量最大的食品。对伊比河岸周边3个农场种植的苋属植物金属污染的调查筛选表明:镉(Cd)含量为(2.25±0.63,3.28±0.55,2.51±0.03)ppm;铅(Pb)(1.83±0.51,0.54±0.03,1.06±0.13)ppm;水银(汞),(0.53±0.01,1.03±0.01,0.66±0.01)ppm;砷(),(0.50±0.72,0.51±0.06,0.62±0.15)ppm和铬(Cr)(4.26±0.51,2.66±0.22,1.75±0.38)ppm。三个地点苋菜分析样品中痕量金属的平均浓度由高到低依次为:农场A: Cr>Cd>As>Pb>Hg,农场B: Cd>Cr>Hg>Pb>As,农场C: Cd>Cr>Pb>Hg>As。沿伊必河岸种植的苋属植物显示出一定量的重金属沉积,因此,苋属植物并非完全安全。伊比河沿岸农场苋菜样品中金属含量变化幅度较大;样品A为0.50±0.72至4.26±0.51,样品B为0.51±0.06至3.28±0.55,样品c为0.62±0.15至2.51±0.03。从分析的苋属植物中检测到的金属沉积值高于世界卫生组织规定的允许限值(Pb-0.3ppm;cd - 0.2 ppm;- 0.5 ppm;hg - 0.5 ppm;cr - 0.5 - ppm)。由于长期食用蔬菜,这些金属物质在人体系统中的生物积累会对健康造成有害影响。本研究旨在确定依必比河沿岸农产品的食品安全性。
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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