聚乙烯制品熏制鱼肉中重金属含量的评估

S. U. Nwaka, J. P. Udoh, A. R. Onuke
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引用次数: 0

摘要

鱼类仍然是世界范围内动物蛋白的主要来源,但微量金属污染危及它们。微量金属污染来源于自然和人类活动,对食用这些鱼类的消费者构成公共健康风险。本研究使用重达600克的鲜鱼样本进行。鱼样本分为四组:第一组:未烤过的鲜鱼样本(对照);第二组为柴火烤鱼(FRF);第三组用废旧汽车轮胎(FRT)烤鱼,第四组用塑料材料(FRP)烤鱼。高温烘烤时间为4小时。采用酸消解-原子吸收分光光度法测定微量金属镉(Cd)、铅(Pb)、锌(Zn)、铁(Fe)、铜(Cu)。结果表明,与废旧汽车轮胎一起烤制的鱼类样品镉含量最高,为0.81±0.042 mg/kg。其次是塑料烤鱼(0.715±0.021 mg/kg),其次是柴火烤鱼(0.59±2.51mg/kg)。用塑料材料烤鱼的锌含量最高,为212.185±0.0 mg/kg。其次是柴火烤鱼(2.57±0.042 mg/kg)。铁的平均值为:FRT(7.965±0.035mg/kg), FRP(7.82±0.014mg/kg)和FRF(6.705±0.035mg/kg)。FRT的铜含量为1.725±0.063mg/kg, FRP为1.335±0.007mg/kg, FRF为0.86±0.028mg/kg。FRF中铅的浓度可以忽略不计,FRF中铅的浓度较高(1.485mg/kg), FRT中铅的浓度较高(2.865mg/kg),对照组鱼的组织中没有金属沉积。本研究结果显示,所有与废汽车轮胎和塑料材料一起烘烤的鱼样本肌肉中的镉和铅浓度均高于欧盟委员会规定的0.5 mg/kg的允许限值。因此,使用这些材料在熏鱼过程中产生热量是一个重大的公共卫生问题。地方、州和联邦各级的个人和当局应合作揭露这种不健康的做法,并制定消除这种做法的战略。
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Assessment of Heavy Metal Concentrations on Fish Flesh Smoked Using Polythene Products
Fish continues to be the main source of animal protein worldwide, yet trace metal pollution endangers them. Trace metal pollution originates from nature and human activities and poses public health risk to consumers of these fish. This study was conducted using fresh fish samples weighing 600g. Fish samples were divided into four groups: Group I: fresh fish sample not roasted (Control); Group II consisted of fish roasted with fire wood (FRF); Group III had fish roasted with waste vehicle tyres (FRT) and Group IV were fish roasted with plastic materials (FRP). Roasting time was four hours at high temperature. Trace metals {cadmium (Cd), lead (Pb), zinc (Zn), iron (Fe), and copper (Cu)} were determined using acid digestion and Atomic Absorption Spectrophotometric. Results revealed the highest cadmium value (0.81±0.042 mg/kg) in fish samples roasted with waste vehicle tyres. This was followed by fish roasted with plastic materials (0.715±0.021 mg/kg) and thereafter, fish roasted with firewood (0.59±2.51mg/kg). The highest zinc (212.185±0.0 mg/kg) was recorded in fish roasted with plastic materials. This was followed by fish roasted with firewood (2.57±0.042 mg/kg). The mean values for iron were: FRT (7.965±0.035mg/kg), FRP (7.82±0.014mg/kg) and (6.705±0.035mg/kg) for FRF. Values for copper were 1.725±0.063mg/kg for FRT, 1.335±0.007mg/kg for FRP and 0.86±0.028mg/kg for FRF. Concentration of lead was negligible in FRF with higher values (1.485mg/kg) in FRF and (2.865mg/kg) in FRT. Fish in control group had no metal deposit in their tissues. The results of the present study have revealed that cadmium and lead concentrations in the muscles of all fish samples roasted with waste vehicle tyres and plastic materials were above permissible limits of 0.5 mg/kg set by European Commission. Thus, using these materials to generate heat in fish smoking is of great public health concern. Individuals and authorities at the Local, State and Federal level should co-operate to expose this unhealthy practice and devise strategies to eliminate it. 
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