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首页> 外文期刊>American journal of animal and veterinary sciences >Lead in Meat and Meat Products Consumed by the Population in Slovakia
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Lead in Meat and Meat Products Consumed by the Population in Slovakia

机译:斯洛伐克人口消耗的肉和肉制品中的铅

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The presence of heavy metals in food is the consequence of atmosphere contamination of polluted soil, waters and results in contaminated feed with heavy metals. The lead concentrations depend on the environmental conditions and the food production methods. The monitoring of lead concentration in meat is important for human health. The aim of this study was to determine the level of lead in the traditional and popular meat products consumed in Slovak republic. This study was carried out to determine the levels of lead in Lovecka salami and selected Ham products during the technological processing. The raw materials originating from domestic and foreign production were compared. Lead concentrations were measured by the method of AA spectrometry with the graphite furnace (Perkin Elmer A Analyst 800; MA, USA). Mean concentration of lead in the starting materials in Lovecka salami for the pork of foreign production had the highest mean lead level (0.607 ppm), followed by beef from foreign production (0.518 ppm), pork from domestic production (0.377 ppm), pork bacon from foreign production (0.173 ppm), beef from domestic production (0.142 ppm) and pork bacon from domestic production (0.106 ppm). The highest concentrations of lead were found in the homogenized samples with addition of additives and spices (salt, sodium ascorbate, erythorbic acid, ground black pepper, sugar, garlic, starter culture) from foreign starting materials and final samples from foreign and domestic production in Lovecka salami (0.769; 0.811 and 0.676 ppm, respectively). The highest concentrations of lead in the selected Ham product were found in final sample from foreign production (0.813 ppm), followed by final sample from domestic production (0.740 ppm), homogenized sample with additives (salt, Sodium Nitrite, Sodium Pyrophosphate, Sodium Tripolyphosphate and Ascorbic acid) from foreign starting material and domestic starting material (0.791 and 0.697 ppm, respectively). The lowest mean Pb concentration in selected Ham was found in the starting materials (pork thigh) from domestic and foreign production (0.344 and 0.397 ppm, respectively). In the present study, samples of lead were higher than the maximum lead levels allowed by Commission Regulations (EC) Nol881/2006. The allowable level for lead is 0.1 mg kg~(-1). Technological process of meat processing can create a potential source of heavy metals risk in final products. Improvements in the food production and processing technology are increasing the chances of food contamination with various environmental pollutants, especially heavy metals.
机译:食物中重金属的存在是大气污染被污染的土壤,水域的结果,并导致饲料被重金属污染。铅的浓度取决于环境条件和食品生产方法。肉中铅的浓度监测对人体健康至关重要。这项研究的目的是确定斯洛伐克共和国消费的传统和流行肉制品中的铅含量。这项研究旨在确定Lovecka萨拉米香肠和精选火腿产品中的铅含量。比较了来自国内外生产的原材料。铅浓度通过石墨炉(Perkin Elmer A Analyst 800; MA,美国)的AA光谱法测量。洛夫卡香肠中用于国外生产的猪肉中原材料中铅的平均浓度最高(0.607 ppm),其次是国外生产的牛肉(0.518 ppm),国内生产的猪肉(0.377 ppm),猪肉培根国外生产的牛肉(0.173 ppm),国内生产的牛肉(0.142 ppm)和国内生产的猪肉培根(0.106 ppm)。在均质样品中添加了最高浓度的铅,这些样品中均添加了来自国外原材料的添加剂和香料(盐,抗坏血酸钠,异抗坏血酸,黑胡椒粉,糖,大蒜,发酵剂培养物)以及来自国外和国内生产的最终样品Lovecka香肠(分别为0.769、0.811和0.676 ppm)。所选火腿产品中铅的最高浓度出现在国外生产的最终样品中(0.813 ppm),其次是国内生产的最终样品中(0.740 ppm),均质样品中添加了添加剂(盐,亚硝酸钠,焦磷酸钠,三聚磷酸钠)和抗坏血酸)分别来自国外原料和国内原料(分别为0.791和0.697 ppm)。在来自国内和国外生产的原料(猪大腿)中发现了选定火腿中最低的Pb平均浓度(分别为0.344和0.397 ppm)。在本研究中,铅样品高于委员会法规(EC)Nol881 / 2006所允许的最大铅含量。铅的容许量为0.1 mg kg〜(-1)。肉类加工的技术过程可能会在最终产品中产生重金属风险的潜在来源。食品生产和加工技术的进步正在增加食品被各种环境污染物(尤其是重金属)污染的机会。

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