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首页> 外文期刊>Environmental Science and Pollution Research >Food safety aspects of primary environmental contaminants in the edible tissues of roe deer (Capreolus capreolus)
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Food safety aspects of primary environmental contaminants in the edible tissues of roe deer (Capreolus capreolus)

机译:狍子(Capreolus Capreolus)的食用组织中的主要环境污染物的食品安全方面

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摘要

The muscle, liver, kidney and fat samples of 20 roe deer of both sexes originating from a hunting area in central Hungary were investigated for the presence of heavy metals such as As, Cd, Hg and Pb, and their contents were evaluated for possible health risk to consumers. Both As and Hg were found at a level below the limit of detection (< 0.5 mg/kg wet weight) in all samples. The median of the measured Cd concentrations was significantly higher in both the kidney and the liver (p = 0.0011) of bucks than of does. In bucks, Cd levels exceeded the respective maximum limits laid down in the European legislation in four kidney and three muscle samples, whereas in does, the measured concentrations were below the respective limits in all samples. The detected amounts of Pb exceeded the maximum limits in the kidney of one buck and eight does, in the liver of two bucks and six does, in the muscle of six bucks and nine does, whereas in all fat tissues of both bucks and does. The concentration of Pb (p = 0.02) was significantly greater in the kidney of does compared to roebucks. Based on data obtained from the present study, the consumption of organs and tissues of the investigated roe deer could be objectionable from food-toxicological point of view and may pose risk to the high consumers of wild game due to their cadmium and lead contents.
机译:从匈牙利中央狩猎区域两性始发的20种狍肌肉,肝脏,肾脏和脂肪样品研究了重金属如砷,镉,汞和铅的存在,和它们的内容进行评价可能的健康风险给消费者。既砷和汞以低于检测(<0.5mg / kg的湿重)的所有样品中的限制电平找到。所测量的Cd含量的中位数为在肾脏和雄鹿比确实的肝脏(p值= 0.0011)二者显著更高。在雄鹿,镉水平超过四个肾脏和三个肌肉样品在欧洲法律规定的相应的最高限额,而在做,测得的浓度在所有样品中各自的极限以下。铅的检测量超过了一个降压和八个做肾脏的最大限制,两块钱六个确实的肝脏,在6美元和九做肌肉,而在两块钱的所有的脂肪组织并执行。铅的浓度(P = 0.02)是不相比roebucks肾脏显著越大。基于从本研究中获得的数据,机关和研究狍子可能但从食品毒理学角度反感,并可能有危险性高的消费者野味的组织由于其镉和铅含量的消耗。

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