首页> 外文期刊>Journal of Food Composition and Analysis >Effect of dietary supplementation of vitamin E in pigs to prevent the formation of carcinogenic substances in meat products.
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Effect of dietary supplementation of vitamin E in pigs to prevent the formation of carcinogenic substances in meat products.

机译:日粮中补充维生素E可以防止肉类产品中致癌物质的形成。

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The aims of the study are: (i) to evaluate the effect of vitamin E supplementation in the diet of pigs (SG group; 0.5 g Vit. E/kg diet) in order to prevent the formation of carcinogens in salamis after seasoning; (ii) to compare these results with those obtained from a control group (CG group) and from a trial in which vitamin E (0.3 g/kg meat) is added directly during the preparation of the meat products (MG group); (iii) to evaluate the nitrosamine content in meat products before and after enzymatic in vitro digestion to highlight the action of vitamin E under acidic conditions similar to gastric ambient. In our work we find that the oxidation products are formed in salamis after seasoning (0.50, 0.27, and 0.15 nM malondialdehyde/g in CG, MG, and SG group, respectively), while the formation of N-nitrosodimethylamine requires enzymatic digestion in an acidic environment. In addition, vitamin E shows greater efficacy when administered to animals through a diet rather than adding it directly to the meat. Our work indicates the absence of pentosidine in meat products, despite the presence of simple sugars and amino protein groups.
机译:该研究的目的是:(i)评估补充维生素E在猪日粮(SG组; 0.5 g Vit.E / kg日粮)中的作用,以防止调味后萨拉米香肠中致癌物的形成; (ii)将这些结果与对照组(CG组)和在肉制品制备过程中直接添加维生素E(0.3 g / kg肉)的试验(MG组)的结果进行比较; (iii)评估酶促体外消化前后肉制品中亚硝胺的含量,以突出维生素E在类似于胃环境的酸性条件下的作用。在我们的工作中,我们发现调味后萨拉米香肠中会形成氧化产物(CG,MG和SG组分别为0.50、0.27和0.15 nM丙二醛/ g),而N-亚硝基二甲胺的形成则需要酶消化。酸性环境。此外,通过饮食对动物给药而不是直接将其添加到肉中,维生素E表现出更大的功效。我们的工作表明,尽管存在简单的糖和氨基蛋白基团,但肉类产品中没有戊糖苷。

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