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首页> 外文期刊>Food and Environment Safety >THE RELATIONSHIP BETWEEN NITRITE CONCENTRATION AND COLOUR PARAMETERS DURING STORAGE OF MEAT PRODUCT - SUMMER SAUSAGES
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THE RELATIONSHIP BETWEEN NITRITE CONCENTRATION AND COLOUR PARAMETERS DURING STORAGE OF MEAT PRODUCT - SUMMER SAUSAGES

机译:肉类产品夏季贮藏期间亚硝酸盐浓度与颜色参数的关系。

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The purpose of this paper is to assess the meat product quality (especially summer sausage type) during storage based on relationship between nitrite concentration and colour parameters. Nitrites are used for conservation of meat products, being responsible for colour characteristics, formation of distinct flavours which allows the differentiation from nitrite-free products. It also prevents and controls the oxidation of lipids and serves as antimicrobial ingredient composition by it self or through synergy with other ingredients. Nitrite reacts with myoglobin through nitrogen monoxide resulting pink-red nitroso-myoglobin compound associated by customers with a tasty and nutritious food. Concentrations of nitrites were quantified by molecular absorption spectrometry method using Griess reagents. The colour reflectance of meat products was focused on determination of L * , a * and b * . Also, pH was measured by applying the potentiometric method and moisture content of the meat product was determined by drying in the oven, as they can influence both the colour and nitrite concentration. Our results show that during storage nitrate concentrations did not differ greatly, and the colour does not have a major influence because it remains pink – red. Measurements of colour parameters showed that during storage components L * and b * registered slight decreases and chromatic component a * a significant difference respectively.
机译:本文的目的是根据亚硝酸盐浓度和颜色参数之间的关系来评估肉类产品的质量(尤其是夏季香肠类型)。亚硝酸盐用于保存肉制品,负责颜色特征,形成独特的风味,从而可以与无亚硝酸盐的产品区分开。它还可以预防和控制脂质的氧化,并通过自身或与其他成分协同作用而作为抗菌成分组合物。亚硝酸盐通过一氧化氮与肌红蛋白反应,生成粉红色的亚硝基肌红蛋白化合物,客户将其与美味和营养的食物相关联。使用Griess试剂通过分子吸收光谱法对亚硝酸盐的浓度进行定量。肉制品的颜色反射率主要用于测定L *,a *和b *。另外,通过应用电位法测量pH值,并通过在烤箱中干燥确定肉制品的水分含量,因为它们会影响颜色和亚硝酸盐浓度。我们的结果表明,在储存过程中硝酸盐浓度没有太大差异,并且颜色没有太大的影响,因为它仍然是粉红色–红色。颜色参数的测量表明,在存储过程中,L *和b *分别略有下降,而色度a *则有显着差异。

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