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Production of protein-coated low-fat potato chips.

机译:生产蛋白涂层的低脂马铃薯片。

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The purpose of this study was to prepare protein-coated crisps and evaluate type of proteins and storage time on the quality of final product. Potato slices were prepared, blanched, immersed in solutions of sodium caseinate, whey proteins concentrate (WPC), or egg white and deep-fried in a mixture of corn oil and commercial hydrogenated oil. Chips were packed and stored for different times. The results showed that sodium bisulphite in blanching solution improved binding of proteins to potato slices. Protein coating resulted in significantly lower oil uptake of crisps. Coating crisps with sodium caseinate, WPC and egg white proteins resulted in 14, 5 and 12% reduction in oil uptake, respectively. Water retention and protein content significantly increased in protein-coated chips. Peroxide values increased with storage time in all samples. Protein-coated chips had a decrease in peroxide value between 30 to 50%. Sensory evaluation of chips showed that at all storage time intervals, flavour of sodium caseinate-coated chips were more acceptable than non-coated, WPC or egg white protein-coated chips..
机译:这项研究的目的是制备蛋白涂层的薯片,并根据最终产品的质量评估蛋白的类型和储存时间。制备土豆片,去皮,浸入酪蛋白酸钠,乳清蛋白浓缩物(WPC)或蛋清溶液中,然后在玉米油和商业氢化油的混合物中油炸。芯片被包装并存储不同的时间。结果表明,在漂白溶液中的亚硫酸氢钠改善了蛋白质与马铃薯切片的结合。蛋白质涂层可显着降低薯片的吸油率。用酪蛋白酸钠,WPC和蛋清蛋白包被的薯片分别减少了14%,5%和12%的吸油量。蛋白质涂层芯片中的保水率和蛋白质含量显着增加。所有样品中的过氧化物值均随保存时间的增加而增加。蛋白质包被的木片的过氧化物值降低了30%至50%。薯片的感官评估显示,在所有存储时间间隔内,酪蛋白酸钠包衣的薯片的味道比未包衣的WPC或蛋清蛋白包衣的薯片更易接受。

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