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Optimizing Production Process of Seasoning Powder Made From Fermented Fish Products

机译:鱼产品调味粉生产工艺的优化

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摘要

Flavor enhancer in form of seasoning powder is commonly made from meat or poultry, seldom found from fish. In this research, two kinds of seasoning powder were produced from fermented whole fish and fish paste with addition of some spices and other ingredients. The use of clove and cinnamon has been applied in combination with salt in fermentation process in order to inhibit the histidine decarboxylase (HDC) activity based on previous study.ud The objective of this research was to optimize the production process of seasoning powder made from fermented fish products and to observe the change of moisture content during storage. The method of this research was carried out in two steps. The first step was to optimize the production of seasoning powder made from fermented whole fish and fish paste in small scale (4kg of raw material). The best technique was selected based on the sensory test of texture, odor and color. The product produced was then measured for its product and nutrition profile such as yields, proximate analysis, iodine, cobalamine, and iron content. The data obtained was processed through quantitatively descriptive. The use of clove and cinnamon in accordance to the production of fermented whole fish and fish paste and the use of other spices and ingredients such as garlic-shallot-pepper-sugar-tamarind-ginger by the production of seasoning were applied according to Mahendradatta et al. (2011). The next step was to determine the change of moisture content during eight weeks storage at room temperature with three different packaging materials, i.e: aluminum foil, polyprophylene plastic and oil paper. udAfter optimizing of processing for making seasoning powder, the analyses of product and nutrition profile have been conducted. The result showed that the yields, moisture content, protein, lipid, carbohydrate, ash (proximate analysis), iodine, cobalamine, and iron of seasoning powder made from fermented whole fish were 47.98%, 6.38%, 32.52%, 4.37%, 20.29%, 36.47%, 172.20??g, 96.35ppm, and 10.99 ??g respectively. Whereas the result of that made from fish paste was 39.49%, 5.7% 25.5%, 6.6%, 24.9%, 34.2%, 118.58??g, 139.72 ppm, and 14.66 ??g, respectively. There was an increase of moisture content during storage of seasoning powder made from fermented whole fish and fish paste as well. Aluminum foil is suitable for packing of seasoning powder made from fermented whole fish and fish paste as well.
机译:调味粉形式的增味剂通常由肉或家禽制成,很少从鱼中发现。在这项研究中,从发酵的全鱼和鱼酱中加入了一些香料和其他成分制成了两种调味粉。在先前的研究基础上,丁香和肉桂粉已与盐结合使用,以抑制组氨酸脱羧酶(HDC)活性。 ud该研究的目的是优化由以下材料制成的调味粉的生产工艺:发酵鱼产品并在储存期间观察水分含量的变化。本研究方法分两个步骤进行。第一步是优化由发酵的整条鱼和小块鱼酱制成的调味粉的生产(原料为4kg)。根据质地,气味和颜色的感官测试选择了最佳技术。然后测量生产的产品的产品和营养状况,例如产量,近期分析,碘,钴胺和铁含量。通过定量描述处理获得的数据。根据Mahendradatta等人的方法,根据发酵全鱼和鱼酱的生产,使用丁香和肉桂,并通过调味料使用其他香料和配料,例如大蒜-青葱-胡椒-糖-罗望子-姜等(2011)。下一步是确定在室温下使用三种不同的包装材料(即铝箔,聚丙烯塑料和油纸)在室温下保存八周期间水分含量的变化。 ud优化调味粉的加工工艺后,对产品和营养成分进行了分析。结果表明,发酵全鱼制成的调味粉的产量,水分,蛋白质,脂质,碳水化合物,灰分(近似分析),碘,钴胺和铁分别为47.98%,6.38%,32.52%,4.37%,20.29 %,36.47%,172.20Δg,96.35ppm和10.99Δg。由鱼糊制成的结果分别为39.49%,5.7%,25.5%,6.6%,24.9%,34.2%,118.58?g,139.72 ppm和14.66?g。由发酵全鱼和鱼酱制成的调味粉在储存过程中的水分含量也有所增加。铝箔也适合包装由发酵的整条鱼和鱼酱制成的调味粉。

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