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首页> 外文期刊>Journal of Food Processing & Technology >Protein Utilization, Immune Function, and Hepatic Antioxidant Activity of Rats Fed Tahini in Combination with Other Oily Seeds
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Protein Utilization, Immune Function, and Hepatic Antioxidant Activity of Rats Fed Tahini in Combination with Other Oily Seeds

机译:大鼠的蛋白质利用率,免疫功能和肝抗氧化活性喂养Tahini与其他油性种子组合

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Aims and objectives: Consumption of sesame seed products is increasing worldwide, and sesame may be suitable as a quality protein source for preschool children when combined with other sources of plant proteins. Sesame paste, or Tahini, is a traditional food in countries of the Middle-East, where other seed proteins such as the chickpea, soybean, and peanut are also locally available. Although the protein in sesame is low in lysine, but it’s rich in sulfur containing amino acids in comparison to other seed proteins. Additionally, sesame contains potent water and fat soluble antioxidants with may affect immune function. Materials and methods: In this study, the growth response, liver antioxidant activities were measured. And in vivocell-mediated immune function in hamsters fed rations in which the protein content was 10% and was either all from Sesame Paste (SP), one-fourth from sesame paste and three-fourths from chickpea (SC), or one-half from sesame paste and one-fourth each from Soybean and Peanut (SSP). There were 2 control rations, both containing casein as the protein source and fat from either soybean oil or sesame oil. Total fat content of the rations was similar. Syrian male hamsters were fed ad libitum for 4 weeks, after which they were administered a Delayed-Type-Hypersensitivity (DTH) test of were assessed for liver antioxidant activity using αα- diphenyl-b-picrylhydrazyl. Results: Protein utilization, as measured by the standardized PER, was 2.50 or both control groups, 1.08 for group S, 1.59 for group SSP, and 2.18 for group SC. Liver tissue antioxidant activity was significantly higher in all 3 groups containing sesame paste vs. the control groups. The DTH response was similar among the control groups and rate fed rations SC and SSP, but significantly greater in rats consuming the S ration. In summary, the SC formula containing protein that was 25% from sesame paste and 75% from chickpea is of good quality, supported normal cell-mediated immune function, and raised hepatic antioxidant level in comparison to the casein controls.Conclusion: Sesame seeds products such as Tahini can play an important role as antioxidants especially for the hepatic functions.
机译:目的和目标:芝麻籽产品的消费在全球范围内增加,芝麻可能适合作为学龄前儿童的优质蛋白质来源,当时与植物蛋白的其他来源相结合。芝麻酱或塔希尼是中东国家的传统食品,其中其他种子蛋白如鹰嘴豆,大豆和花生也在当地可用。虽然芝麻中的蛋白质在赖氨酸较低,但与其他种子蛋白相比,含有含有氨基酸的含硫。此外,芝麻含有有效的水和脂溶性抗氧化剂,可能影响免疫功能。材料和方法:在该研究中,测量生长反应,肝脏抗氧化活性。并且在仓鼠患者中介导的免疫功能,其中蛋白质含量为10%,均来自芝麻糊(SP),来自芝麻酱的四分之一,从鹰嘴豆(SC)或一半来自芝麻酱和四分之一来自大豆和花生(SSP)。有2个对照口序,含有酪蛋白作为蛋白质源和来自大豆油或芝麻油的脂肪。该口粮的总脂肪含量相似。叙利亚雄性仓鼠被喂养了3周,之后施用它们的延迟型超敏反应(DTH)试验,用于使用α-二苯基-B-富铬酰基评估肝脏抗氧化活性的延迟型超敏反应。结果:通过标准化的每种标准化为2.50或两种对照组,1.08,对于组SSP组,1.59,2.18,对于GroupS SC,蛋白质利用率为1.08。肝组织抗氧化活性在含有芝麻糊与对照组的所有3组中显着升高。 DTH反应在对照组中类似于对照组和喂养口粮SC和SSP的率相似,但在消耗S对大鼠中的大鼠具有显着更大。总之,含有25%来自芝麻浆料的蛋白质和鹰嘴豆的75%具有良好的质量,支持的正常细胞介导的免疫功能,并且与酪蛋白对照相比,升高的肝抗氧化水平。结论:芝麻种子产品如Tahini可以在抗氧化剂中起重要作用,特别是对于肝功能。

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