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Characterization of vegetable fiber and its use in chicken burger formulation

机译:植物纤维的表征及其在鸡肉汉堡配方中的应用

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摘要

AbstractVegetable fibers have been used lately as ingredients in popular meat products in order to increase its nutritional value. The objective of this study was the physical–chemical characterization of six vegetable fibers in order to apply them in chicken burger formulations as animal fat substitutes. The studied fibers showed moisture content below 14 %, low content of fat, protein and ash, and high levels of carbohydrates. The oat, wheat and bamboo fibers showed the highest content of total dietary fiber. All fibers presented good results of technological characterization, but bamboo, pea and wheat fibers showed the best hygroscopic property results, good emulsifying stability, and color compatible for application in meat products. The use of vegetable fibers in chicken burgers resulted in lower or equal hardness values when the experiments were compared to the control sample. Most samples showed elasticity, adhesiveness, cohesiveness and chewiness values significantly equal to the control sample. The sensory analysis results indicated that all samples had good acceptability. The use of vegetable fibers in chicken burgers proved to be a promising alternative for food manufacturers to combine products deemed unhealthy with functional ingredients that are more appealing for consumers.
机译:摘要蔬菜纤维最近被用作流行肉制品的成分,以增加其营养价值。这项研究的目的是对六种植物纤维进行物理化学表征,以便将它们作为动物脂肪替代品应用于鸡肉汉堡配方中。所研究的纤维显示水分含量低于14%,脂肪,蛋白质和灰分含量低,碳水化合物含量高。燕麦,小麦和竹纤维在总膳食纤维中含量最高。所有纤维均表现出良好的技术表征结果,而竹纤维,豌豆纤维和小麦纤维则表现出最佳的吸湿性结果,良好的乳化稳定性以及与肉类产品相容的颜色。当将实验与对照样品进行比较时,在鸡肉汉堡中使用植物纤维会导致较低或相等的硬度值。大多数样品显示出的弹性,粘合性,内聚性和咀嚼度值均与对照样品相当。感官分析结果表明,所有样品均具有良好的可接受性。事实证明,在鸡肉汉堡中使用植物纤维是食品制造商将不健康产品与对消费者更具吸引力的功能性成分相结合的有前途的替代方法。

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