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Physicochemical and sensorial characteristics of beef burgers with added tannin and tannin-free whole sorghum flours as isolated soy protein replacer

机译:加入单宁和不含单宁的全高粱粉作为分离大豆蛋白替代品的牛肉汉堡的理化和感官特性

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摘要

The physicochemical and sensorial characterization of beef burgers with added sorghum flours as replacer for the isolated soy protein (ISP) usually used in the conventional formulations was performed. Three formulations were prepared: one conventional (CN) with 3% ISP and two with 3% tannin (BRS 305) and tannin-free (BR 501) whole sorghum flour (WSF) of BRS 305 and BR 501 genotypes. There was no difference among the formulations for most of the physicochemical characteristics. The moisture retention was higher in BRS 305 (P.05). The added WSF influenced the color of the raw beef burger; and the proximate composition and the antioxidant characteristics of the raw and cooked formulations (P.05). The purchase intention and flavor, texture and overall acceptability scores were higher for the sorghum products than CN (P.05). Therefore, the replacing of ISP by WSF in beef burger, especially by the BRS 305 genotype, might be a technologically, nutritionally and sensorially viable option.
机译:对添加了高粱粉作为常规配方中通常使用的分离大豆蛋白(ISP)的牛肉汉堡进行了理化和感官表征。制备了三种制剂:一种具有3%ISP的常规(CN),另一种具有3%单宁(BRS 305)和BRS 305和BR 501基因型的不含单宁(BR 501)的全高粱粉(WSF)。在大多数物理化学特征的制剂之间没有差异。 BRS 305中的水分保持率更高(P <.05)。添加的WSF影响了生牛肉汉堡的颜色;以及生和熟配方的近似组成和抗氧化特性(P <.05)。高粱产品的购买意向,风味,质地和总体可接受性得分均高于CN(P <.05)。因此,用WSF代替牛肉汉堡中的ISP,尤其是用BRS 305基因型替代ISP,可能在技术,营养和感觉上都是可行的选择。

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