Food Quality and Sensory Science Department, Teagasc Ashtown Food Research Centre, Ashtown, Dublin 15, Ireland; Food Packaging group, School of Food and Nutritional Sciences, Food Science Building, University College Cork, Ireland.
Food Packaging group, School of Food and Nutritional Sciences, Food Science Building, University College Cork, Ireland.
Meat Sci. 2017 Dec;134:111-118. doi: 10.1016/j.meatsci.2017.07.023. Epub 2017 Jul 29.
Mixture design was used to technologically optimise inclusions of protein ingredients [rice protein (RP) 0-10%, and lentil flour (LF) 0-10%] in fortified beef patties [meat (M) 90-100%] to ensure acceptable technological and sensorial properties. 17 formulations were generated. Composition, texture parameters, colour, lipid oxidation, microbiological and sensorial parameters were assessed. Maximal predicted protein content was 28.7% (P<0.01) which positively correlated with RP, but not LF. Models showed that LF inclusion correlated with improved texture and also reduced cook loss. Two optimised formulations (OF1 and OF2), for protein content and technological performance, were experimentally validated. Sensory panellists scored the optimised formulations higher than controls for tenderness and beef aroma (P<0.05). This presents an opportunity to produce protein fortified beef patties with softer texture and acceptable technological characteristics. The consumption of such protein fortified beef patties could assist older adults reach their targeted protein requirements.
采用混料设计对强化牛肉饼(肉 90-100%)中的蛋白质成分(大米蛋白[RP]0-10%和小扁豆粉[LF]0-10%)进行工艺优化,以确保可接受的技术和感官特性。生成了 17 种配方。评估了组成、质地参数、颜色、脂质氧化、微生物和感官参数。最大预测蛋白含量为 28.7%(P<0.01),与 RP 呈正相关,但与 LF 无关。模型表明 LF 的加入与改善质地有关,同时还减少了烹饪损失。两种经优化的配方(OF1 和 OF2)在蛋白质含量和技术性能方面进行了实验验证。感官品尝员对优化配方的嫩度和牛肉香气评分高于对照组(P<0.05)。这为生产具有更柔软质地和可接受技术特性的强化牛肉饼提供了机会。食用这种强化牛肉饼可以帮助老年人达到他们的蛋白质需求目标。