School of Nutrition and Dietetics, Acadia University, Wolfville, Nova Scotia, Canada.
J Food Sci. 2022 Dec;87(12):5390-5401. doi: 10.1111/1750-3841.16380. Epub 2022 Nov 12.
To reduce animal protein consumption, new food products need to be created. Furthermore, there is a growing number of consumers who consciously act to reduce their meat consumption. Hybrid meat products (HMP) are food items that combine both plant and animal proteins. The objective of this study was to create a hybrid meat burger (HMB) using yellow pea and chicken and to evaluate the sensory properties of the new product using static (check-all-that-apply [CATA]) and dynamic (temporal check-all-that-apply [TCATA]) methods. Yellow pea flour was added to a chicken burger at 0% (control), 10%, 20%, 30%, and 40%. A sensory trial asked participants (n = 69) to evaluate the HMBs using hedonic scales and CATA. A second sensory trial asked experienced panelists (n = 14) to evaluate the items using TCATA. The addition of the yellow pea flour decreased the liking of the burgers, except for the 10% formulation. The burgers made with higher amounts of yellow pea were associated with off-flavors (beany and nutty; significantly different from the control) during both CATA and TCATA tasks and detracted from consumers' liking. Juicy, moist, meaty, salty, and soft attributes increased the consumers' liking. The study identified that the addition of yellow pea to chicken burgers is only acceptable to consumers in small quantities (10%). In addition, the yellow peas contributed off-flavors and a dry texture that was disliked by the consumers. PRACTICAL APPLICATION: The environmental impacts of livestock production have created a need to incorporate more plant-based proteins into consumers' diets to increase sustainability. The market for meat alternatives, including hybrid meat products, is expanding; however, current products do not always meet consumers' expectations. Chicken is the fastest-growing meat sector in North America, and therefore this study's objective was to determine the sensory properties of a burger made from chicken and pulses (yellow pea). It was found that if 10% of chicken in a burger was substituted with yellow pea, then the sensory properties and consumer liking were not significantly affected.
为了减少动物蛋白的摄入,需要开发新的食品。此外,越来越多的消费者有意识地减少肉类消费。混合肉类产品(HMP)是结合植物蛋白和动物蛋白的食品。本研究的目的是使用黄豌豆和鸡肉制作混合肉汉堡(HMB),并使用静态(勾选所有适用项 [CATA])和动态(时间勾选所有适用项 [TCATA])方法评估新产品的感官特性。向鸡肉汉堡中添加 0%(对照)、10%、20%、30%和 40%的黄豌豆粉。感官试验要求参与者(n=69)使用愉悦度量表和 CATA 评价 HMB。第二个感官试验要求经验丰富的品评员(n=14)使用 TCATA 评价这些项目。除了 10%的配方外,黄豌豆粉的添加降低了汉堡的喜好度。在 CATA 和 TCATA 任务中,添加较高量黄豌豆的汉堡与异味(豆腥味和坚果味;与对照显著不同)相关,降低了消费者的喜好度。多汁、湿润、肉质、咸和柔软的属性增加了消费者的喜好度。研究表明,将黄豌豆添加到鸡肉汉堡中仅在小剂量(10%)下被消费者接受。此外,黄豌豆会产生异味和干燥的质地,这是消费者所不喜欢的。实际应用:牲畜生产对环境的影响要求消费者增加植物性蛋白质的摄入量,以提高可持续性。肉类替代品市场,包括混合肉类产品,正在扩大;然而,目前的产品并不总是满足消费者的期望。鸡肉是北美增长最快的肉类行业,因此本研究的目的是确定由鸡肉和豆类(黄豌豆)制成的汉堡的感官特性。结果发现,如果汉堡中 10%的鸡肉被黄豌豆替代,那么感官特性和消费者的喜好度不会受到显著影响。