Selection of the main components and study of their influence on the quality indicators of raw smoked sausages

M. Gasheva, HE Fsbei
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Abstract

To date, it is known that functional nutrition products account for 3% of all known food products. Based on forecasts, in the coming decades, their percentage ratio will increase to 30–50% of the entire grocery market. The range of functional meat products is poorly developed, which is explained by the peculiarities of their production technology [5]. One of the tasks of functional nutrition in the production of sausages and sausage products is to minimize the fat content, reduce the amount of sodium nitrite, phosphate and nitrates, and include probiotics, prebiotics and other functional ingredients in the formulation. Raw smoked sausages are in great demand among consumers and have a long shelf life of up to 6 months. But at the same time, they have a long and time-consuming technological process that proceeds according to the traditional technological scheme for up to 45 days. In order to reduce the maturation time of raw smoked sausages, various starter cultures are added to the minced meat, as well as carbohydrates that serve as an energy source for microorganisms [6; 9]. Due to the impact of starter cultures on the pathogenic microflora of the product, their number is significantly reduced, the shelf life of finished products is increased, and the organoleptic characteristics of raw smoked sausages are improved [8]. Carbohydrates play an important role in the fermentation process; they influence the acquisition of taste in the finished product and, depending on the amount introduced, change the consistency of the product. Also, for starter bacterial cultures, carbohydrates are energy, i.e. food for lactic acid bacteria. Dry demineralized whey is used in the production of sausage products to reduce residual sodium nitrite, improve organoleptic parameters and enrich with whey proteins, vitamins and minerals [7; 9]. By introducing dry demineralized whey into raw smoked sausage, it is possible not only to shorten the fermentation time, improve the taste and smell of raw smoked sausages, but also to enrich it with proteins and trace elements necessary for vital activity, while giving the finished product functionality [9]. In this scientific article, the selection of starter and probiotic starter cultures for the production of raw smoked sausages with specified functional properties is carried out. The amount of demineralized serum introduced and its effect on the quality indicators of the finished product were determined.
主要成分的选择及其对生烟熏香肠质量指标影响的研究
迄今为止,功能性营养产品占所有已知食品的3%。根据预测,在未来几十年,他们的百分比比例将增加到整个杂货市场的30-50%。功能性肉制品的范围不发达,这是由于其生产技术的特殊性[5]。香肠及香肠制品生产中功能营养的任务之一是尽量减少脂肪含量,减少亚硝酸钠、磷酸盐和硝酸盐的用量,并在配方中加入益生菌、益生元等功能成分。生烟熏香肠在消费者中需求量很大,保质期长达6个月。但与此同时,他们有一个漫长而耗时的技术过程,按照传统的技术方案进行,长达45天。为了缩短生烟熏香肠的成熟时间,在肉末中加入各种发酵剂,以及作为微生物能量来源的碳水化合物[6];9)。发酵剂对产品病原菌群的影响,使其数量显著减少,提高了成品的保质期,改善了生烟熏香肠的感官特性[8]。碳水化合物在发酵过程中起着重要作用;它们会影响成品的口感,并根据添加量的不同,改变产品的稠度。此外,对于发酵剂细菌培养物,碳水化合物是能量,即乳酸菌的食物。干脱矿乳清用于香肠制品的生产,以减少残留的亚硝酸钠,改善感官参数,丰富乳清蛋白,维生素和矿物质[7];9)。在生烟熏香肠中加入干燥的脱矿乳清,不仅可以缩短发酵时间,改善生烟熏香肠的口感和气味,还可以在赋予成品功能性的同时,丰富生烟熏香肠所需的蛋白质和微量元素[9]。在这篇科学的文章中,选择发酵剂和益生菌发酵剂用于生产具有特定功能特性的生烟熏香肠。测定脱矿血清的加入量及其对成品质量指标的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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