Culinary Recipes Development from Camel Meat Treated with the Enzyme Preparation Protosubtilin

Q Engineering
Natalia Sablina, N. Dolganova
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引用次数: 0

Abstract

Most recently, non-traditional sources of animal protein, including camel meat, are of increasing interest. Due to the coarse-grained fibrous structure of the camel muscle tissue, ready-made dishes from this meat raw material have a hard consistency. In this regard, the study aim is to develop a rational regimen for softening Kalmyk Bactrian camel breed meat using the enzyme preparation protosubtilin G20x, to develop culinary dishes from meat raw materials pre-treated with this preparation, and also to compare with the study results of the protosubtilin G3x impact on softening meat raw materials. In terms of organoleptic quality indicators, camel meat complies with the GOST 7269-2015 and has the following content of the main nutrients: proteins – 21.6 %; fats – 7.2 %; minerals – 0.97 %. The moisture mass fraction is 76.7 %; energy value accounts for 151 kcal/100 g; moisture-binding capacity ranges from 73.3 to 80.7 %. By the microstructure, the camel muscle tissue is the same as in most butcher beast species, but the muscle fibers diameter ranges from 10 to 250 microns, indicating a coarse-grained fibrous structure. Moreover, there is a large amount of connective tissue in different cuts. Therefore, meat raw materials will remain tough after standard heat treatment. According to the listed indicators, a man can identify camel meat as a dietary full-fledged meat raw material. Still due to the meat hardness, pre-treatment is necessary to soften it. The optimal processing mode of meat raw materials treatment with an enzyme preparation protosubtilin G20x is the following: the aqueous solution concentration – 0.05 %; medium temperature – 40 °С; duration – 1 hour. The finished culinary dish from pre-processed raw materials received the highest score – 5 points. A comparative analysis of the protosubtilin G3x and G20x impact on the meat raw materials structure demonstrated that the preparation G20x was optimal for processing Kalmyk Bactrian camel breed meat, since at a lower concentration it enabled to increase the moisture-binding capacity of raw materials and finished dish yield.
原枯草素处理骆驼肉烹饪配方的开发
最近,包括骆驼肉在内的非传统动物蛋白来源日益引起人们的兴趣。由于骆驼肌肉组织的纤维结构较粗,这种肉原料制成的菜肴具有较硬的稠度。因此,本研究的目的是利用酶制剂protosubtilin G20x制定一种合理的软化卡尔梅克双峰驼肉的方案,并利用该制剂预处理的肉类原料开发烹饪菜肴,并与protosubtilin G3x对软化肉类原料的影响的研究结果进行比较。在感官质量指标方面,驼肉符合GOST 7269-2015标准,主要营养成分含量为:蛋白质- 21.6%;脂肪- 7.2%;矿物- 0.97%。水分质量分数为76.7%;能量值为151千卡/100克;湿结合力为73.3% ~ 80.7%。从微观结构上看,骆驼的肌肉组织与大多数肉食动物相同,但肌肉纤维直径在10 - 250微米之间,表明其纤维结构颗粒较粗。此外,在不同的切口处有大量的结缔组织。因此,肉类原料在经过标准热处理后仍将保持韧性。根据列出的指标,一个人可以确定驼肉作为一种膳食成熟的肉类原料。由于肉的硬度,预处理是必要的软化它。酶制剂原枯草菌素G20x处理肉类原料的最佳加工模式为:水溶液浓度- 0.05%;介质温度- 40°С;持续时间- 1小时。由原材料加工而成的成品得到了最高分5分。对比分析了原枯草菌素G3x和G20x对肉类原料结构的影响,发现G20x在较低浓度下可以提高原料的吸湿能力和成品盘产量,是加工卡尔梅克双峰驼肉的最佳制剂。
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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来源期刊
Agro Food Industry Hi-tech
Agro Food Industry Hi-tech 工程技术-生物工程与应用微生物
CiteScore
0.29
自引率
0.00%
发文量
0
审稿时长
6-12 weeks
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