丙烯酸酯及其在饲料和食品成分中使用的可能性

A. D. Timofeeva, V. Khramova, V. Eviev, T. Y. Zhivotova, K. Lubchinsky
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摘要

蝗虫是一种可以形成迁徙群的昆虫,对作物和牧场造成广泛破坏,对粮食安全产生重大影响。本文评估了蝗群有益利用的潜力。在已知的21种蝗虫中,在65个国家中,约有10种传统上被人类食用或喂给动物,已有数千年的历史。它们的营养成分与普通肉类相当。然而,杀虫剂残留、微生物污染物和过敏原可能危及其使用的安全性。一些国家已经制定了包括蝗虫在内的食用昆虫法规。本文制备了丙烯酸酯样品,测定了其化学成分——粗蛋白质、干物质、粗脂肪、粗纤维、矿物质的含量,并测定了氨基酸的组成。所有的研究都是按照普遍接受的方法进行的,根据研究结果,得出了结论,并描述了使用丙烯酸酯的可能方法-蝗虫富含蛋白质;矿物质,如钙、铁和锌;多种维生素;有益脂肪酸;此外,蝗虫体内氨基酸的定量含量高于屠宰肉制品。安全有效地收集蝗虫可以帮助保护农业用地,并为动物和鱼类提供饲料材料,在孵化条件下饲养蝗虫可以促进它们在食品中的使用,以丰富它们的蛋白质或替代部分原材料。
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Acrides and the possibility of their use in the composition of feed and food
Locusts are insect species that can form migratory swarms, causing widespread destruction of crops and pastures, with significant impacts on food security. This article assesses the potential for beneficial use of locust swarms. Of the 21 known locust species, about ten species have traditionally been consumed by humans or fed to animals for thousands of years in 65 countries. Their nutritional composition is comparable to that of regular meat. However, insecticide residues, microbial contaminants and allergens can jeopardize the safety of their use. Several countries have developed regulations for edible insects, including locusts. In this article, prototypes of acrides were obtained and their chemical composition was determined - the content of crude protein, dry matter, crude fat, crude fiber, minerals, and the amino acid composition was determined. All studies were carried out according to generally accepted methods, based on the results of the studies, conclusions were drawn and possible methods of using acrides are described - locusts are rich in protein; minerals such as calcium, iron and zinc; a number of vitamins; useful fatty acids; in addition, the quantitative content of amino acids in locusts is higher than in meat products of slaughter. Safe and effective collection of locusts can help preserve agricultural land, as well as provide material as feed for animals and fish, and rearing locusts under incubation conditions can facilitate their use in food products in order to enrich them with protein or replace part of the raw materials.
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