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DEVELOPMENT OF COMPLEX ACIDIFIERS AND ANALYSIS OF IMPACT ON BIOCHEMICAL PROCESSES IN DOUGH

机译:复合材料的开发及对生化过程的影响分析

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Nowadays there are many different changes in all branches of human practice. This is engaged with runaway of science and technique and is dictated by consumer`s demand. Similarity of products, low capacity to adaptation and changes may lead to a decrease of products’ popularity with consumers. Nutrition technology, especially production of rye and rye-wheat bread, is also under great pressure from the point of view of growing rivalry. But this product apart from its popularity with consumers is not only an integral part of rational nutrition, but also a part of clinical nutrition. In modern conditions it is necessary to find ways to reduce the length of production of rye-wheat bread and to expand the range of products in restaurant enterprises and mini-productions. A formula of acidifiers, based on organic acids, dry milk whey, rye fermented malt and enzymes was developed in view of applying it in the technology of rye and rye-wheat bread. It contains organic acids and enzymes and provides significant shortening of dough fermentation and proper quality bread. The addition of supplements can reduce the duration of the process to 2,5-3 times and provide improvement of the structural and mechanical, physical and chemical properties of dough and bread. The influence of elaborated complex additives on biochemical processes in the dough and on bread quality was analyzed. A comparative study was made on the products obtained by traditional technology, using thick sourdough and those obtained by accelerated technology using of complex acidifiers.The changes in the balance of reducing sugars in the dough with complex acidifiers were analyzed as well. The addition of recently developed complex additives provides shortening of production process without quality loss of the finished products. These results allow the using of complex acidifiers in restaurant enterprises and mini-productions.
机译:如今,人类实践的各个分支都有许多不同的变化。这与科学和技术的失控有关,并由消费者的需求决定。产品的相似性,较低的适应能力和变更能力可能会导致产品在消费者中的受欢迎程度下降。从竞争日益激烈的角度来看,营养技术,特别是黑麦和黑麦小麦面包的生产,也面临着巨大的压力。但是,该产品除了在消费者中受到欢迎以外,不仅是合理营养的组成部分,而且还是临床营养的一部分。在现代条件下,有必要找到减少黑麦面包生产时间的方法,并扩大餐馆企业和小批量生产产品的范围。鉴于其在黑麦和黑麦小麦面包技术中的应用,开发了一种基于有机酸,干乳清,黑麦发酵麦芽和酶的酸化剂配方。它包含有机酸和酶,可显着缩短面团发酵和适当质量的面包。添加补充剂可以将过程的持续时间减少到2.5至3倍,并改善面团和面包的结构和机械,物理和化学性质。分析了复杂复合添加剂对生面团中生化过程和面包品质的影响。对传统技术使用稠酸面团和复合酸化剂通过加速技术获得的产品进行了比较研究。还分析了复合酸化剂在面团中还原糖平衡的变化。添加最新开发的复合添加剂可缩短生产过程,而不会降低最终产品的质量。这些结果允许在饭店企业和小批量生产中使用复杂的酸化剂。

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