Use of inulin-containing raw materials in bakery products

Vestnik Voronežskogo Gosudarstvennogo Universiteta Inženernyh Tehnologij

T. V. Baulina¹  I. V. Sergienko¹  A. E. Kutsova²  A. A. Derkanosova³ 

[1] Plekhanov Russian University of Economics;Voronezh State University of Engineering Technologies;Voronezh State;

关键词: inulin-containing raw materials, girasol powder, biological value, bakery products, functional nutrition;   

DOI  :  10.20914/2310-1202-2020-3-208-214

来源: DOAJ

【 摘 要 】

According to modern trends in nutritional science, the range of bakery products should be expanded with the release of products of improved quality and nutritional value, for preventive and therapeutic purposes. The volume of production of dietary products is insignificant, the need for them is satisfied only by 10–20%. The increase in the nutritional value of bread is carried out by regulating the chemical composition of products as a result of the use of raw materials traditional for baking and the introduction of biologically active additives, which make it possible to obtain finished products that have functional properties and are intended for therapeutic and preventive nutrition. The influence of inulin-containing raw materials of Jerusalem artichoke on the quality indicators of bakery products has been studied in order to preserve optimal organoleptic and physicochemical properties and give the products a functional orientation. During the sensory assessment, the surface condition, consistency, structure, dryness, aroma of the dough, its taste and color were examined. With an increase in the percentage of Jerusalem artichoke powder added to the dough, the number of dark inclusions increased, and the artichoke flavor became more pronounced. The degree of digestibility of the proposed buns was determined by the pepsin-trypsin system, which imitates the digestion of food in the human stomach. The offered product expands the range of functional bakery products, improved in biological value (by 23%), vitamin (A, E) and mineral composition. The project of TU and TI, RC has been developed. The bun is promising for implementation in production.

【 授权许可】

Unknown