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The use of various types of functional non-traditional plant and animal raw materials in the preparation of bakery products is a classic approach to increasing their biological and nutritional value and requires the use of mathematical methods for designing recipes. The paper presents the results of modeling the composition of bakery products with amino acid and fatty acid composition recommended by the Federal Research Center for Nutrition and Biotechnology, close to the reference value of an ideal protein. An analysis of the biological value and biological effectiveness of plant functional raw materials (flax seeds, sesame and pine nuts) was carried out in order to enrich them with new products for the baking industry. A mathematical optimization problem was formulated and, using the Maple computer algebra software environment, the optimal ratio of components was calculated to ensure the maximum approximation of the biochemical composition in terms of the ratio of essential amino acids, as well as ω-6 and ω-3 polyunsaturated fatty acids, to the reference value in the developed bakery products. The ratios of new components used in the recipe provided an increase of 31.4% in the biological value and a decrease in the energy value of the developed bakery products by 3.8%. The finished product is balanced according to the ratio ω-3: ω-6 = 1.0: 3.9 and mineral substances Ca: P: Mg = 1: 1.49: 0.6. Satisfaction of the daily requirement for functional ingredients is 21 - 31% (in control - 14%). The results obtained and the proposed methodology can be used as a model for enriching the composition of various functional foods.
The use of various types of functional non-traditional plant and animal raw materials in the preparation of bakery products is a classic approach to increasing their biological and nutritional value and requires the use of mathematical methods for designing recipes. The paper presents the results of modeling the composition of bakery products with amino acid and fatty acid composition recommended by the Federal Research Center for Nutrition and Biotechnology, close to the reference value of an ideal protein. An analysis of the biological value and biological effectiveness of plant functional raw materials (flax seeds, sesame and pine nuts) was carried out in order to enrich them with new products for the baking industry. A mathematical optimization problem was formulated and, using the Maple computer algebra software environment, the optimal ratio of components was calculated to ensure the maximum approximation of the biochemical composition in terms of the ratio of essential amino acids, as well as ω-6 and ω-3 polyunsaturated fatty acids, to the reference value in the developed bakery products. The ratios of new components used in the recipe provided an increase of 31.4% in the biological value and a decrease in the energy value of the developed bakery products by 3.8%. The finished product is balanced according to the ratio ω-3: ω-6 = 1.0: 3.9 and mineral substances Ca: P: Mg = 1: 1.49: 0.6. Satisfaction of the daily requirement for functional ingredients is 21 - 31% (in control - 14%). The results obtained and the proposed methodology can be used as a model for enriching the composition of various functional foods.
The recipe composition of confectionary glaze determines its high caloricity upon the low content of physiologically significant substances. Introduction of fruit and vegetable raw materials makes it possible to increase a content of dietary fibers, vitamins, macro- and microelements in a product, as well as to reduce an amount of added sugar. This paper considers a technological possibility of introducing vegetable powders into the confectionary glaze recipe by the example of the beet powder. Physico-chemical indicators of the beet powder were studied in comparison with the classic recipe components of confectionary glaze. An effect of an amount of the beet powder (3–15%) introduced instead of part of sugar on the organoleptic, rheological and crystallization properties of glaze was studied. Organoleptic evaluation revealed that addition of the beet powder into the confectionary glaze recipe in an amount of more than 15% led to appearance of floury off-flavor. It was found that yield strength of glaze increased in the direct proportion to the content of beet powder in its composition (from 3.601 Pа to 4.446 Pa) and its value was in a range of the optimal values of 3÷7 Pа. Therefore, addition of the beet powder in an amount of up to 15% will not lead to technological difficulties. The study of the kinetics of the process of confectionary glaze structuring showed that addition of the beet powder led to a decrease in the solidification point and an increase in the time of glaze crystallization. The main crystallization parameters of the developed glaze were established: solidification point Tmax=28.0÷28.3°C, crystallization time τmax=8.2÷8.6 min. Based on the performed research, the following recipes were developed: vegetable-containing confectionary glaze with the beet powder content of 3 to 10%; vegetable confectionery glaze with the beet powder content of 13%.
Black currant (Ribes nigrum L.) is one of the most popular berries in Russia. Its biochemical properties make it part of a healthy diet. This review describes the role of black currant and its by-products in the food industry and defines its nutritional value, i.e., vitamin C, anthocyanins, and dietary fiber. It covered original Russian and English research articles and reviews published in 2015-2023 and indexed in the Russian Research Citation Index or Pubmed databases. The keywords were black currant in Russian and English. Black currant berries are rich in dietary fiber, polyphenolic compounds, anthocyanins, vitamin C, and potassium. They cover human needs for these nutrients. Added to fermented dairy and grain foods at 5-20%, fresh or processed berries fortify them with dietary fiber, vitamin C, and anthocyanins while reducing energy value. As ingredients with color, taste, and aromatic compounds, black currant berries and their secondary products can be introduced into the formulations of various alcoholic beverages. Berry pomace is a technologically functional ingredient with a moisture-retaining ability that increases the antioxidant capacity of the final product. Juice and aqueous extracts of black currant pomace are used as picklers for fish and meat products to increase their microbiological safety and shelf-life. Complex processing of black currant berries is feasible as they are a valuable source of dietary fiber, vitamin C, and anthocyanins. Products of their processing provide a concentrate of dietary fiber with natural antioxidants. However, functional foods as sources of biologically active substances need to follow special criteria for fortified products. Black currant and its by-products are a potential source of valuable biologically active substances. In small quantities, they can expand the range of food products but fail to satisfy human diet with biologically active substances or reduce the overall energy value.
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