PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES

One of the drawbacks of flour confectionery products is their low physiological value, almost complete absence of vitamins, macro-and microelements. Creating confectionery fortified with essential micronutrients is one of the most urgent tasks of technologist-engineers. The aim of research was to st...

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Main Author: Naumova N.L.
Format: Article
Language:English
Published: Kemerovo State University 2015-12-01
Series:Техника и технология пищевых производств
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Online Access:http://fptt.ru/stories/archive/39/9.pdf
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author Naumova N.L.
author_facet Naumova N.L.
author_sort Naumova N.L.
collection DOAJ
description One of the drawbacks of flour confectionery products is their low physiological value, almost complete absence of vitamins, macro-and microelements. Creating confectionery fortified with essential micronutrients is one of the most urgent tasks of technologist-engineers. The aim of research was to study the preservation of enriching components, namely selenium and a number of vitamins, in the production and storage of gingerbread model samples. As an object of preservation «Yarmarochnye» gingerbreads were used, the production of which was carried out at the «First bakery» (Chelyabinsk city). To enrich the gingerbread the selenium supplement «Celexa» manufactured by «Medbiopharm» (Obninsk city, Kaluga region) was used, for vitamin enrichment - the 991/9 vitamin premix producted by «DSM Nutritional Products Europe Ltd» (Switzerland). Standards addition of enriching additives to the gingerbread formulation was calculated per 100 kcal of products. The studies established relatively high preservation of selenium and B vitamins in the dough kneading and gingerbread molding, with the exception of riboflavin and cyanocobalamin losses. Main vitamin destruction takes place when baking the cakes, which significantly reduces the preservation of pantothenic acid (to 39.5%) of thiamine (to 50.0%), of folic acid (to 60.0%) of cyanocobalamin (to 68.0%) and selenium up to 65.3%; the niacin content being almost unchanged. In 45 days of storage enriched samples greater loss (21.6%) was typical of vitamin E, the loss of other micronutrients was less than 10.0%.
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spelling doaj-art-c9ca26eb8b3d4b16b1a81325481048fc2025-01-02T14:25:42ZengKemerovo State UniversityТехника и технология пищевых производств2074-94142313-17482015-12-013945762PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLESNaumova N.L.0South Ural State University (Research University), Institute of Economy, Trade, TechnologyOne of the drawbacks of flour confectionery products is their low physiological value, almost complete absence of vitamins, macro-and microelements. Creating confectionery fortified with essential micronutrients is one of the most urgent tasks of technologist-engineers. The aim of research was to study the preservation of enriching components, namely selenium and a number of vitamins, in the production and storage of gingerbread model samples. As an object of preservation «Yarmarochnye» gingerbreads were used, the production of which was carried out at the «First bakery» (Chelyabinsk city). To enrich the gingerbread the selenium supplement «Celexa» manufactured by «Medbiopharm» (Obninsk city, Kaluga region) was used, for vitamin enrichment - the 991/9 vitamin premix producted by «DSM Nutritional Products Europe Ltd» (Switzerland). Standards addition of enriching additives to the gingerbread formulation was calculated per 100 kcal of products. The studies established relatively high preservation of selenium and B vitamins in the dough kneading and gingerbread molding, with the exception of riboflavin and cyanocobalamin losses. Main vitamin destruction takes place when baking the cakes, which significantly reduces the preservation of pantothenic acid (to 39.5%) of thiamine (to 50.0%), of folic acid (to 60.0%) of cyanocobalamin (to 68.0%) and selenium up to 65.3%; the niacin content being almost unchanged. In 45 days of storage enriched samples greater loss (21.6%) was typical of vitamin E, the loss of other micronutrients was less than 10.0%.http://fptt.ru/stories/archive/39/9.pdfpastrychoux gingerbreadsfortified foodsseleniumvitaminsmicronutrient safety
spellingShingle Naumova N.L.
PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
Техника и технология пищевых производств
pastry
choux gingerbreads
fortified foods
selenium
vitamins
micronutrient safety
title PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
title_full PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
title_fullStr PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
title_full_unstemmed PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
title_short PRESERVATION OF ENRICHING COMPONENTS DURING PRODUCTION AND STORAGE OF CHOUX GINGERBREAD MODEL SAMPLES
title_sort preservation of enriching components during production and storage of choux gingerbread model samples
topic pastry
choux gingerbreads
fortified foods
selenium
vitamins
micronutrient safety
url http://fptt.ru/stories/archive/39/9.pdf
work_keys_str_mv AT naumovanl preservationofenrichingcomponentsduringproductionandstorageofchouxgingerbreadmodelsamples