Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour

In order to improve the biological value of bakery products and consumer properties of new products, there are used the technological additives and functional ingredients, which include bioactivated hulless oats. The purpose of the current work was to estimate the physical, rheological, baking param...

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Main Authors: E. N. Shabolkina, S. N. Shevchenko, N. V. Anisimkina
Format: Article
Language:Russian
Published: Federal State Budgetary Scientific Institution “Agricultural Research Center “Donskoy”" 2022-09-01
Series:Зерновое хозяйство России
Subjects:
Online Access:https://www.zhros.online/jour/article/view/1985
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author E. N. Shabolkina
S. N. Shevchenko
N. V. Anisimkina
author_facet E. N. Shabolkina
S. N. Shevchenko
N. V. Anisimkina
author_sort E. N. Shabolkina
collection DOAJ
description In order to improve the biological value of bakery products and consumer properties of new products, there are used the technological additives and functional ingredients, which include bioactivated hulless oats. The purpose of the current work was to estimate the physical, rheological, baking parameters of the dough mixtures obtained by mixing oat flour (wholemeal flour from bioactivated grain) with high-quality premium wheat flour according to the farinographic results and baking analysis. There has been experimentally established that the indicators characterizing the behavior of the dough varied depending on the type of ingredients (wholemeal grain before and after bioactivation) and the proportion of oat processing products (10, 20 %) in the composite mixtures. Dough resistance has de­creased on 3.0–7.0 min to wheat flour, valorigraphic estimation at 19–40 u.v. and dough dilution increases significant on 60–160 u.f. The physical properties of the dough when used in mixtures of bioactivated grains slightly have dete­riorated compared to non-bioactivated grains: dough resistance and valorigraphic estimation reduced on 0.5–1.0 min and 1–7 u.v., respectively, except for the dough dilution, which improved on 22.0–29.0 %. These processes can be explained by the very high amylolytic activity of the grain after germination. During the trials, there was found an ad­vantage in the general baking assessment in the options using bioactivated oat grain, even though the farinograph recorded a slight deterioration in the physical parameters of the dough. Volume yield was 425–625 cm3 (420–563 cm3 with non-bioactivated grain) and a baking assessment of 2.6–4.4 points versus 2.7–4.3 points. Volume yield increase and baking quality improvement in this case can be explained by the effect of the compensation ability of the mixing strength of wheat. The studied hulless oat varieties ‘Baget’ and ‘Bekas’ in comparison with the chaffy variety ‘Konkur’ in mixtures have shown the best values characterizing the physical properties of the dough and baking quality. They possess better advantage in dough resistance on 1.0–3.0 min., dough dilution on 10–40 u.f. and valorigraphic estimation on 4–17 u.v. They produced 625 cm3 of maximum volume yield, their baking assessment was 4.4 and the tendency remains the same after bioactivation of oat grain.
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language Russian
publishDate 2022-09-01
publisher Federal State Budgetary Scientific Institution “Agricultural Research Center “Donskoy”"
record_format Article
series Зерновое хозяйство России
spelling doaj-art-da71a628e44246588f6e5bf2acd72d802025-08-20T02:53:34ZrusFederal State Budgetary Scientific Institution “Agricultural Research Center “Donskoy”"Зерновое хозяйство России2079-87252079-87332022-09-0104283310.31367/2079-8725-2022-82-4-28-33774Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flourE. N. Shabolkina0S. N. Shevchenko1N. V. Anisimkina2Samarsky Research Institute of Agriculture named after N.M. Tulaykov, a branch of the Samarsky Federal Research Center RASSamarsky Research Institute of Agriculture named after N.M. Tulaykov, a branch of the Samarsky Federal Research Center RASSamarsky Research Institute of Agriculture named after N.M. Tulaykov, a branch of the Samarsky Federal Research Center RASIn order to improve the biological value of bakery products and consumer properties of new products, there are used the technological additives and functional ingredients, which include bioactivated hulless oats. The purpose of the current work was to estimate the physical, rheological, baking parameters of the dough mixtures obtained by mixing oat flour (wholemeal flour from bioactivated grain) with high-quality premium wheat flour according to the farinographic results and baking analysis. There has been experimentally established that the indicators characterizing the behavior of the dough varied depending on the type of ingredients (wholemeal grain before and after bioactivation) and the proportion of oat processing products (10, 20 %) in the composite mixtures. Dough resistance has de­creased on 3.0–7.0 min to wheat flour, valorigraphic estimation at 19–40 u.v. and dough dilution increases significant on 60–160 u.f. The physical properties of the dough when used in mixtures of bioactivated grains slightly have dete­riorated compared to non-bioactivated grains: dough resistance and valorigraphic estimation reduced on 0.5–1.0 min and 1–7 u.v., respectively, except for the dough dilution, which improved on 22.0–29.0 %. These processes can be explained by the very high amylolytic activity of the grain after germination. During the trials, there was found an ad­vantage in the general baking assessment in the options using bioactivated oat grain, even though the farinograph recorded a slight deterioration in the physical parameters of the dough. Volume yield was 425–625 cm3 (420–563 cm3 with non-bioactivated grain) and a baking assessment of 2.6–4.4 points versus 2.7–4.3 points. Volume yield increase and baking quality improvement in this case can be explained by the effect of the compensation ability of the mixing strength of wheat. The studied hulless oat varieties ‘Baget’ and ‘Bekas’ in comparison with the chaffy variety ‘Konkur’ in mixtures have shown the best values characterizing the physical properties of the dough and baking quality. They possess better advantage in dough resistance on 1.0–3.0 min., dough dilution on 10–40 u.f. and valorigraphic estimation on 4–17 u.v. They produced 625 cm3 of maximum volume yield, their baking assessment was 4.4 and the tendency remains the same after bioactivation of oat grain.https://www.zhros.online/jour/article/view/1985hulless oatsgermination processwheat-oat mixturesbrabender farinographbakery products
spellingShingle E. N. Shabolkina
S. N. Shevchenko
N. V. Anisimkina
Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
Зерновое хозяйство России
hulless oats
germination process
wheat-oat mixtures
brabender farinograph
bakery products
title Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
title_full Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
title_fullStr Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
title_full_unstemmed Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
title_short Study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
title_sort study results of rheological and baking parameters of dough from wholemeal bioactivated grain of hulless oats mixed with wheat flour
topic hulless oats
germination process
wheat-oat mixtures
brabender farinograph
bakery products
url https://www.zhros.online/jour/article/view/1985
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AT snshevchenko studyresultsofrheologicalandbakingparametersofdoughfromwholemealbioactivatedgrainofhullessoatsmixedwithwheatflour
AT nvanisimkina studyresultsofrheologicalandbakingparametersofdoughfromwholemealbioactivatedgrainofhullessoatsmixedwithwheatflour