Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration

Our general conclusion was that the thiamine amounts of 0,6 and 3,0 mg/1 added prior to wine fermentation, resulted in higher free-S02 level in comparison to the control. Furthermore, among the yeast strains examined in our experiments, Uvaferm BC strain produced the highest free-S02 content under...

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Main Authors: B. Pühra (Boróczki), M. Kállay, K. Korány
Format: Article
Language:English
Published: University of Debrecen 2001-09-01
Series:International Journal of Horticultural Science
Subjects:
Online Access:https://ojs.lib.unideb.hu/IJHS/article/view/284
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spelling doaj-b78fbfe30f4c43a0a6fdbd43f9bb66cc2020-11-25T03:52:42ZengUniversity of DebrecenInternational Journal of Horticultural Science1585-04042676-931X2001-09-0173-410.31421/IJHS/7/3-4/284Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine ConcentrationB. Pühra (Boróczki)0M. Kállay1K. Korány2Nyakashegy Ltd., 2073 Tök, Központi MajorSzent István University, Faculty of Food Science, Department of Enology, H-1118 Budapest, Ménesi út 45.Szent István University, Faculty of Food Science, Department of Food Chemistry and Nutrition H-1118 Budapest, Somlói út 14-16 Our general conclusion was that the thiamine amounts of 0,6 and 3,0 mg/1 added prior to wine fermentation, resulted in higher free-S02 level in comparison to the control. Furthermore, among the yeast strains examined in our experiments, Uvaferm BC strain produced the highest free-S02 content under the conditions mentioned before. As regards the dynamics of reductone and SO, production, the concentration of the previous one was practically identical in the middle and at the end of the fermentation while the SO2 content — both free- and total — was lower at the end. Thiamine addition did not cause any difference in the organoleptic properties of wines as proved by sensory analysis. https://ojs.lib.unideb.hu/IJHS/article/view/284amino acida-keto glutaricpyruvicacetic acid contentacetic aldehyde amountfree SO2 content
collection DOAJ
language English
format Article
sources DOAJ
author B. Pühra (Boróczki)
M. Kállay
K. Korány
spellingShingle B. Pühra (Boróczki)
M. Kállay
K. Korány
Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
International Journal of Horticultural Science
amino acid
a-keto glutaric
pyruvic
acetic acid content
acetic aldehyde amount
free SO2 content
author_facet B. Pühra (Boróczki)
M. Kállay
K. Korány
author_sort B. Pühra (Boróczki)
title Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
title_short Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
title_full Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
title_fullStr Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
title_full_unstemmed Investigation of the Relationship between the SO2 Production of Different Yeast Strains and Thiamine Concentration
title_sort investigation of the relationship between the so2 production of different yeast strains and thiamine concentration
publisher University of Debrecen
series International Journal of Horticultural Science
issn 1585-0404
2676-931X
publishDate 2001-09-01
description Our general conclusion was that the thiamine amounts of 0,6 and 3,0 mg/1 added prior to wine fermentation, resulted in higher free-S02 level in comparison to the control. Furthermore, among the yeast strains examined in our experiments, Uvaferm BC strain produced the highest free-S02 content under the conditions mentioned before. As regards the dynamics of reductone and SO, production, the concentration of the previous one was practically identical in the middle and at the end of the fermentation while the SO2 content — both free- and total — was lower at the end. Thiamine addition did not cause any difference in the organoleptic properties of wines as proved by sensory analysis.
topic amino acid
a-keto glutaric
pyruvic
acetic acid content
acetic aldehyde amount
free SO2 content
url https://ojs.lib.unideb.hu/IJHS/article/view/284
work_keys_str_mv AT bpuhraboroczki investigationoftherelationshipbetweentheso2productionofdifferentyeaststrainsandthiamineconcentration
AT mkallay investigationoftherelationshipbetweentheso2productionofdifferentyeaststrainsandthiamineconcentration
AT kkorany investigationoftherelationshipbetweentheso2productionofdifferentyeaststrainsandthiamineconcentration
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