FERMENTATION OF KVASS WORT BY THERMOTOLERANT STRAINS OF MICROORGANISMS
О. М. Orobchuk, R. Subtelnyi, B. O. Dzinyak
Abstract
Open-access reader
О. М. Orobchuk, R. Subtelnyi, B. O. Dzinyak
Abstract
Open-access reader
The regularities of fermentation of yeast wort by thermotolerant strains of microorganisms are studied. For effective fermentation of yeast wort used a culture of thermotolerant yeast Saccharomyces cerevisiae MP-10 and complex lactic acid bacteria in the form of leavens “Kefir”, “Yogurt”, “Symbiotic”, “Bifivit”. The dynamics of changes in dry matter concentration and acidity in different conditions of yeast wort distribution are studied. The optimal content of yeast and lactic acid bacteria is established, namely 4.0 % suspension of yeast and LAB with a yeast content of 80 % of the mass. and lactic acid bacteria 20 % of the mass. It was shown that the drying process can be optimized by using thermotolerant strains of microorganisms and increasing the propagation temperature to 35 °C.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The regularities of fermentation of yeast wort by thermotolerant strains of microorganisms are studied. For effective fermentation of yeast wort used a culture of thermotolerant yeast Saccharomyces cerevisiae MP-10 and complex lactic acid bacteria in the form of leavens “Kefir”, “Yogurt”, “Symbiotic”, “Bifivit”. The dynamics of changes in dry matter concentration and acidity in different conditions of yeast wort distribution are studied. The optimal content of yeast and lactic acid bacteria is established, namely 4.0 % suspension of yeast and LAB with a yeast content of 80 % of the mass. and lactic acid bacteria 20 % of the mass. It was shown that the drying process can be optimized by using thermotolerant strains of microorganisms and increasing the propagation temperature to 35 °C.
Key concepts: Yeast, Fermentation, Microorganism, Lactic acid, Bacteria, Food science, Kefir, Yeast extract