Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations

The article presents the results of studying the possibility of obtaining and using an immobilized complex stabilizer to enhance the colloidal resistance of beer. The pH zones of action and temperature range of the immobilized enzyme preparation have been experimentally established. The result of th...

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Main Authors: K. R. Siyuhov, O. V. Marinenko, A. R. Tsey, A. M. Gemba
Format: Article
Language:Russian
Published: Maykop State Technological University 2018-03-01
Series:Новые технологии
Subjects:
Online Access:https://newtechology.mkgtu.ru/jour/article/view/96
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author K. R. Siyuhov
O. V. Marinenko
A. R. Tsey
A. M. Gemba
author_facet K. R. Siyuhov
O. V. Marinenko
A. R. Tsey
A. M. Gemba
author_sort K. R. Siyuhov
collection DOAJ
description The article presents the results of studying the possibility of obtaining and using an immobilized complex stabilizer to enhance the colloidal resistance of beer. The pH zones of action and temperature range of the immobilized enzyme preparation have been experimentally established. The result of the experiment of hydrolysis of high molecular beer polypeptides with immobilized G 10x Protosubtilin is given. The physicochemical parameters of the beer sample under study are evaluated. Research results can be used to stabilize beer, wine, juices, etc.
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language Russian
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spelling doaj.art-6ea765ccfd74479f90eda2b2fbbd3ac12023-11-22T16:04:51ZrusMaykop State Technological UniversityНовые технологии2072-09202713-00292018-03-0101707895Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparationsK. R. Siyuhov0O. V. Marinenko1A. R. Tsey2A. M. Gemba3FSBEI HE «Maikop State Technological University»FSBEI HE «Maikop State Technological University»FSBEI HE «Maikop State Technological University»FSBEI HE «Maikop State Technological University»The article presents the results of studying the possibility of obtaining and using an immobilized complex stabilizer to enhance the colloidal resistance of beer. The pH zones of action and temperature range of the immobilized enzyme preparation have been experimentally established. The result of the experiment of hydrolysis of high molecular beer polypeptides with immobilized G 10x Protosubtilin is given. The physicochemical parameters of the beer sample under study are evaluated. Research results can be used to stabilize beer, wine, juices, etc.https://newtechology.mkgtu.ru/jour/article/view/96beerimmobilized enzyme preparationscolloidal resistancecovalent bondphysicochemical parameters
spellingShingle K. R. Siyuhov
O. V. Marinenko
A. R. Tsey
A. M. Gemba
Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
Новые технологии
beer
immobilized enzyme preparations
colloidal resistance
covalent bond
physicochemical parameters
title Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
title_full Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
title_fullStr Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
title_full_unstemmed Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
title_short Investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
title_sort investigation of improvement of protein and colloid resistance of beer using immobilized enzyme preparations
topic beer
immobilized enzyme preparations
colloidal resistance
covalent bond
physicochemical parameters
url https://newtechology.mkgtu.ru/jour/article/view/96
work_keys_str_mv AT krsiyuhov investigationofimprovementofproteinandcolloidresistanceofbeerusingimmobilizedenzymepreparations
AT ovmarinenko investigationofimprovementofproteinandcolloidresistanceofbeerusingimmobilizedenzymepreparations
AT artsey investigationofimprovementofproteinandcolloidresistanceofbeerusingimmobilizedenzymepreparations
AT amgemba investigationofimprovementofproteinandcolloidresistanceofbeerusingimmobilizedenzymepreparations