INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS

Galactosidase and proteinase activity of lactic acid bacteria of the DELVO-YOG range has been investigated. Lactic acid bacteria of the DELVO-YOG range have been shown to exhibit maximal galactosidase activity in the presence of the CMC stabilizer Akucell 2785; the activity was minimal when sodium a...

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Main Authors: Arkhipov A.N., Pozdnyakova A.V., Shevyakova K.A.
Format: Article
Language:English
Published: Kemerovo State University 2013-12-01
Series:Foods and Raw Materials
Subjects:
Online Access:http://jfrm.ru/?page=archive&jrn=2&article=9
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spelling doaj-9914a4415fde41319b3103924d5070042020-11-25T01:40:35ZengKemerovo State UniversityFoods and Raw Materials2308-40572310-95992013-12-0112464910.12737/2054INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTSArkhipov A.N. 0Pozdnyakova A.V.1Shevyakova K.A. 2 Kemerovo Institute of Food Science and Technology Kemerovo Institute of Food Science and Technology Kemerovo Institute of Food Science and TechnologyGalactosidase and proteinase activity of lactic acid bacteria of the DELVO-YOG range has been investigated. Lactic acid bacteria of the DELVO-YOG range have been shown to exhibit maximal galactosidase activity in the presence of the CMC stabilizer Akucell 2785; the activity was minimal when sodium alginate NO4-600 was used as a stabilizer. The proteolytic activity demonstrated by the lactic acid bacteria of the DELVO-YOG range was maximal when sodium pyrophosphate SAPP 28 was used as a stabilizer. Minimal proteolytic activity of lactic acid bacteria of the DELVO-YOG range was registered when CMC 6000-9000 was used as a stabilizer. An increase of galactosidase and proteinase activity concomitant to an increase of the stabilizer content from 0.5 to 1.0 mass. % was demonstrated for all the denominations of lactic acid bacteria of the DELVO-YOG range.http://jfrm.ru/?page=archive&jrn=2&article=9milklactic acid bacteriaactivityglycolysisproteolysisstructure stabilizer
collection DOAJ
language English
format Article
sources DOAJ
author Arkhipov A.N.
Pozdnyakova A.V.
Shevyakova K.A.
spellingShingle Arkhipov A.N.
Pozdnyakova A.V.
Shevyakova K.A.
INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
Foods and Raw Materials
milk
lactic acid bacteria
activity
glycolysis
proteolysis
structure stabilizer
author_facet Arkhipov A.N.
Pozdnyakova A.V.
Shevyakova K.A.
author_sort Arkhipov A.N.
title INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
title_short INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
title_full INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
title_fullStr INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
title_full_unstemmed INVESTIGATION OF THE BIOTECHNOLOGICAL ACTIVITY OF DIRECT-SET STARTER CULTURES IN STRUCTURED DAIRY PRODUCTS
title_sort investigation of the biotechnological activity of direct-set starter cultures in structured dairy products
publisher Kemerovo State University
series Foods and Raw Materials
issn 2308-4057
2310-9599
publishDate 2013-12-01
description Galactosidase and proteinase activity of lactic acid bacteria of the DELVO-YOG range has been investigated. Lactic acid bacteria of the DELVO-YOG range have been shown to exhibit maximal galactosidase activity in the presence of the CMC stabilizer Akucell 2785; the activity was minimal when sodium alginate NO4-600 was used as a stabilizer. The proteolytic activity demonstrated by the lactic acid bacteria of the DELVO-YOG range was maximal when sodium pyrophosphate SAPP 28 was used as a stabilizer. Minimal proteolytic activity of lactic acid bacteria of the DELVO-YOG range was registered when CMC 6000-9000 was used as a stabilizer. An increase of galactosidase and proteinase activity concomitant to an increase of the stabilizer content from 0.5 to 1.0 mass. % was demonstrated for all the denominations of lactic acid bacteria of the DELVO-YOG range.
topic milk
lactic acid bacteria
activity
glycolysis
proteolysis
structure stabilizer
url http://jfrm.ru/?page=archive&jrn=2&article=9
work_keys_str_mv AT arkhipovan investigationofthebiotechnologicalactivityofdirectsetstarterculturesinstructureddairyproducts
AT pozdnyakovaav investigationofthebiotechnologicalactivityofdirectsetstarterculturesinstructureddairyproducts
AT shevyakovaka investigationofthebiotechnologicalactivityofdirectsetstarterculturesinstructureddairyproducts
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