EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS

This study included the implementation of refrigerating processing to preserve the probiotic yoghurt produced by using (ABT) starters through four weeks using five types of stabilizers (starch. CMC. gelatin. dextrin and inulin) which then compared with control sample (i.e. nostabilizer added).Yoghur...

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Main Author: H. Mohammed
Format: Article
Language:Arabic
Published: College of Agriculture 2012-08-01
Series:Mesopotamia Journal of Agriculture
Online Access:https://magrj.mosuljournals.com/article_36998_46724138e345060d5666960f1971367c.pdf
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spelling doaj-0f55fb9b324b45ec8033507c8b6834c42020-11-25T03:15:05ZaraCollege of AgricultureMesopotamia Journal of Agriculture1815-316X2224-97962012-08-0140211112410.33899/magrj.2012.3699836998EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERSH. Mohammed0College of Agriculture and Forestry- Mosul UniversityThis study included the implementation of refrigerating processing to preserve the probiotic yoghurt produced by using (ABT) starters through four weeks using five types of stabilizers (starch. CMC. gelatin. dextrin and inulin) which then compared with control sample (i.e. nostabilizer added).Yoghurt analysis was carried out at zero time and one week intervals. They were chemical: total acidity percentage pH curd drainage and microbiological: (total count. lactic acid bacteria (LAB) percentage of resistant LAB) and sensory evaluation: (flavour. consistency. appearance and acidity taste).Processing of 7% dextrin and 4% inulin surpassed in bacteria total count. Lab and percentage of resistant LAB. In addition. processing of 0.01% CMC was out standing in highest total acidity percentage. i.e. lowest pH. On the other hand processing of 7% dextrin gave the lowest amount of whey drainage. Concerning the sensory evaluations. the processing of 2.5% dextrin surpassed charactenistic and the processing of 7% dextrin surpassed in consistency charactenistic.However. for the appearance and acidity evaluation. the processing of 6% inulin was over whilmed.Throughout sensory charactenistics studied the processing of 4% inulin recorded the highest values (91.76%) in comperison with the control (81.56%).https://magrj.mosuljournals.com/article_36998_46724138e345060d5666960f1971367c.pdf
collection DOAJ
language Arabic
format Article
sources DOAJ
author H. Mohammed
spellingShingle H. Mohammed
EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
Mesopotamia Journal of Agriculture
author_facet H. Mohammed
author_sort H. Mohammed
title EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
title_short EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
title_full EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
title_fullStr EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
title_full_unstemmed EFFECT OF REFRIGERATION PROCESSING ON THERAPEUTIC LACTIC ACID BACTERIA USED IN THERAPEUTIC YOGHURT PRODUCTION BY USING SOME STABILIZERS
title_sort effect of refrigeration processing on therapeutic lactic acid bacteria used in therapeutic yoghurt production by using some stabilizers
publisher College of Agriculture
series Mesopotamia Journal of Agriculture
issn 1815-316X
2224-9796
publishDate 2012-08-01
description This study included the implementation of refrigerating processing to preserve the probiotic yoghurt produced by using (ABT) starters through four weeks using five types of stabilizers (starch. CMC. gelatin. dextrin and inulin) which then compared with control sample (i.e. nostabilizer added).Yoghurt analysis was carried out at zero time and one week intervals. They were chemical: total acidity percentage pH curd drainage and microbiological: (total count. lactic acid bacteria (LAB) percentage of resistant LAB) and sensory evaluation: (flavour. consistency. appearance and acidity taste).Processing of 7% dextrin and 4% inulin surpassed in bacteria total count. Lab and percentage of resistant LAB. In addition. processing of 0.01% CMC was out standing in highest total acidity percentage. i.e. lowest pH. On the other hand processing of 7% dextrin gave the lowest amount of whey drainage. Concerning the sensory evaluations. the processing of 2.5% dextrin surpassed charactenistic and the processing of 7% dextrin surpassed in consistency charactenistic.However. for the appearance and acidity evaluation. the processing of 6% inulin was over whilmed.Throughout sensory charactenistics studied the processing of 4% inulin recorded the highest values (91.76%) in comperison with the control (81.56%).
url https://magrj.mosuljournals.com/article_36998_46724138e345060d5666960f1971367c.pdf
work_keys_str_mv AT hmohammed effectofrefrigerationprocessingontherapeuticlacticacidbacteriausedintherapeuticyoghurtproductionbyusingsomestabilizers
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