Benefits of Soleris ® over the Conventional Method for Enumeration of Microbial Load in Salacia Herbal Extract

Stems and roots of genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. is prone to microbial contamination and insect infestation; hence, methods to estimate the mic...

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Published inPolish journal of microbiology Vol. 69; no. 4; pp. 453 - 462
Main Authors Yewale, Sadanand, Farash, Zeba, Kolhe, Sanman, Sakkan, Sasidharan, Bhope, Shrinivas, Ambekar, Pradnya, Padmanabhan, Sriram
Format Journal Article
LanguageEnglish
Published Poland De Gruyter Poland 01.12.2020
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Abstract Stems and roots of genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. is prone to microbial contamination and insect infestation; hence, methods to estimate the microbial load in such plants will enhance its nutritional value. This paper highlights the novel use of Soleris to quantify microbes of all types, namely bacteria, yeasts, molds, and coliforms in herbal extracts. The microbial analysis results obtained with Soleris test vial have been compared with the conventional method, and the results indicate that Soleris is equally efficient as the conventional method and in fact displays several advantages over the traditional method. The Soleris method is a real time monitoring system that is highly sensitive, user-friendly, and environmentally friendly since it generates very little biomedical waste and saves a large amount of time. The data presented here demonstrate that for highly contaminated samples, results are available within 24 h. For yeasts and molds, the Soleris method produces results in 48 h, thus offering considerable time savings compared to other commonly used methods.
AbstractList Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. Salacia is prone to microbial contamination and insect infestation; hence, methods to estimate the microbial load in such plants will enhance its nutritional value. This paper highlights the novel use of Soleris® to quantify microbes of all types, namely bacteria, yeasts, molds, and coliforms in herbal extracts. The microbial analysis results obtained with Soleris® test vial have been compared with the conventional method, and the results indicate that Soleris® is equally efficient as the conventional method and in fact displays several advantages over the traditional method. The Soleris® method is a real time monitoring system that is highly sensitive, user-friendly, and environmentally friendly since it generates very little biomedical waste and saves a large amount of time. The data presented here demonstrate that for highly contaminated samples, results are available within 24 h. For yeasts and molds, the Soleris® method produces results in 48 h, thus offering considerable time savings compared to other commonly used methods.
Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. Salacia is prone to microbial contamination and insect infestation; hence, methods to estimate the microbial load in such plants will enhance its nutritional value. This paper highlights the novel use of Soleris ® to quantify microbes of all types, namely bacteria, yeasts, molds, and coliforms in herbal extracts. The microbial analysis results obtained with Soleris ® test vial have been compared with the conventional method, and the results indicate that Soleris ® is equally efficient as the conventional method and in fact displays several advantages over the traditional method. The Soleris ® method is a real time monitoring system that is highly sensitive, user-friendly, and environmentally friendly since it generates very little biomedical waste and saves a large amount of time. The data presented here demonstrate that for highly contaminated samples, results are available within 24 h. For yeasts and molds, the Soleris ® method produces results in 48 h, thus offering considerable time savings compared to other commonly used methods.
Abstract Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. Salacia is prone to microbial contamination and insect infestation; hence, methods to estimate the microbial load in such plants will enhance its nutritional value. This paper highlights the novel use of Soleris ® to quantify microbes of all types, namely bacteria, yeasts, molds, and coliforms in herbal extracts. The microbial analysis results obtained with Soleris ® test vial have been compared with the conventional method, and the results indicate that Soleris ® is equally efficient as the conventional method and in fact displays several advantages over the traditional method. The Soleris ® method is a real time monitoring system that is highly sensitive, user-friendly, and environmentally friendly since it generates very little biomedical waste and saves a large amount of time. The data presented here demonstrate that for highly contaminated samples, results are available within 24 h. For yeasts and molds, the Soleris ® method produces results in 48 h, thus offering considerable time savings compared to other commonly used methods.
Stems and roots of genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the compound responsible for the anti-diabetic activity. is prone to microbial contamination and insect infestation; hence, methods to estimate the microbial load in such plants will enhance its nutritional value. This paper highlights the novel use of Soleris to quantify microbes of all types, namely bacteria, yeasts, molds, and coliforms in herbal extracts. The microbial analysis results obtained with Soleris test vial have been compared with the conventional method, and the results indicate that Soleris is equally efficient as the conventional method and in fact displays several advantages over the traditional method. The Soleris method is a real time monitoring system that is highly sensitive, user-friendly, and environmentally friendly since it generates very little biomedical waste and saves a large amount of time. The data presented here demonstrate that for highly contaminated samples, results are available within 24 h. For yeasts and molds, the Soleris method produces results in 48 h, thus offering considerable time savings compared to other commonly used methods.
Author Kolhe, Sanman
Farash, Zeba
Bhope, Shrinivas
Ambekar, Pradnya
Yewale, Sadanand
Padmanabhan, Sriram
Sakkan, Sasidharan
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/33574873$$D View this record in MEDLINE/PubMed
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CitedBy_id crossref_primary_10_4236_nr_2022_137010
crossref_primary_10_55262_fabadeczacilik_1078751
crossref_primary_10_14218_ERHM_2021_00015
Cites_doi 10.5348/M08-2017-7-OA-2
10.1002/pca.2525
10.1093/jaoac/92.5.1396
10.1128/aem.36.2.252-256.1978
10.1016/B978-0-12-384730-0.00091-4
10.4314/ajtcam.v6i1.57076
10.5740/jaoacint.12-342
10.1016/j.jep.2013.09.026
10.1055/s-2002-20060
10.5772/51072
10.1186/s12906-019-2723-1
10.5740/jaoacint.12-377
10.1093/jb/mvz115
10.5740/jaoacint.16-0142
10.1186/s41043-016-0064-y
10.1016/B978-0-12-384730-0.00092-6
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Issue 4
Keywords salacinol
Salacia
microbial load
yeasts
bacteria
herbals
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References 2023042023495547593_j_pjm-2020-048_ref_020
2023042023495547593_j_pjm-2020-048_ref_009
2023042023495547593_j_pjm-2020-048_ref_007
2023042023495547593_j_pjm-2020-048_ref_029
2023042023495547593_j_pjm-2020-048_ref_008
2023042023495547593_j_pjm-2020-048_ref_001
2023042023495547593_j_pjm-2020-048_ref_023
2023042023495547593_j_pjm-2020-048_ref_002
2023042023495547593_j_pjm-2020-048_ref_024
2023042023495547593_j_pjm-2020-048_ref_021
2023042023495547593_j_pjm-2020-048_ref_022
2023042023495547593_j_pjm-2020-048_ref_005
2023042023495547593_j_pjm-2020-048_ref_027
2023042023495547593_j_pjm-2020-048_ref_006
2023042023495547593_j_pjm-2020-048_ref_028
2023042023495547593_j_pjm-2020-048_ref_003
2023042023495547593_j_pjm-2020-048_ref_025
2023042023495547593_j_pjm-2020-048_ref_004
2023042023495547593_j_pjm-2020-048_ref_026
2023042023495547593_j_pjm-2020-048_ref_030
2023042023495547593_j_pjm-2020-048_ref_031
2023042023495547593_j_pjm-2020-048_ref_018
2023042023495547593_j_pjm-2020-048_ref_019
2023042023495547593_j_pjm-2020-048_ref_012
2023042023495547593_j_pjm-2020-048_ref_013
2023042023495547593_j_pjm-2020-048_ref_010
2023042023495547593_j_pjm-2020-048_ref_032
2023042023495547593_j_pjm-2020-048_ref_011
2023042023495547593_j_pjm-2020-048_ref_016
2023042023495547593_j_pjm-2020-048_ref_017
2023042023495547593_j_pjm-2020-048_ref_014
2023042023495547593_j_pjm-2020-048_ref_015
References_xml – ident: 2023042023495547593_j_pjm-2020-048_ref_002
  doi: 10.5348/M08-2017-7-OA-2
– ident: 2023042023495547593_j_pjm-2020-048_ref_006
– ident: 2023042023495547593_j_pjm-2020-048_ref_021
– ident: 2023042023495547593_j_pjm-2020-048_ref_003
  doi: 10.1002/pca.2525
– ident: 2023042023495547593_j_pjm-2020-048_ref_023
– ident: 2023042023495547593_j_pjm-2020-048_ref_029
– ident: 2023042023495547593_j_pjm-2020-048_ref_004
  doi: 10.1093/jaoac/92.5.1396
– ident: 2023042023495547593_j_pjm-2020-048_ref_027
– ident: 2023042023495547593_j_pjm-2020-048_ref_018
  doi: 10.1128/aem.36.2.252-256.1978
– ident: 2023042023495547593_j_pjm-2020-048_ref_008
  doi: 10.1016/B978-0-12-384730-0.00091-4
– ident: 2023042023495547593_j_pjm-2020-048_ref_001
  doi: 10.4314/ajtcam.v6i1.57076
– ident: 2023042023495547593_j_pjm-2020-048_ref_032
– ident: 2023042023495547593_j_pjm-2020-048_ref_017
– ident: 2023042023495547593_j_pjm-2020-048_ref_026
  doi: 10.5740/jaoacint.12-342
– ident: 2023042023495547593_j_pjm-2020-048_ref_030
– ident: 2023042023495547593_j_pjm-2020-048_ref_012
  doi: 10.1016/j.jep.2013.09.026
– ident: 2023042023495547593_j_pjm-2020-048_ref_022
  doi: 10.1055/s-2002-20060
– ident: 2023042023495547593_j_pjm-2020-048_ref_011
  doi: 10.5772/51072
– ident: 2023042023495547593_j_pjm-2020-048_ref_013
  doi: 10.1186/s12906-019-2723-1
– ident: 2023042023495547593_j_pjm-2020-048_ref_007
– ident: 2023042023495547593_j_pjm-2020-048_ref_025
  doi: 10.5740/jaoacint.12-377
– ident: 2023042023495547593_j_pjm-2020-048_ref_019
  doi: 10.1093/jb/mvz115
– ident: 2023042023495547593_j_pjm-2020-048_ref_020
– ident: 2023042023495547593_j_pjm-2020-048_ref_024
  doi: 10.5740/jaoacint.16-0142
– ident: 2023042023495547593_j_pjm-2020-048_ref_005
– ident: 2023042023495547593_j_pjm-2020-048_ref_009
– ident: 2023042023495547593_j_pjm-2020-048_ref_015
  doi: 10.1186/s41043-016-0064-y
– ident: 2023042023495547593_j_pjm-2020-048_ref_028
– ident: 2023042023495547593_j_pjm-2020-048_ref_014
– ident: 2023042023495547593_j_pjm-2020-048_ref_010
  doi: 10.1016/B978-0-12-384730-0.00092-6
– ident: 2023042023495547593_j_pjm-2020-048_ref_031
– ident: 2023042023495547593_j_pjm-2020-048_ref_016
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Snippet Stems and roots of genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is the...
Abstract Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates,...
Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is...
Stems and roots of Salacia genus plants have been used as a specific remedy for early-stage diabetes, and one of the four sulphonium sulphates, salacinol is...
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StartPage 453
SubjectTerms Bacteria
Coliforms
Diabetes
Diabetes mellitus
Enumeration
Fungi
Herbal medicine
herbals
Humidity
Insects
Medical wastes
Microbial contamination
microbial load
Microbiology
Microorganisms
Mold
Nutritive value
Pathogens
Plant extracts
Salacia
salacinol
Yeast
Yeasts
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Title Benefits of Soleris ® over the Conventional Method for Enumeration of Microbial Load in Salacia Herbal Extract
URI https://www.ncbi.nlm.nih.gov/pubmed/33574873
https://www.proquest.com/docview/2512804511
https://search.proquest.com/docview/2489251289
https://pubmed.ncbi.nlm.nih.gov/PMC7812356
https://doaj.org/article/d8ccc0beae284c44b7eba1b24f99ea4d
Volume 69
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