Menu
Search
Filters
Close
Menu

Save 20% on select titles with code HIDDEN24 - Shop The Sale Now

09395 Kinetic Analysis of Corrosive Biofilms by Bioluminescent Method of ATP Identification

Picture for 09395 Kinetic Analysis of Corrosive Biofilms by Bioluminescent Method of ATP Identification
Available for download
Product Number: 51300-09395-SG
ISBN: 09395 2009 CP
Author: Vusal M. Shafiyev, Vagif M. Abbasov, Rufat E. Azizov and Elena N. Efremenko
Publication Date: 2009
$0.00
$20.00
$20.00
Recent research indicates that the quantification of Sulfate-Reducing Bacteria (SRB) and other corrosive bacteria in biofilms is of great practical and scientific relevance. Common microbial techniques based on selective cell cultivation are of limited usefulness for both quantification and characterization of environmental populations since the used methods are time-consuming and inconvenient for field trials or express analysis. To determine the total concentration of bacteria composing the corrosive biofilms, our research team developed a new approach was developed using bioluminescent method of ATP detection. The method also was optimised to determine microorganisms number in mixed cultures. The study of kinetics of corrosive biofilm formation in artificial pilot systems of field trials were carried out. The influence of the following factors on biofilm formation was revealed: microbial content of media, presence of oil, sulfide layer on the surface and metal type. The express screening of potential biocides active in relation to corrosive biofilms and the determination of minimal concentrations of tested compounds leading to destruction of corrosive biofilms were demonstrated herein.

Key words: corrosion, biofilms, bioluminescent method, SRB, ATP detection, kinetic analysis, minimal inhibitory concentrations, biocides
Recent research indicates that the quantification of Sulfate-Reducing Bacteria (SRB) and other corrosive bacteria in biofilms is of great practical and scientific relevance. Common microbial techniques based on selective cell cultivation are of limited usefulness for both quantification and characterization of environmental populations since the used methods are time-consuming and inconvenient for field trials or express analysis. To determine the total concentration of bacteria composing the corrosive biofilms, our research team developed a new approach was developed using bioluminescent method of ATP detection. The method also was optimised to determine microorganisms number in mixed cultures. The study of kinetics of corrosive biofilm formation in artificial pilot systems of field trials were carried out. The influence of the following factors on biofilm formation was revealed: microbial content of media, presence of oil, sulfide layer on the surface and metal type. The express screening of potential biocides active in relation to corrosive biofilms and the determination of minimal concentrations of tested compounds leading to destruction of corrosive biofilms were demonstrated herein.

Key words: corrosion, biofilms, bioluminescent method, SRB, ATP detection, kinetic analysis, minimal inhibitory concentrations, biocides
Product tags
Also Purchased
Picture for 97466 NEW APPROACHES TO BIOCIDE
Available for download

97466 NEW APPROACHES TO BIOCIDE EFFECTIVENESS MONITORING USING ON-SITE BIOCIDE ACTIVE ANALYSIS, ATP ANALYSIS, AND ON-LINE DOSAGE/MONITORING CONTROL

Product Number: 51300-97466-SG
ISBN: 97466 1997 CP
Author: S. A. Borchardt, R. L. Wetegrove, J, D. Martens
$20.00
Picture for Molecular MIC Diagnoses from ATP Field Test: Streamlined Workflow from Field to 16S Results
Available for download

Molecular MIC Diagnoses from ATP Field Test: Streamlined Workflow from Field to 16S Results

Product Number: 51317--9420-SG
ISBN: 9420 2017 CP
Author: Marc Demeter
Publication Date: 2017
$20.00

The ability to bundle the ATP MIC diagnostic assay with DNA acquisition for metagenomics would reduce the cost and labor intensity of DNA extraction, and alleviate complex sample storage and handling logistics - thus to substantially improve resultant molecular assay accuracy and accessibility. 

 
Picture for 09390 A Practical Mechanistic Model for MIC Based on a Biocatalytic Cathodic Sulfate Reduction Theor
Available for download

09390 A Practical Mechanistic Model for MIC Based on a Biocatalytic Cathodic Sulfate Reduction Theory

Product Number: 51300-09390-SG
ISBN: 09390 2009 CP
Author: Tingyue Gu, Srdjan Nesic and Kaili Zhao
Publication Date: 2009
$20.00
Categories
Industry
Recently viewed
Popular tags
View all

Association for Materials Protection and Performance

© AMPP All Rights Reserved.
Membership Terms of Content Use
Contact Customer Support