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Detergents : types, components and uses / Emilie T. Hagen, editor.

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Format:
Book
Contributor:
Hagen, Emilie T.
Series:
Biochemistry research trends series.
Biochemistry research trends
Language:
English
Subjects (All):
Detergents.
Physical Description:
1 online resource (185 p.)
Edition:
1st ed.
Place of Publication:
Hauppauge, N.Y. : Nova Science Publishers, c2010.
Language Note:
English
Summary:
Reviews research in the field of detergent types, their components and uses. This title also discusses biosurfactants and their uses in the petroleum industry and in hydrocarbon pollution remediation, and, detergent-based DNA extraction techniques in molecular biology.
Contents:
Intro
DETERGENTS: TYPES, COMPONENTS AND USES
CONTENTS
PREFACE
Chapter 1 BIOSURFACTANTS AND THEIR USES IN THE PETROLEUM INDUSTRY AND HYDROCARBON POLLUTION REMEDIATION
ABSTRACT
1. INTRODUCTION
2. BASIC CONCEPTS
2.1. Biosurfactant Nature
2.2. Surface and Interfacial Tension
2.3. Reduction of Surface and Interfacial Tension by Biosurfactants and Critical Micelle Concentration
2.4. Solubilization Capability
3. CLASSIFICATION OF BIOSURFACTANTS
3.1. Low-Molecular-Weigh Biosurfactants
3.2. High-Molecular-Weigh Biosurfactants
4. TOXICITY AND BIODEGRADABILITY OF BIOSURFACTANTS
5. APPLICATIONS
5.1. Hydrocarbon Pollution Bioremediation
5.1.1. Laboratory assays using liquid-biphasic systems
5.1.2. Biosurfactants in soil bioremediation
5.1.3. Biosurfactants in bioremediation of marine pollution
5.2. Pretroleum Industry
5.2.1. Biosurfactant application for oil recovery
5.2.2. Other uses
6. CONCLUSION
REFERENCES
Chapter 2 DETERGENTS IN MOLECULAR BIOLOGY: DNA EXTRACTION AND PURIFICATION
INTRODUCTION
Genomics and Molecular Epidemiology Studies
DNA Extraction Techniques
Detergent Based DNA Extraction Techniques
Downstream Applications of Detergent Extracted DNA's
Viral DNA Extraction from Peripheral Blood
CONCLUSION
Chapter 3 CARBOHYDRASES IN DETERGENTS
History and Development of Enzyme Usage in Detergents
Before 1990
1990 Onwards
The Importance and the Main Characteristics of Detergent Enzymes
Properties and Functions of Hydrolases
Proteases
Carbohydrases
Lipases
Carbohydrases : Their Specific Functions in Detergents
-Amylases
Catalytic reaction
Source and production.
Enzyme specificity, biochemical characteristics, and functions
Enzyme development for desired properties
A New Highly Alkaline, Thermostable -Amylase Resistant to Surfactant
Cellulases
Source and production
Enzyme specificity, biochemical characteristics, and functions
Mannanases
Enzyme structure, specificity, biochemical properties and functions
Commercial Carbohydrases Used in Detergents
Future prospects
ACKNOWLEDGMENTS
Chapter 4 THE INFLUENCE OF DIFFERENT DETERGENTS ON THE PRESERVATION OF DISCRETE MEMBRANE MICRODOMAINS: A COMPARATIVE ULTRASTRUCTURAL STUDY ON WHOLE-MOUNTED COLORECTAL CANCER CELLS
MATERIALS AND METHODS
Cell Culture
Chemicals
Sample Preparation
Imaging
RESULTS AND DISCUSSION
Chapter 5 -SULFO FATTY METHYL ESTER SULFONATES (-MES): A NEW ANIONIC SURFACTANT
2. EXPERIMENTAL
Materials
Photochemical Reactor and Sulfoxidation Procedure
Separation Procedure
3. RESULTS
Proposed Reaction Mechanism
Thermal decomposition: Dark reaction
Irradiated reaction
Effect of Wavelength
Effect of Reaction Time
Effect of Chain Length
Analysis
Performance
BIOGRAPHIES
Chapter 6 ACACIA CAVEN (MOL.) MOLINA POLLEN PROTEASES: APPLICATION TO THE PEPTIDE SYNTHESIS AND TO LAUNDRY DETERGENTS
Plant Material
Elution of the Enzyme from the Pollen Wall
Chemical Reagents
Proteolytic Activity Assays
Effect of ph and Temperature on Proteolytic Activity
Thermostability of Acacia Caven Crude Extract.
Effect of Surfactants on the Proteolytic Activity of Acacia Caven Crude Extract
Effect of Commercial Detergent on the Proteolityc Activity of Acacia Caven Crude Extract
Enzymatic Synthesis Reaction Conditions
Analytical Control of Enzymatic Synthesis
RP-HPLC
HPLC-MS
INDEX
Blank Page.
Notes:
Description based upon print version of record.
Includes bibliographical references and index.
Description based on print version record.
ISBN:
1-61728-241-3
OCLC:
923662627

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