Methods of Enzymatic Analysis
Methods of Enzymatic Analysis focuses on the general progress in enzymology and in the special field of enzymatic analysis. This book explores the commercial production of biochemical reagents for analysis and explains the transition from the possible use of enzymatic analysis to its various applications in pure and applied biochemistry. Organized into four sections, this book starts with an overview of the basis of enzymatic analysis and provides general experimental guidelines for the techniques of measurement and for the disintegration of cells and tissues. This text then provides detailed instructions for the determination of substrates and assay of enzyme activities. Other chapters explore the practical aspects and information necessary for the application of reagents to enzymatic analysis, including sources, stability, and purity required. The final section describes the commercially available enzymes, coenzymes, substrates, and several less common reagents. Biochemists, biophysicists, researchers, and graduate students will find this book extremely useful.
1002564589
Methods of Enzymatic Analysis
Methods of Enzymatic Analysis focuses on the general progress in enzymology and in the special field of enzymatic analysis. This book explores the commercial production of biochemical reagents for analysis and explains the transition from the possible use of enzymatic analysis to its various applications in pure and applied biochemistry. Organized into four sections, this book starts with an overview of the basis of enzymatic analysis and provides general experimental guidelines for the techniques of measurement and for the disintegration of cells and tissues. This text then provides detailed instructions for the determination of substrates and assay of enzyme activities. Other chapters explore the practical aspects and information necessary for the application of reagents to enzymatic analysis, including sources, stability, and purity required. The final section describes the commercially available enzymes, coenzymes, substrates, and several less common reagents. Biochemists, biophysicists, researchers, and graduate students will find this book extremely useful.
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Methods of Enzymatic Analysis

Methods of Enzymatic Analysis

by Hans-UIrich Bergmeyer (Editor)
Methods of Enzymatic Analysis
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Methods of Enzymatic Analysis

Methods of Enzymatic Analysis

by Hans-UIrich Bergmeyer (Editor)

Overview

Methods of Enzymatic Analysis focuses on the general progress in enzymology and in the special field of enzymatic analysis. This book explores the commercial production of biochemical reagents for analysis and explains the transition from the possible use of enzymatic analysis to its various applications in pure and applied biochemistry. Organized into four sections, this book starts with an overview of the basis of enzymatic analysis and provides general experimental guidelines for the techniques of measurement and for the disintegration of cells and tissues. This text then provides detailed instructions for the determination of substrates and assay of enzyme activities. Other chapters explore the practical aspects and information necessary for the application of reagents to enzymatic analysis, including sources, stability, and purity required. The final section describes the commercially available enzymes, coenzymes, substrates, and several less common reagents. Biochemists, biophysicists, researchers, and graduate students will find this book extremely useful.

Product Details

ISBN-13: 9780323141772
Publisher: Elsevier Science & Technology Books
Publication date: 12/02/2012
Sold by: Barnes & Noble
Format: eBook
Pages: 1088
File size: 11 MB
Note: This product may take a few minutes to download.

Table of Contents

ForewordPrefaceContributorsAbbreviationsSection A: General I. Principles of Enzymatic Analysis II. Experimental Techniques III. Cell and Tissue DisintegrationSection B: Estimation of Substrates Preliminary Remarks I. Substances Involved in Carbohydrate Metabolism 1. Poly-, Oligo- and Disaccharides 2. Monosaccharides and Derivatives 3. Three-Carbon Compounds 4. Two- and One-Carbon Compounds II. Substances Involved in the Citric Acid Cycle a) Citrate b) Citrate and Isocitrate c) α-Oxoglutarate d) L-Malate e) Oxaloacetate f) Succinate g) Fumarate III. Substances Involved in Protein Metabolism 1. Proteins and Peptides 2. Amino Acids, Amines and Amides IV. Substances Involved in the Metabolism of Fatty Acids, Lipids and Steroids a) Polyunsaturated Fatty Acids b) Lecithin c) Acyl-CoA Derivatives d) Acetoacetate e) D-(—)-ß-Hydroxybutyrate f) Hydrolysis of Steroid Conjugates g) 20-Ketosteroids h) Steroid Alcohols in Urine V. Nucleosides, Purines and Pyrimidines, Coenzymes and Related Substances 1. Nucleosides, Purines and Pyrimidines 2. Coenzymes and Related Substances VI. Other Substrates and Miscellaneous Substances a) Organophosphorus Insecticides b) DDT c) Inorganic Peroxides d) Nitrate e) Magnesium in Plasma f) PyrophosphateSection C: Measurement of Enzyme Activity Preliminary Remarks I. The Importance of the Measurement of Enzyme Activity a) In Medicine b) In Food Chemistry c) In Botanical and Agricultural Chemistry II. Methods 1. Aldolases 2. Dehydrogenases 3. Esterases 4. Proteases 5. Transaminases 6. Others III. Histochemical Detection of Enzymes 1. Introduction (Aims of the Method) 2. General 3. Special MethodsSection D: Biochemical Reagents I. Enzymes II. Coenzymes and Substrates III. Complete Reagent KitsTables Conversion Table: Transmittance ⇌ Extinction Atomic WeightsIndex
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