Front Cover; Immobilized Enzyme Principles; Copyright Page; Table of Contents; List of Contributors; Introduction to the Series; Preface; Chapter 1. Immobilized Enzymes-A Survey; REFERENCES; Chapter 2. The Chemistry of Enzyme Immobilization; I. INTRODUCTION; II. IMMOBILIZATION OF ENZYMES BY ADSORPTION; III. IMMOBILIZATION OF ENZYMES BY ENTRAPMENT; IV. IMMOBILIZATION OF ENZYMES BY COVALENT CROSS-LINKING WITH Bl- OR MULTIFUNCTIONAL REAGENTS; V. IMMOBILIZATION OF ENZYMES BY COVALENT COUPLING TO POLYMERIC SUPPORTS; VI. CONCLUDING REMARKS; ACKNOWLEDGMENT; REFERENCES

Chapter 3. Diffusion and Kinetics with Immobilized EnzymesI. INTRODUCTION; II. FACTORS AFFECTING THE KINETICS OF BOUND ENZYMES; III. HETEROGENEOUS ENZYME KINETICS; IV. EFFECT OF EXTERNAL DIFFUSIONAL LIMITATIONS; V. EFFECT OF INTERNAL DIFFUSIONAL LIMITATIONS; VI. ANALYSIS OF DIFFUSIONAL EFFECTS AND DETERMINATION OF KINETIC PARAMETERS FROM EXPERIMENTAL DATA; VII. DYNAMIC EFFECT OF WEAK ACIDS AND BASES ON HETEROGENEOUS ENZYME KINETICS; VIII. ELECTROSTATIC EFFECTS ON BOUND-ENZYME KINETICS; IX. COIMMOBILIZED MULTIENZYME SYSTEMS; X. PERSPECTIVES; REFERENCES

Chapter 4. Design and Analysis of Immobilized-Enzyme Flow ReactorsI. INTRODUCTION; II. ENZYME REACTOR TYPES AND THEIR CHOICE; III. IDEALIZED ENZYME REACTOR SYSTEMS; IV. STEADY-STATE ANALYSIS OF MASS TRANSFER AND BIOCHEMICAL REACTION IN ENZYME REACTORS; V. MASS TRANSFER-KINETIC MODELS FOR SPECIALIZED SYSTEMS: TUBULAR REACTORS WITH CATALYTICALLY ACTIVE WALLS/HOLLOW-FIBER REACTORS; VI. NONIDEAL FLUID-FLOW PATTERNS IN ENZYME REACTORS; VII. TRANSIENT ANALYSIS OF IMMOBILIZED-ENZYME REACTORS; VIII. MODELING OF MULTIENZYME REACTOR SYSTEMS; IX. COMBINED REACTION AND SEPARATION PROCESSES

X. PROCESS OPTIMIZATION OF ENZYME REACTORSXI. COMPARISON OF RELATIVE EFFICIENCIES OF SEVERAL REACTOR DESIGNS; XII. EPILOG; APPENDIX; ACKNOWLEDGMENT; REFERENCES; Chapter 5.Industrial Applications of Immobilized Enzymes and Immobilized Microbial Cells; I. INTRODUCTION; II. INDUSTRIAL APPLICATIONS OF IMMOBILIZED ENZYMES; III. APPLICATIONS OF IMMOBILIZED MICROBIAL CELLS; IV. CONCLUSIONS; REFERENCES; Subject Index