Chemical Engineering in the Pharmaceutical Industry, R & d to Manufacturing

Content: Intro
 TITLE PAGE
 COPYRIGHT PAGE
 CONTENTS
 LIST OF CONTRIBUTORS
 PREFACE
 UNIT CONVERSIONS
 PART I INTRODUCTION
 CHAPTER 1 CHEMICAL ENGINEERING IN THE PHARMACEUTICAL INDUSTRY
 1.1 GLOBAL IMPACT OF THE INDUSTRY
 1.2 INVESTMENTS IN PHARMACEUTICAL R 1.3 BEST SELLERS
 1.4 PHARMACEUTICAL RESEARCH AND DEVELOPMENT EXPENDITURES
 1.5 RECENT TRENDS FOR PHARMACEUTICAL DRUG AND MANUFACTURING
 1.6 CHEMICAL ENGINEERS SKILLED TO IMPACT FUTURE OF PHARMACEUTICAL INDUSTRY
 REFERENCES
 PART II DRUG PRODUCT DESIGN, DEVELOPMENT, AND MODELING
 CHAPTER 2 DESIGN OF SOLID DOSAGE FORMULATIONS
 2.1 INTRODUCTION 2.2 UNDERSTANDING DRUG SUBSTANCE2.3 EXCIPIENTS
 2.4 DRUG-EXCIPIENT COMPATIBILITY STUDY
 2.5 PROCESSING OF FORMULATIONS
 2.6 TABLET FORMULATION DESIGN
 2.7 TABLET CHARACTERISTICS
 2.8 USING DISSOLUTION TO DETERMINE CQAs
 2.9 DRUG PRODUCT STABILITY
 2.10 PROCESS OPERATIONS AND SCALABILITY OF DOSAGE FORM
 2.11 CONCLUDING REMARKS
 REFERENCES
 CHAPTER 3 POWDER PROCESS CHALLENGES AND SOLUTIONS
 3.1 INTRODUCTION
 3.2 COMMON POWDER-HANDLING EQUIPMENT
 3.3 POWDER FLOW AND SEGREGATION CONCERNS
 3.4 MEASUREMENT OF FLOW PROPERTIES 3.5 TROUBLE-SHOOTING POWDER-HANDLING PROBLEMS AND EQUIPMENT DESIGN METHODSREFERENCES
 CHAPTER 4 DESIGN AND SCALE-UP OF DRY GRANULATION PROCESSES
 4.1 OVERVIEW OF THE DRY GRANULATION PROCESS
 4.2 GENERAL CONSIDERATIONS FOR ROLLER COMPACTION OPERATIONS AND EQUIPMENT
 4.3 MATERIAL BEHAVIOR, QUALITY ATTRIBUTES, AND TESTING
 4.4 PRINCIPLES OF OPERATION
 4.5 SCALE-UP OF ROLLER COMPACTION
 4.6 SUMMARY
 REFERENCES
 CHAPTER 5 MODEL-BASED DEVELOPMENT OF ROLLER COMPACTION PROCESSES
 5.1 INTRODUCTION
 5.2 ROLL COMPACTION
 5.3 MILLING 5.4 PROPERTY FUNCTIONS FOR MODEL-BASED DEVELOPMENT OF ROLLER COMPACTION5.5 CONNECTING PROCESS AND PROPERTY MODELS
 5.6 SUMMARY
 5.7 NOTATION
 REFERENCES
 CHAPTER 6 WET GRANULATION PROCESSES
 6.1 INTRODUCTION
 6.2 MECHANISMS IN WET GRANULATION
 6.3 SCALE-UP
 6.4 FUTURE DIRECTIONS
 REFERENCES
 CHAPTER 7 TOWARD A GENERIC MODEL FOR TWIN-SCREW WET GRANULATION
 7.1 INTRODUCTION
 7.2 EXPERIMENTAL DATA COLLECTION
 7.3 GRANULE SIZE DISTRIBUTIONS AT DIFFERENT LOCATIONS
 7.4 PBM MODEL DEVELOPMENT
 7.5 PBM MODEL CALIBRATION
 7.6 RESULTS FOR THE WETTING ZONE 1
 7.7 RESULTS FOR THE FIRST KNEADING ZONE 3 7.8 RESULTS FOR THE SECOND KNEADING ZONE 67.9 RESULTS OF DIRECT SIMULATION FROM PREBLEND TO FINAL GRANULES AT TSG OUTLET (ZONES 1-6)
 7.10 OUTLOOK
 REFERENCES
 CHAPTER 8 MODELING A DOSATOR CAPSULE FILLING PROCESS FOR HARD-SHELL CAPSULES
 8.1 OVERVIEW OF THE DOSATOR CAPSULE FILLING PROCESS
 8.2 DEM MODEL OF THE DOSATOR PROCESS
 8.3 MODELING RESULTS FOR THE DOSATOR FILLING PROCESS
 8.4 CASE STUDY: PREDICTION OF OPTIMAL INSERTION DEPTH INTO THE POWDER BED DURING A DOSATOR FILLING PROCESS
 8.5 SUMMARY
 REFERENCES
 CHAPTER 9 POWDER COMPACTION
 9.1 INTRODUCTION