Pharmaceutics

Abstract: What is 'pharmaceutics'? Design of dosage forms PART ONE: SCIENTIFIC PRINCIPLES OF DOSAGE FORM DESIGN *Dissolution and solubility *Properties of solutions *Rheology *Surface and interfacial phenomena *Disperse systems *Kinetics of product stability PART TWO: PARTICLE SCIENCE AND POWDER TECHNOLOGY *Solid-state properties *Particle size analysis *Particle size reduction *Particle size separation *Mixing *Powder flow. PART THREE: PHARMACEUTICAL MICROBIOLOGY AND STERILIZATION *Fundamentals of microbiology *Pharmaceutical applications of microbiological techniques *Action of physical and chemical agents on microorganisms *Principles of sterilization *Sterilization in practice PART FOUR: BIOPHARMACEUTICAL PRINCIPLES OF DRUG DELIVERY *Introduction to biopharmaceutics *Gastrointestinal tract - physiology and drug absorption *Bioavailability - physicochemical and dosage form factors *Assessment of biopharmaceutical properties *Dosage regimens PART FIVE: DOSAGE FORM DESIGN AND MANUFACTURE *Pharmaceutical preformulation *Solutions *Clarification *Suspensions and emulsions *Powders and granules *Granulation *Drying *Tablets and compaction *Modified-release peroral dosage forms *Coating of tablets and multiparticulates *Hard gelatin capsules *Soft gelatin capsules *Pulmonary drug delivery *Nasal drug delivery *Transdermal drug delivery *Wound dressings *Rectal and vaginal drug delivery *Delivery of pharmaceutical proteins *Packs and packaging *Microbial contamination, spoilage and preservation of medicines *Product stability and stability testing *Pharmaceutical plant design *Heat transfer and the properties and use of steam

Abstract: What is 'pharmaceutics'? Design of dosage forms PART ONE: SCIENTIFIC PRINCIPLES OF DOSAGE FORM DESIGN *Dissolution and solubility *Properties of solutions *Rheology *Surface and interfacial phenomena *Disperse systems *Kinetics of product stability PART TWO: PARTICLE SCIENCE AND POWDER TECHNOLOGY *Solid-state properties *Particle size analysis *Particle size reduction *Particle size separation *Mixing *Powder flow. PART THREE: PHARMACEUTICAL MICROBIOLOGY AND STERILIZATION *Fundamentals of microbiology *Pharmaceutical applications of microbiological techniques *Action of physical and chemical agents on microorganisms *Principles of sterilization *Sterilization in practice PART FOUR: BIOPHARMACEUTICAL PRINCIPLES OF DRUG DELIVERY *Introduction to biopharmaceutics *Gastrointestinal tract - physiology and drug absorption *Bioavailability - physicochemical and dosage form factors *Assessment of biopharmaceutical properties *Dosage regimens PART FIVE: DOSAGE FORM DESIGN AND MANUFACTURE *Pharmaceutical preformulation *Solutions *Clarification *Suspensions and emulsions *Powders and granules *Granulation *Drying *Tablets and compaction *Modified-release peroral dosage forms *Coating of tablets and multiparticulates *Hard gelatin capsules *Soft gelatin capsules *Pulmonary drug delivery *Nasal drug delivery *Transdermal drug delivery *Wound dressings *Rectal and vaginal drug delivery *Delivery of pharmaceutical proteins *Packs and packaging *Microbial contamination, spoilage and preservation of medicines *Product stability and stability testing *Pharmaceutical plant design *Heat transfer and the properties and use of steam

Abstract: The International Journal of Pharmaceutics is the journal for pharmaceutical scientists concerned with the physical, chemical and biological properties of devices and delivery systems for drugs, vaccines and biologicals, including their design, manufacture and evaluation. This includes evaluation of the properties of drugs, excipients such as surfactants and polymers and novel materials. The journal has special sections on pharmaceutical nanotechnology and personalized medicines, and publishes research papers, reviews, commentaries and letters to the editor as well as special issues.