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"Pharmaceutical manufacture is very exacting, for example, drugs must be uniform in size, shape, efficacy, bioavailability, and safety. The presence of different polymorphs in drug production is a serious problem, since different polymorphs differ in bioavailability, solubility, dissolution rate, chemical and physical stability, melting point, color, filterability, density, and flow properties. Fine particles in medicine and pharmacy discusses particle size, shape, and composition and how they determine the choice of polymorph of a drug."

"Martin's Physical Pharmacy and Pharmaceutical Sciences is considered the most comprehensive text available on the application of the physical, chemical and biological principles in the pharmaceutical sciences. It helps students, teachers, researchers, and industrial pharmaceutical scientists use elements of biology, physics, and chemistry in their work and study. Since the first edition was published in 1960, the text has been and continues to be a required text for the core courses of Pharmaceutics, Drug Delivery, and Physical Pharmacy. The Sixth Edition features expanded content on drug delivery, solid oral dosage forms, pharmaceutical polymers and pharmaceutical biotechnology, and updated sections to cover advances in nanotechnology."

"Bridging academic research and industrial applications, this is the first modern approach to relate fundamental research to the applied science of colloids. This text examines the role of colloid and interface science in pharmacy, as well as pharmaceutical formulations and drug delivery. It then goes on to treat pharmaceutical suspensions and emulsions, including multiple emulsions, as well as liposomes and the role of nanotechnology in drug delivery. A final section is devoted to the hot topic of stem cell research."

"Contents: 1 Bond type and bond strength; 2 Hydrocarbons: alkanes, alkenes, aromatics and alkylhalides; 3 Amines; 4 Neutral and acidic nitrogen compounds; 5 Oxygen- and sulphur-containing functional groups; 6 Protein structure and its relevance to drug action; 7 DNA structure and its importance to drug action; 8 Drug absorption, distribution, metabolism and excretion; 9 Structure, activity and drug design; 10 Drugs affecting the adrenergic system; 11 Drugs exerting non-adrenergic effects on cardiac output and vascular tone; 12 Drugs interacting with mammalian enzymes; 13 Central nervous system depressants; 14 Analgesics; 15 Local anaesthetics; 16 Anti-cholinergic agents; 17 Anti-histamine drugs;18 CNS stimulants and CNS-active drugs affecting the serotonergic system; 19 Drugs affecting haemostasis and thrombosis; 20 Drugs affecting the endocrine system; 21 Anticancer drugs; 22 Antimicrobial chemotherapy: A. Antibiotics. B. Antituberculosis drugs; 23 Antiviral drugs; 24 Antifungal chemotherapy; 25 Antiparasitic drugs; 26 Vitamins and minerals; 27 Biotechnologically produced products; 28 Drug and gene delivery systems; 29 Alcohol"

"This book addresses the synthesis of photosensitizers, the main emphasis being on the new methods of synthesis such as microwave, sonochemistry and the use of ionic liquids. It also addresses the photochemistry and photophysics of the photosensitizers alone and in combination with nanoparticles, the use of the photosensitizers in environmental control, safety and medicine. It discusses the common structures of the photosensitizers which are beneficial to these applications."