Pharmaceutics is interdisciplinary integrating knowledge and methods from medicine and pharmacy. It is a comprehensive discipline, covering the basic theory, formulation design, preparation process, quality control and clinical rational application of pharmaceutical preparations. The pharmaceutics course is indispensable for the education of all pharmacy students, and plays an utmostly important role in the cultivation of medical students.The fundamental aim of pharmaceutics is to enable effective drugs delivery to their target sites by means of various dosage forms, drug delivery systems, and drug delivery device. A better understanding of pharmaceutics would be greatly beneficial for the optimization of the dosage form design of drugs, improvement of the production technology, development of novel drug delivery system, and enhancement of the product quality. Pharmaceutics is also able to provide scientific foundation for the safe, rational, and effective application of drug products in clinics. At present, innovative researches on technologies, dosage forms, excipients, and equipment of pharmaceutics have been stepping forward to a new era of rapid development, aiming to serve for the needs of precise medicine. We believe that with the continuous development of pharmaceutics and its expanding associated science and technologies , more and more novel drug delivery methods will be established, which may result in more precise, intelligent, and efficient ways to facilitate human health in the future. Meanwhile, the healthy and vigorous development of pharmaceutics will further offer tremendous assistance for boosting the pharmacy research in China to a more advanced and leading position internationally.
1.1 Solubility of Drugs
1.2 Dissolution Rate of Drugs
1.3 Surfactants: Definition, Characteristic and Classification
1.4 Surfactants: Properties and Applications
1.5 Microparticle Dispersion System
1.6 Rheology
2.1 Overview of Liquid Pharmaceutical Preparations
Liquid Pharmaceutical Preparations (2) & Aseptic Technologies
2.2 Solutions and Polymeric Solutions
2.3 Suspensions
2.4 Emulsions
3.1 Pharmaceutical Waters
3.2 Liquid Filtration Technology
3.3 Pyrogen Removal Technique
3.4 Osmolarity Regulation Technology
3.5 Sterilization Technology
3.6 Air Purification Technology
Sterilized Preparations & Micromeritic
4.1 Parenterals
4.2 Formulation Development of Parenterals
4.3 Production of Parenterals
4.4 Quality Control of Parenterals
4.5 Examples of Injections
4.6 Large Volume Parenterals
4.7 Sterile Powder for Injection
5.1 Basic Properties of The Powder
5.2 Density and Porosity of The Powder
5.3 Flowability and Packability of The Powder
5.4 Moisture Absorption and Wetting of Powder
5.5 Adhesion, Cohesion and Compression of The Powder
Craft of Solid Preparations & Solid Preparations (1)
6.1 Unit Operation of Solid Preparation: Crushing
6.2 Unit Operation of Solid Preparation: Sieving
6.3 Unit Operation of Solid Preparation: Mixing and Kneading
6.4 Unit Operation of Solid Preparation: Granulation
6.5 Unit Operation of Solid Preparation——Drying
7.1 Powders
7.2 Granules
7.3 Tablet Overview
7.4 Commonly Used Excipients in Tablets (I)
7.5 Commonly Used Excipients in Tablets (II)
Solid Preparations (2) & Drug Delivery to the Skin (1)
7.6 Preparation of Tablets
7.7 Physical Properties and Influence Factors of The Tablets formation
7.8 Common Problems and Solutions of Tablets Preparation
7.9 Coating of Tablets
7.10 Quality Standards of Tablets
7.11 Examples of Tablets
7.12 Capsules
7.13 Guttate Pills
7.14 Films and Paints
8.1 Transdermal Drug Delivery
8.2 Ointments