Ocular Drug Delivery Systems: Introduction
Ophthalmic treatments for eye diseases rely mostly on eye drop medication administered to the patients in an outpatient setting. Eye …
NOVEL DRUG DELIVERY SYSTEMS
Introduction to Intrauterine Drug Delivery Systems
For a long time, the vagina was considered as an organ incapable of systematically absorbing drugs. The development of newer …
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Applications of microencapsulation and challenges
Microencapsulation is widely used to manufacture prolonged-release dosage forms, pulsatile release dosage forms, and targeted drug delivery systems. Apart from …
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General concepts in mucosal drug delivery
The basic substrate of the mucosal drug delivery system is the mucus layer. This layer comprises 95 % water and …
Introduction: Mucosal Drug Delivery System
Administration of drugs by targeting the mucosal membranes such as the lining of the mouth, vagina, and bladder is called …
IUD (Intrauterine Device) Applications
A wide variety of ever-increasing IUD drug delivery systems with different formulations and properties are available in the market. We …
Methods of Microencapsulation and Process
The method of microencapsulation depends on the core material, the application of the microcapsule, size of particles needed, release characteristics …
Microencapsulation: Advantages and disadvantages
Microencapsulation means applying relatively thin coatings to small particles of solids or droplets of liquids or dispersions. It involves the …
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Transmucosal permeability and Formulations
Transmucosal permeability refers to the transport of material such as drugs across the oral mucosa. Transmucosal permeability is a unique …
Constituents of multiparticulate drug delivery system
Multiparticulate drug delivery systems consist of three common constituents: microparticles, microcapsules, and microspheres. These microcarriers do not traverse through the …
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