Wow! eBook
Novel Drug Delivery Systems: Design, Evaluation and Application
by: Yongtai Zhang (Editor), Zhu Jin (Editor)
Publisher: Mdpi AG
Publication Date: 2024-12-06
Language: English
Print Length: 220 pages
ISBN-10: 3725826293
ISBN-13: 9783725826292
Book Description
Some active molecules have poor solubility, permeability, rapid clearance in vivo, low physicochemical stability, toxic side effects, etc., which reduce their drug properties and application prospects, while some clinical drugs also have certain shortcomings. The application of appropriate pharmaceutical technologies is therefore an important means to improve their deficiencies. The following Special Issue, entitled “Novel Drug Delivery Systems: Design, Evaluation and Application”, covers original research and reviews in the development and application of improved formulation technologies, novel dosage forms, and advanced drug delivery technologies, including encapsulation, solid dispersion, sustained and controlled drug release, nanotechnology, and targeted and intelligent drug delivery strategies, for the purpose of achieving clinical drug applications with reduced toxicity and increased efficacy, improved physicochemical stability, and improved patient compliance.
Editorial Reviews
Some active molecules have poor solubility, permeability, rapid clearance in vivo, low physicochemical stability, toxic side effects, etc., which reduce their drug properties and application prospects, while some clinical drugs also have certain shortcomings. The application of appropriate pharmaceutical technologies is therefore an important means to improve their deficiencies. The following Special Issue, entitled “Novel Drug Delivery Systems: Design, Evaluation and Application”, covers original research and reviews in the development and application of improved formulation technologies, novel dosage forms, and advanced drug delivery technologies, including encapsulation, solid dispersion, sustained and controlled drug release, nanotechnology, and targeted and intelligent drug delivery strategies, for the purpose of achieving clinical drug applications with reduced toxicity and increased efficacy, improved physicochemical stability, and improved patient compliance.
