Emerging Modern Microfluidics Driven Automations: Perspectives in Drug Discovery, Drug Delivery, Diagnostics, and Regulatory Concerns explores the fundamentals, applications and future direction of microfluidics in pharmaceutical science. The book discusses novel methodologies with diversified applications, especially in the theragnostic and biomedical arenas. Covering areas of modern microfluidics in drug discovery, drug delivery, diagnostics and regulatory concerns, the book has a special focus on the intellectual abilities of the process or product viability of microfluidics. Other topics include the applications of microfluidics for processing of biomaterials and nanomedicines, toxicological studies, disease/tumor 3D in vitro models, 3D printing of microfluidics, and personalized medicine applications.
With contributions from authors in industry and academia, this resource is ideal for early-career pharmaceutical and biomedical engineering professionals involved in developing new tools for the delivery of therapeutics, novel drug discovery and medical diagnostics using Microfluidics technology.
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