Nanocapsule: Advancements in Targeted Delivery and Controlled Release Systems

Explore the fascinating world of Nanocapsules in this comprehensive guide, offering invaluable insights for professionals, students, and anyone keen on the dynamic field of nanotechnology. From drug delivery innovations to the latest techniques in nanoparticle design, this book uncovers the cuttingedge science behind nanocapsules. Whether you’re an undergraduate, graduate student, or researcher, this resource will deepen your understanding and spark new possibilities in science.

Chapters Brief Overview:

1: Nanocapsule: Introduction to nanocapsules, their structure, and significance in various fields.

2: In situ polymerization: Explores how in situ polymerization forms nanocapsules and its applications.

3: Interfacial polymerization: Discusses the method of creating nanocapsules through interfacial polymerization.

4: Chitosan nanoparticles: Focuses on the use of chitosan in creating effective nanocapsules for biomedical purposes.

5: Nanocomposite hydrogels: Reviews the integration of hydrogels in nanocapsules for advanced drug delivery systems.

6: Nanoparticle drug delivery: Describes how nanoparticles enable precise drug delivery, enhancing therapeutic outcomes.

7: Targeted drug delivery: Explores strategies for ensuring that drugs are delivered directly to target cells or tissues.

8: Cell encapsulation: Examines the encapsulation of cells within nanocapsules for medical treatments and therapies.

9: Pharmaceutical formulation: Covers the process of incorporating nanocapsules into pharmaceutical products.

10: Janus particles: Delves into Janus particles and their potential applications in drug delivery systems.

11: Polystyrene (drug delivery): Discusses the role of polystyrene in drug delivery and its compatibility with nanocapsules.

12: Microparticle: Provides an overview of microparticles, their characteristics, and their role in encapsulation.

13: Nanoparticles for drug delivery to the brain: Investigates how nanocapsules can deliver drugs across the bloodbrain barrier.

14: Acetalated dextran: Looks into the use of acetalated dextran in creating biocompatible nanocapsules.

15: Ouzo effect: Discusses the Ouzo effect and how it influences the formation of nanocapsules.

16: Pickering emulsion: Focuses on Pickering emulsions and their use in stabilizing nanocapsules for various applications.

17: Nanogel: Reviews the use of nanogels in conjunction with nanocapsules for enhanced drug delivery.

18: Electrospinning: Introduces electrospinning technology for producing nanocapsules with improved properties.

19: Microencapsulation: Explores microencapsulation techniques and their relationship with nanocapsule creation.

20: Liposome: Discusses liposomes as carriers for drugs and their similarities and differences with nanocapsules.

21: Nano spray dryer: Explores the role of nano spray drying in the efficient production of nanocapsules.

This book serves as a vital reference for anyone looking to understand the practical and theoretical aspects of nanocapsules and their applications in drug delivery. The researchdriven approach, combined with realworld examples, ensures that readers not only grasp the science but also gain the tools to apply it to diverse industries.