Nanocapsule: Engineered Microstructures for Targeted Delivery and Controlled Release

Chapters Brief Overview:

1: Nanocapsule – Explore the fundamental principles, composition, and applications of nanocapsules.

2: Pharmaceutical formulation – Understand how nanocapsules enhance drug stability, solubility, and efficacy.

3: Polystyrene (drug delivery) – Discover the role of polystyrenebased carriers in controlled drug release.

4: In situ polymerization – Learn about this key method for forming nanocapsules with precise structural control.

5: Janus particles – Examine how asymmetric nanostructures improve targeted drug delivery and diagnostics.

6: Interfacial polymerization – Unveil how this process enables the fabrication of functional nanocapsules.

7: Cell encapsulation – Explore encapsulation techniques that protect and deliver living cells effectively.

8: Liposome – Analyze how lipidbased vesicles function in drug transport and biocompatibility.

9: Nanoparticle drug delivery – Investigate how nanoparticles revolutionize sitespecific drug administration.

10: Acetalated dextran – Learn about this biodegradable polymer's role in controlled drug release.

11: Electrospinning – Discover the role of electrospun fibers in encapsulating and delivering therapeutics.

12: Microencapsulation – Explore techniques for encasing bioactive molecules in protective coatings.

13: Nanoparticles for drug delivery to the brain – Examine breakthroughs in overcoming the bloodbrain barrier.

14: Targeted drug delivery – Understand how nanocapsules improve precision in medical treatments.

15: Ouzo effect – Delve into this unique phenomenon’s role in selfassembling nanoformulations.

16: Chitosan nanoparticles – Explore how these biopolymerbased nanoparticles enhance drug absorption.

17: Pickering emulsion – Learn how solidstabilized emulsions enable efficient encapsulation strategies.

18: Nano spray dryer – Examine advanced drying techniques for nanoparticle formulation and stability.

19: Nanocomposite hydrogels – Investigate hybrid materials combining nanotechnology and soft matter science.

20: Microparticle – Understand the bridge between micro and nanoscale drug delivery systems.

21: Nanogel – Discover how these waterbased nanostructures improve controlled drug release.

The applications of nanocapsules extend beyond medicine, influencing diverse fields like environmental science, materials engineering, and biotechnology. Whether you are a professional, researcher, student, or hobbyist, this book provides a comprehensive, accessible guide to one of the most transformative innovations in molecular machines.