Nanocapsule: Advancing Targeted Therapies and Precision Delivery in Medicine

In today’s world of advanced medicine, nanotechnology has become a cornerstone in revolutionizing drug delivery systems. Nanocapsule explores the cuttingedge realm of Nanomedicine, where tiny particles can make a massive impact. This book offers an indepth analysis of various nanocapsules, drug delivery systems, and the science behind their development. Written for professionals, graduate and undergraduate students, and enthusiasts, this book is a valuable resource for anyone eager to understand the dynamic intersection of nanotechnology and medicine. The insights within these pages offer immense value far beyond the book's cost

Nanocapsule-This chapter introduces the concept of nanocapsules, laying the groundwork for the book's exploration of their applications in drug delivery systems

Janus particles-Janus particles, with their dual properties, are explored for their unique role in enhancing targeted drug delivery

Electrospinning-The electrospinning process and its application in creating nanofibers for drug encapsulation are discussed in detail

Liposome-Liposomes, their structure, and their effectiveness as drug delivery vehicles are examined, offering insights into their therapeutic potential

Cell encapsulation-A closer look at how encapsulating cells in nanoparticles is advancing personalized medicine and therapies

Acetalated dextran-The chapter dives into the role of acetalated dextran in the development of controlled drug release systems

In situ polymerization-This chapter explains how in situ polymerization techniques contribute to the formation of nanoparticles for drug delivery

Nano spray dryer-The process of using a nano spray dryer to produce nanoparticles for various pharmaceutical applications is explored

Polystyrene (drug delivery)-Polystyrene nanoparticles are discussed as a versatile material for drug delivery, especially in sustained release systems

Nanogel-The properties and applications of nanogels in drug delivery systems are presented, showcasing their potential in targeted therapies

Nanocomposite hydrogels-This chapter discusses the integration of nanoparticles into hydrogels to enhance the performance of drug delivery systems

Chitosan nanoparticles-The focus is on the use of chitosan nanoparticles as a promising option for drug encapsulation and delivery

Nanoparticle drug delivery-This chapter explores the broader landscape of nanoparticle drug delivery, focusing on their design, function, and clinical applications

Pharmaceutical formulation-The formulation of pharmaceutical drugs using nanoparticles for more effective treatment delivery is discussed in this chapter

Ouzo effect-The Ouzo effect's significance in nanoparticle formation and its relevance in drug delivery systems are explored in detail

Nanoparticles for drug delivery to the brain-Special attention is given to the challenges and strategies in using nanoparticles for targeted drug delivery to the brain

Microencapsulation-The microencapsulation technique, its applications, and how it enhances drug delivery systems are highlighted in this chapter

Interfacial polymerization-This chapter explores interfacial polymerization methods and their use in creating nanoparticles for controlled drug release

Targeted drug delivery-The importance of targeted drug delivery mechanisms in improving therapeutic outcomes is analyzed here

Pickering emulsion-The role of Pickering emulsions in stabilizing nanoparticles for drug delivery is explored in this chapter

Microparticle-The final chapter investigates microparticles as carriers for drug delivery, providing a comprehensive overview of their use