Microparticle

“Microparticle” is an essential part of the “Nanocapsule” series, offering groundbreaking insights into the world of nanotechnology and its vital role in modern drug delivery systems. This book is designed for professionals, students, and enthusiasts keen on exploring the dynamic and revolutionary impact of microparticles in science and medicine. With indepth explanations, practical applications, and emerging trends, this book will inspire further exploration into the intricacies of microparticles and their connection to nanocapsules

Microparticle-This chapter introduces the concept of microparticles, detailing their properties and significance in the nanotechnology field

Cell encapsulation-Explores how microparticles can be used to encapsulate cells, paving the way for advanced biomedical applications

Microcarrier-Discusses the use of microparticles as microcarriers, crucial for supporting the growth of cells and tissues in research

Artificial antigen presenting cells-Highlights the role of microparticles in creating artificial cells that mimic natural antigenpresenting cells for immunotherapy

Drug carrier-Focuses on the use of microparticles as drug carriers, offering targeted delivery systems for enhanced therapeutic outcomes

Glass microsphere-Examines the application of glass microspheres as a type of microparticle, widely used in medical and industrial fields

Polystyrene (drug delivery)-Looks into polystyrene microparticles and their role in improving drug delivery systems for more efficient treatments

PLGA-This chapter delves into the use of PLGA (Poly(lacticcoglycolic acid)) microparticles, known for their controlled release properties in drug delivery

Janus particles-Explains Janus particles, a type of microparticle with two distinct halves, offering a range of unique properties for drug delivery and diagnostics

Polymersome-Discusses polymersomes, a type of polymerbased microparticle used in drug delivery, offering a promising future in medicine

Artificial white blood cells-Investigates how microparticles can function as artificial white blood cells, aiding in immunological responses and medical treatments

Dextran drug delivery systems-Examines dextranbased microparticles and their role in drug delivery, particularly for targeting specific cells and tissues

Microspherulite-Introduces microspherulites, a type of microparticle used in various industrial and medical applications

Synthetic membrane-Explores the development of synthetic membranes using microparticles, vital for encapsulation and controlled release systems

Microvesicle-Provides an overview of microvesicles, small vesicles used for drug delivery and as biomarkers in disease diagnostics

Syntactic foam-Discusses syntactic foams made from microparticles, with applications in material science and drug delivery systems

Vesicle (biology and chemistry)-Explores vesicles from both biological and chemical perspectives, emphasizing their importance in drug delivery

Membrane emulsification-Details the process of membrane emulsification using microparticles to create uniform emulsions for controlled drug release

Microencapsulation-Investigates the process of microencapsulation, using microparticles to enclose substances for controlled release in pharmaceutical applications

Aggregate (composite)-Covers the role of aggregates and composites in the field of microparticles, contributing to advanced drug delivery systems

Microbead (research)-Concludes with a look into microbeads, tiny particles that play a key role in various research and therapeutic applications