Microparticle: Innovative Approaches for Drug Delivery and Therapeutic Solutions

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