This book explores cutting-edge techniques for designing and implementing nano- and microreactors for chemical reactions. It delves into various encapsulation strategies, including miniemulsion polymerization, enzyme-encapsulated layer-by-layer assemblies, and the use of nanoparticle-shelled hollow spheres. The text also examines polymersomes as a synthetic biological approach to encapsulation and delivery, alongside reaction vessels assembled through sequential polymer adsorption. The authors present a comprehensive overview of the current state and future challenges in this rapidly evolving field.

The book is a collection of specialized chapters contributed by leading researchers in the field of nano- and microreactor technology. The content focuses on advanced methods and challenges, suggesting it is aimed at a specialist audience of scientists and engineers. The detailed chapter titles indicate a thorough exploration of encapsulation techniques and their applications in creating novel reaction vessels.