Nanoparticulate Vaccine Delivery Systems - Tapa dura

"This book provides a detailed examination of the design, characterization, delivery, and efficacy of nanoparticulate vaccine delivery systems. It provides an excellent overview with in-depth case studies on the growing literature on novel vaccine delivery systems using nanoparticles."

―Prof. Mark Prausnitz, Georgia Institute of Technology, USA

"Readers will find introductory chapters on preparatory methods for micro/nanoparticles and formulation development and how these delivery systems interact with the immune system, followed by goal-orientated and detailed laboratory studies on nanoparticulate-based prokaryotic vaccines and cancer vaccines. Notably, the book provides several methods for non-parenteral antigen delivery, which is becoming increasingly important, particularly for the latest-generation vaccines against mucosal pathogens."

―Prof. Myron Christodoulides, University of Southampton, UK

"This book is a compelling force in the field of antigen delivery for infectious disease as well as cancer. It represents a thorough exploration of the nanoparticle’s ability to encapsulate diverse antigens, and immunostimulants, and deliver this payload to antigen-presenting cells, inducing an ensuing effective immune response."

―Prof. Gary W. Bumgarner, Samford University, USA

Recent years have seen the development of novel technologies that use nanoparticles and microparticles to deliver vaccines by the oral and microneedle-based transdermal route of administration. These new technologies enable the formulation of vaccine particles containing vaccine antigens, without loss of their biological activity during the formulation process. Also, multiple antigens, targeting ligands, and adjuvants can all be encapsulated within the same particle. When administered orally, these particles are designed to withstand the acidic environment of the stomach and are targeted to Peyer’s patches and the gut-associated mucosal immune system. Since these vaccines are particulate in nature, they are readily taken up by phagocytic antigen-presenting cells, such as M cells, dendritic cells, and macrophages in Peyer’s patches of the intestines, resulting in a strong immune response and antibody production. Since no needles are required for oral vaccines, this method of vaccine delivery is inexpensive and suitable for mass vaccination in the developing world as well as the developed world. This book discusses studies conducted on a wide array of vaccines, including vaccines for infectious diseases such as tuberculosis, typhoid, influenza, pneumonia, meningitis, human papillomavirus, and hepatitis B. It also discusses recent studies on vaccines for cancers such as melanoma and ovarian, breast, and prostate cancer.