… of vaccine delivery systems. For the past three decades biomaterial-based technologies
such as synthetic and natural polymers, lipids, crystalline scaffolds, microneedles, and other …

… of oral vaccine delivery systems, with the opportunity to access the body’s immune system.
Recently, the use of multi-compartmental systems to deliver vaccines has been investigated. …

… delivery systems, inadequate and unstable in vivo performances that are often reported
during the administration of traditional and subunit vaccines … responses for vaccine delivery. …

… versatility as an effective vaccine delivery carrier. The current … to date as potential vaccine
delivery systems, the factors that … -based mRNA vaccines and lipid-based DNA vaccines have …

… of vaccine stability, are minimally invasive, and are easy to produce and manage. To date,
oral mucosa vaccine delivery systems … on the role of these systems to induce sustained innate …

… of a vaccine delivery system by reducing the size of particles formed with antigen. These
results highlight the value and utility of this approach but also suggest that it could potentially be …

… This chapter mainly focuses on vaccine delivery systems against TB. The vaccine delivery
systems … Vaccine protein encapsulated with vaccine delivery system can be administered via …

… outline the basics of vaccine delivery and subsequent immune reactivity. Vaccine delivery
is an augmentation to immunization more generally in that a delivery reagent is harnessed to …

… (adjuvant) and/or delivery system to protect the antigenic … are limited for use in particular
vaccines or licensed countries (… -derived, potent vaccine delivery system. An antigenic peptide …

… , a variety of vaccine delivery systems have been proposed. … systems and/or adjuvants is
required. The incorporation of Cell-Penetrating Peptides (CPPs) in vaccine delivery systems …