… the most popular vaccine delivery systems together with their applications are carefully
summarized with a special focus on the designing of the vaccine delivery strategies to overcome …

… However, the current research focuses on needle-free delivery systems which provide longer
time of slow sustained release of antigens and more priming to the innate immune system …

… Ready-to-use standardized mRNA vaccine delivery systems should be optimized to 1)
effectively package and protect antigen-encoding mRNA; 2) enhance the vaccine thermal stability…

… Nanoparticle-based vaccine delivery systems have been … of nanoparticle-based vaccine
delivery systems. The purpose of the … nanoparticle-based vaccine delivery systems in the future. …

… alternative to injectable vaccines, to … vaccine formulations have been demonstrated to
trigger both a systemic and mucosal immune response. These novel vaccination delivery systems …

… in the development of subunit vaccines. Biodegradable and … vaccines. This review focuses
on the use of polymers and polymeric delivery systems for protein and peptide-based vaccines…

… have caught the imagination of researchers and vaccine manufacturers alike. As a … delivery
systems as adjuvants for vaccine delivery. Further, few nanoscale-based vaccine delivery …

… In this article, we pay attention to MN as a transdermal drugs delivery system and make an
overview of the MN delivery system. First of all, types of MNs are summarized. After that, MNs …

… vaccine adjuvant-delivery system (VADS) that has a high capability in inducing desired
immunoresponses, as they can target immune cells and even cellular organelles, engender …

… The hypodermic needle is the mainstay of vaccine delivery technology because it provides
a direct, low-cost method of administration with instant validation that the dose has been …