Nanodelivery Systems for Mucosal Vaccines
Mi-Gyeong Kim, Joo Yeon Park, Yuna Shon, Young Bong Kim and Yu-Kyoung Oh
Affiliation: College of Pharmacy, Seoul National University, Seoul 151-742, South Korea.
Keywords: Mucosal delivery routes, mucosal immune response, mucosal vaccines, nanocarrier.
The prevalence of new and re-emerging infectious diseases in many developing regions of the world indicates
that we urgently need new-generation vaccines. Mucosal vaccine delivery systems have been shown to elicit both mucosal
and systemic immune responses for protection against pathogens that mainly infect through mucosal routes. However, the
efficacy of such vaccine delivery systems has been limited by mucosal barriers (e.g., pH and degrading enzymes) that
limit the delivery of antigens to target tissues. However, although major challenges remain, various nanocarriers have
been designed and developed, some of which confer the beneficial properties of nano-size, muco-adhesion, biodegradation,
and immune cell-specific targeting; together, these characteristics enhance immunogenicity and prolong the
retention time at the mucosal site. Furthermore, vaccination through novel mucosal routes has been shown to facilitate
appropriate stimulation of immune responses for individual pathogens. Thus, in the future, various mucosal vaccine
delivery systems may prove useful in clinical settings. In this review, we introduce recent advances in mucosal vaccine
delivery systems and mucosal routes that are capable of enhancing mucosal immunity, with a focus on the relevant patent
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