Sublingual mucosa: A new vaccination route for XXXX .

@entity778 @entity3024 @entity1200 @entity11274 @entity9350
Needle-free vaccine delivery has become a global priority, both to eliminate the risk of improper and unsafe needle use and to simplify vaccination procedures. In pursuit of greater ease of vaccination, a number of needle-free delivery routes have been explored, with mucosal routes being perhaps the most prominent. Since the vaccine administration route significantly affects immune responses, numerous researchers are attempting to develop alternative vaccine delivery methods including a mucosal route. My group's recent studies demonstrate the potential of the sublingual (s.l.) route for delivering vaccines capable of inducing mucosal as well as systemic immune responses. Sublingual administration conferred effective protection against a lethal challenge with @entity778 . Moreover, @entity9350 - @entity11274 / @entity3024 -regulated dendritic cells are responsible for activation of T and B cells following s.l. administration. This review highlights current knowledge about the safety and effectiveness of s.l. vaccination and describes how s.l. vaccination can induce both @entity1200 .
