… [ 2 ] After a hybrid injection, we find that the nanovaccines enable selective delivery of
neoantigens to resident APCs in LNs. The nanovaccines enhance the secretion of chemokine CC …

… CD8 + T cells specific for β cell antigens can … , dendritic cells (DCs) present model antigens
in a tolerogenic manner in the steady state, eg, in the absence of infection, and cause T cells …

… with DC recognition molecules for a selective delivery and an increased uptake by DCs,
concomitantly with a decrease of the required dose. DCs express several cell surface receptors, …

… selectively deliver the mRNA vaccine to antigen-presenting cells (APCs) especially dendritic
cells, … into the polymer which was evaluated for selective delivery of mRNA to dendritic cells. …

… dendritic cells (DCs) has been explored in the clinic. Albeit safe, clinical results have thus far
been limited. A major disadvantage of current cell-based dendritic cell (… Targeted delivery of …

… and selective delivery to DC in vivo upon sc injection and improved priming of CD8 + T cells
… We conclude that CD40-mediated delivery to DC of NP-vaccines, co-encapsulating Ag and …

… on the various antigen delivery systems that … dendritic cells (DCs) in vivo for vaccination
purposes depends on a number of factors. First, the efficiency with which the antigen is delivered …

… In this study, we demonstrate a selective delivery system of tumor-specific antigens to DCs
using MN-PLGA-NPs as a novel vaccine system without ex vivo manipulation. This approach …

… Therefore, a more DC-specific antigen delivery technique is required. In consideration of
those less specific antigen delivery techniques, the idea arose that a selective delivery of …

… Dendritic cells (DC) link the innate and adaptive arms of the immune system and thus orchestrate
the … Selectively delivering antigens to DC in situ, combined with administration of a DC …