RNA-Seq analysis to profile the transcriptome of Bone Marrow Dendritic Cells exposed to different antigen delivery systems. Mus musculus

Here we report the analysis of the transcriptome of bone marrow-derived dendritic cells exposed to the different antigen delivery systems to dissect the molecular mechanisms that orchestrate the immune response upon vaccination. RNA-Sequencing revealed that exposure of dendritic cells to diffent antigen display vehicules causes the deregulation of molecules involved in the immune response, at a different extent, depending on the carrier. In vaccinology, patterns of gene expression induced by priming antigen presenting cells (APCs), could be used to predict immunogenicity and the type of T-helper cell polarization, and/or to helpin selecting an appropriate adjuvant to administer in the vaccine formulation. Overall design: Bone marrow precursor at day 7 of GM-CSF culture were exposed or not to LPS deprived bacteriophage, bacteriophage modified to be targeted to DC or to the E2 protein scaffold