Self-adjuvanting nanovaccines boost lung-resident CD4⁺ T cell immune responses in BCG-primed mice

Keyphrases

• Lung 100%
• CD4+ T 100%
• Bacille Calmette-Guérin 100%
• Cell-mediated Immune Response 100%
• Self-adjuvanting 100%
• Nanovaccine 100%
• Peptide Nanofibers 66%
• Ag85B 50%
• Dendritic Cells 16%
• Bacterial Burden 16%
• Antigen-specific T Cells 16%
• Monovalent Cations 16%
• Immune Function 16%
• Aerosol 16%
• Adoptive Transfer 16%
• Memory Phenotype 16%
• Transcriptome Analysis 16%
• World Population 16%
• Localization of Function 16%
• Mycobacterium Bovis 16%
• Pulmonary Delivery 16%
• Damage-associated Molecular Patterns 16%
• Adjuvanticity 16%
• Tissue-resident Memory 16%
• Effector Memory 16%
• Tissue-resident Memory Cells 16%
• Memory CD4+ T Cells 16%
• Heterogenous Populations 16%
• CD4+ T Cell Epitope 16%
• Heterologous Vaccine Regimen 16%
• Functional Repertoire 16%
• Waning Protection 16%

Immunology and Microbiology

• T-Helper Cell 100%
• Immune Response 100%
• Mycobacterium Bovis BCG 100%
• Peptides 66%
• Dendritic Cell 16%
• Cytokine 16%
• Bacterial Load 16%
• T Cell 16%
• Antigen Specificity 16%
• Epitope 16%
• Immunity 16%
• Memory B Cell 16%
• Mycobacterium bovis 16%
• Heterologous Vaccine 16%
• Gene Expression Assay 16%