A pathogen-mimicking nanovaccine orchestrating danger recognition and immune activation for potent cellular immunity.
Vaccines protect against infectious diseases by mimicking pathogens and delivering key signals required for immune activation. However, how to rationally emulate pathogen invasion processes to achieve potent cellular immunity remains a major challenge in vaccine design.
Vaccines protect against infectious diseases by mimicking pathogens and delivering key signals required for immune activation. However, how to rationally emulate pathogen invasion processes to achieve potent cellular immunity remains a major challenge in vaccine design.
What the study was
- Study design
- Journal Article (unspecified)
- Category
- Diagnostics
- Maturity
- Exploratory
- Journal
- J Control Release
Why it surfaced
Matched watchlist topic 'Novel therapeutics: immunotherapy, CAR-T, targeted therapy'. Study design: Journal Article (unspecified). Score: 8/10 (N:3, R:3, D:1, P:1).
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