NP type | Model | Target cell | Effect | Refer. |
---|---|---|---|---|
PEG/PVA NPs | MDDCs | Activating APCs and triggering the activation of CTL to produce long-term memory immunity | [123] | |
Fullerene-derived NPs | DCs | Th1 polarization response | [124] | |
PLGA NPs | DCs | Disrupting antigen processing and | [125] | |
GO | DCs | Disrupting cross-presentation | [126] | |
SPION | DCs | Reducing CD4 + T cell activation | [127] | |
SAS-NPs | moDCs | M2 macrophages to M1 phenotype and restored the activity of CD8 + T cells | [121] | |
Silica NPs | DCs | Generating pro-inflammatory cytokines through the P2X7R | ||
XL-MSNs | macrophages | Promoting M1 to M2 and inducing pyroptosis | ||
HA-PEI NPs | macrophages | Modulating the polarity of macrophages | ||
TiO2 anatase NPs | Macrophages, neutrophils | Inducing CD8 + T cell response initiation | [140] | |
TiO2, CeO2, and ZnO NPs | neutrophil | decreasing CD35 but increasing CD66b and CD63 expression | [145] | |
siVCAM-1 NPs | neutrophil | exerting an anti-inflammatory effect | [144] | |
SWCNTs | neutrophil | inhibiting both neutrophil migration and adhesion | [146] | |
Nanoparticle-bound NKT | NKT | activating T cell immune responses | [149] | |
USSN | T cell receptors | promoting T-cell activation, migration, and phenotypic transformation | [150] | |
lipid NPs | T-cell | anti-CD3-conjugated | [151] | |
liposomal PHA | T-cell | mediating T-cell activation | [152] | |
LNPs | CD4 + cells | mediating T-cell activation | [155] |