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Table 2 Summary of DC-derived-EV molecules and their functions

From: Extracellular vesicles at the crossroad between cancer progression and immunotherapy: focus on dendritic cells

DC-derived EV content

Function

Refs

Annexin II; Gi2a

Exosome function and biogenesis

88–92; 103

MFG-E8; MAC1; CD9

Association to target cells

88–92; 103

MHCI; MHCII; CD86

T cell activation

88–92; 103

MFG-E8

Binds to integrins expressed in dendritic cells and macrophages

102–103

Hsp70

Antitumor effects through citotoxic T lymphocytes

91–97

Hsc73

Antitumor effects

Exosome function or biogenesis

91–97

ICAM1

Induce stronger T cell response

96–97

TNFa; FasL; TRAIL

Induce caspase activation and apoptosis in tumor cells

Activate NK and IFNg production

109

miRNA

Silencing of transcrits encoding immune-stimulatory molecules

Repress target mRNAs of acceptor DCs

98–100

NK ligand (BAT3; NKG2D)

Induce NK innate function

Induce cytokine production

Induce NK cell activation and proliferation

105–109