Table 2.
Summary of Biomedical Applications of EVs
Types | Source | Target | Diseases | Ref. |
---|---|---|---|---|
Natural EVs | Monocyte/macrophage | Neuron | Parkinson’s disease | [92] |
Monocyte/macrophage | Cancer cell | Tumor | [54, 89] | |
HEK293 -HetIL-15 | Cancer cell | Tumor | [41] | |
MSCs | Endothelium | Lung inflammation and injuries | [106] | |
HEK293 -CD3-anti-EGFR | Cancer and T cells | Tumor | [13] | |
Biomimetic EV | ||||
Neutrophil | Endothelium | Inflammation, sepsis, arthritis, ischemia/reperfusion | [16, 91, 107, 108] | |
Neutrophil | Cancer cell | Tumor, Metastasis | [109] | |
Monocyte/macrophage | Endothelium | Inflammation, sepsis | [57, 78] | |
Monocyte/macrophage | Endotoxins, cytokines | Inflammation, sepsis | [56] | |
T cell | HIV | Infection | [110] | |
Red blood cell | Cancer cell | Tumor | [94] | |
Red blood cell | Bacteria | infection | [79] | |
Platelet | Cancer cell, bacteria | Infection, tumor | [93] | |
Platelet | Macrophage | Immune thrombocytopenia | [111] | |
Platelet, Neuro cells | Cancer cell | Cancer | [72] | |
Epithelial cell | Bacteria | infection | [112] | |
HEK293 -PD-1 | Cancer cell | Tumor | [8] | |
Artificial EVs | None | Endothelium | inflammation | [60] |