From: Macrophage-derived exosomes in cancer: a double-edged sword with therapeutic potential
Clinical therapy | Tumor model | Membrane composition | Surface modification | Cargo | References |
---|---|---|---|---|---|
Chemotherapy | Breast cancer | Macrophage-derived sEV and synthetic liposome | N/A | Doxorubicin | [157] |
 | Breast cancer | M1-exo | N/A | Docetaxel | [158] |
 | Breast cancer | M1-exo | N/A | Paclitaxel | [11] |
 | Breast cancer | Macrophage-derived exosome | N/A | Platinum, HSA, and lecithin | [159] |
 | TNBC | Macrophage-derived exosome | N/A | Doxorubicin | [160] |
 | Pancreatic Cancer | M1-exo | N/A | Gemcitabine and Deferasirox | [161] |
 | Bladder cancer | M1-exo | N/A | Gemcitabine | [162] |
 | Lung cancer | M1-exo | C-Met binding peptide | Cisplatin | [163] |
Radiotherapy | Lung cancer | M1-exo | Anti-PD-L1 nanobody | CAT and DNA damage repair inhibitor | [15] |
Immunotherapy | Breast cancer | M1-exo | IL-4R-binding peptide | NF-κB p50 siRNA and miR-511–3p | [143] |
 | Breast cancer | M1-exo | N/A | RSL3 | [139] |
 | TNBC | P-NV, M1-NV, and SαV-C-NV | SIRPα variants | N/A | [152] |
 | Melanoma | M1 macrophages-derived EV | N/A | SiPAK4 and photoactivatable ROS-sensitive polymer | [164] |
Sonodynamic Therapy | Glioblastoma | Macrophage-derived exosome | AS1411 aptamer | SiO2 encapsulated CAT and ICG | [14] |
Chemo-immunotherapy | Breast cancer | TDE and M1-exo | CD47 | DNA-targeting agent (SN38) and STING-agonist (MnO2) | [16] |
Chemo/gene/ photothermal therapy | Breast cancer | Macrophage-derived exosome | PDA coated Fe3O4 and miR-21-targeting MB | Doxorubicin | [165] |
Immuno/gas/ photodynamic therapy | Colorectal cancer | M1-exo | N/A | Ce6-loaded upconversion | [166] |