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Diseases | EV Sources | Specific substrates | Modification methods | Modified EVs | Biological effects | Ref. |
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Osteoporosis | BMSC | miR-935 | Cell transfection | miR-935-EV | Osteoblast proliferation and differentiation | [151] |
Osteoporosis | BMSC | miR-29a | Cell transfection | miR-29a-EV | Robust ability in angiogenesis and osteogenesis | [152] |
Osteoporosis | ST | DNA aptamers targeting bone | Aptamer | Apt-ST-EV | Targeting delivery; osteoblastic differentiation | [155] |
Osteoporosis | NIH-3T3 cell | CXCR4+ EV and liposomes carrying antagomir-188 | Hybrid nanovesicles | Antagomir-188-hybrid NV | Increase bone-targeting; alleviate bone loss | [158] |
Osteoporosis | BMSC | circRNA Rtn4 | Cell transfection | Rtn4-EV | Reduced cytotoxicity and apoptosis | [150] |
OA | BMSC | miR-210 | Cell transfection | miR-210-EV | Proliferation and antiapoptosis | [168] |
OA | BMSC | miR-92a-3p | Cell transfection | miR-92a-3p-EV | Promote cartilage proliferation | [167] |
OA | SMSC | miR-140-5p | Cell transfection | SMSC-140-EV | Enhance cell proliferation and migration without damaging ECM secretion | [169] |
OA | Serum | ATF4 | Electroporation | ATF4-EV | Inhibit chondrocyte apoptosis | [170] |
OA | DC | MiR-140; CAP peptide | Electroporation; fuse targeted peptide with LAMP2B | miR-140-CAP-EV | Deliver miR-140 to deep cartilage regions and promote bone regeneration | [171] |
OA | DC | KGN; E7 peptide | Electroporation; fuse targeted peptide with LAMP2B | KNG-E7-EV | Bone-targeting capability and higher cartilage differentiation | [173] |
OA | HucMSC | ACECM scaffolds | Biomaterials | ACECM-EV | Sustained release of EVs; osteochondral regeneration | [174] |
Fracture | ATDC5 | VEGF; PCL-scaffolds; anchor peptide CP05 | Cell transfection; anchor peptide; biomaterials | PCL-CP05-VEGF-EV | High grafting efficiency of EVs; osteogenic differentiation; angiogenesis | [183] |
Fracture | hMSC | 3D Ti-scaffolds | Biomaterials | Ti-scaffold-EV | Bone regeneration ability | [185] |
Fracture | BMP2-treated macrophage | Titanium oxide nanotubes | Biomaterials | NT-BMP2-EV | Avoid ectopic bone formation; osteogenic differentiation | [186] |
Fracture | BMSC | TA modified 3D porous SPEEK | Biomaterials | TA-SPEE-EV | Osteoimmunomodulation effect; sustained release of EVs; osseointegration | [190] |
Fracture | hMSC | Noggin-suppressed hMSCs; MeGC hydrogel | Cell transfection; extrusion; biomaterials | H-OMN -EM | High yields of EM; robust bone regeneration | [184] |
DMD | BMSC | IL6ST decoy receptors | Fuse interleukin receptor with EV protein | IL6ST-EV | Block IL6 transsignaling pathway | [194] |
DMD | NIH3T3 cell | Myostatin propeptide | Fuse therapeutic peptide with CD63 | Myostatin-EV | Increase delivery and propeptide stability | [192] |
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