Table 2.
EVs or cargo in EVs | Source | Isolation method | Quantification method | References |
---|---|---|---|---|
Total MPs | Plasma | Affinity-based capture | Flow cytometry | [35] |
Total MPs, PMPs, CD25 + MPs, EMPs, monocyte-derived MPs, and T cell-derived MPs | Plasma | Centrifugation | Flow cytometry | [23] |
Total MPs and IgG + MPs | Plasma | Centrifugation | Flow cytometry | [37] |
Total MPs, IgM + MPs, and IgG + MPs | Plasma | Centrifugation | Flow cytometry | [38] |
IgM + MPs and C1q + MPs | Plasma | Affinity-based capture | Flow cytometry | [11] |
CD14 + monocyte-derived MPs | Plasma | Centrifugation | Flow cytometry | [40] |
Total MPs and phosphatidylserine-negative MPs | Plasma | Centrifugation | Flow cytometry | [36] |
CD41 + MPs harboring IgG and CD41– MP harboring IgG | Plasma | Affinity-based capture | Flow cytometry | [41] |
CD31 + /annexin V + /CD42b- EMPs | Plasma | Affinity-based capture | Flow cytometry | [42] |
Total EMPs, CD54 + EMPs, CD54- EMPs, and CD54 + EMPs/total EMPs | Plasma | Fluorophore-conjugated mAb staining | Flow cytometry | [34] |
Total MPs and PMPs | Plasma | Centrifugation | Flow cytometry and a functional prothrombinase capture assay | [22] |
MPs microparticles, PMPs platelet-derived MPs, EMPs endothelial microparticles, PS- MPs phosphatidylserine-negative MPs