MVs are shed from both megakaryocytes (MegMVs) and platelets (PMVs). Evidence suggests that MVs may (1) stimulate target cells directly by surface-expressed ligands acting as a kind of “signaling complex,” (2) transfer surface receptors from one cell to another (eg, CD41, CXCR4), or (3) deliver proteins, mRNA, bioactive lipids, and even serve as a vehicle (“Trojan horse” mechanism) to transfer infectious particles between cells (eg, prions).

MVs are shed from both megakaryocytes (MegMVs) and platelets (PMVs). Evidence suggests that MVs may (1) stimulate target cells directly by surface-expressed ligands acting as a kind of “signaling complex,” (2) transfer surface receptors from one cell to another (eg, CD41, CXCR4), or (3) deliver proteins, mRNA, bioactive lipids, and even serve as a vehicle (“Trojan horse” mechanism) to transfer infectious particles between cells (eg, prions).

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