Figure 1
Figure 1. Stepwise model for platelet manufacturing. (A) Self-replicating human PSCs can be genetically manipulated using genome-editing technologies.67 (B) Current PSC-differentiation systems generate primitive MEPs and megakaryocytes,20,21 but recent protocol advancements79 may enable future systems to generate definitive-like MEPs and megakaryocytes. Self-replicating MEPs have been generated using PSCs with inducible systems to regulate the expression level of transgenes or endogenous transcription factors.41,57 (C-D) Megakaryocyte maturation and PPF may be induced using different matrices, modulators of apoptosis, and shear stress.65,66 Platelet release could also be induced from mature megakaryocytes by inflammatory induced rupture of the cell.63 Professional illustration by Somersault18:24.

Stepwise model for platelet manufacturing. (A) Self-replicating human PSCs can be genetically manipulated using genome-editing technologies.67  (B) Current PSC-differentiation systems generate primitive MEPs and megakaryocytes,20,21  but recent protocol advancements79  may enable future systems to generate definitive-like MEPs and megakaryocytes. Self-replicating MEPs have been generated using PSCs with inducible systems to regulate the expression level of transgenes or endogenous transcription factors.41,57  (C-D) Megakaryocyte maturation and PPF may be induced using different matrices, modulators of apoptosis, and shear stress.65,66  Platelet release could also be induced from mature megakaryocytes by inflammatory induced rupture of the cell.63  Professional illustration by Somersault18:24.

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