Figure 3
Figure 3. Physiological shear stress induces proPLT production in primary mouse MKs. (A) Primary mouse MKs range between 20 and 85 µm in diameter on culture day 4, and become larger (40-100 µm) if they do not form proPLTs. (B) MKs in static culture begin producing proPLTs at 6 hours postpurification and reach maximal proPLT production at 18 hours. (C) Primary mouse MKs under physiological shear stress (∼600 mPa) begin producing proPLTs immediately upon trapping and extend/release proPLTs within the first 2 hours of culture. (D) Percent proPLT-producing primary mouse MKs under physiological shear stress are increased significantly to ∼90% over static cultures (∼50%).26 (E) ProPLT extension rates under physiological shear stress are increased significantly (to ∼30 µm/min) over static cultures (0.85 µm/min).41 Scale bars represent 50 µm (A-C).

Physiological shear stress induces proPLT production in primary mouse MKs. (A) Primary mouse MKs range between 20 and 85 µm in diameter on culture day 4, and become larger (40-100 µm) if they do not form proPLTs. (B) MKs in static culture begin producing proPLTs at 6 hours postpurification and reach maximal proPLT production at 18 hours. (C) Primary mouse MKs under physiological shear stress (∼600 mPa) begin producing proPLTs immediately upon trapping and extend/release proPLTs within the first 2 hours of culture. (D) Percent proPLT-producing primary mouse MKs under physiological shear stress are increased significantly to ∼90% over static cultures (∼50%).26  (E) ProPLT extension rates under physiological shear stress are increased significantly (to ∼30 µm/min) over static cultures (0.85 µm/min).41  Scale bars represent 50 µm (A-C).

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