pcbi.1011665.s006.mp4 (28.41 MB)
Simulation of RBC flow in a 30 μm diameter and 150 μm long vessel segment at 10% hematocrit (Ht) with steady-state 9.6 Pa flow-driving pressure and under no RBC aggregation versus 1 μJ/m2 aggregation conditions.
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posted on 2023-12-04, 18:43 authored by Swe Soe Maung Ye, Li-Kun PhngSimulation of RBC flow in a 30 μm diameter and 150 μm long vessel segment at 10% hematocrit (Ht) with steady-state 9.6 Pa flow-driving pressure and under no RBC aggregation versus 1 μJ/m2 aggregation conditions.
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