Key result
In vitro rheological and haemodynamic experiments demonstrated that human blood exhibits a peculiar viscoelastic behavior and that the endothelial layer has a marginal role on red blood cell velocity profiles.
In vitro rheological characterization reveals that the endothelial layer and its glycocalyx have a marginal role on RBC velocity profiles, providing insights for designing blood-on-chip platforms.
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In vitro viscoelastic findings should not guide clinical decisions; extends microfluidic platform design while leaving endothelial roles open in vivo.
Antonio Carciati (2017) studied In vitro blood rheology and haemodynamics. In vitro rheological and haemodynamic experiments demonstrated that human blood exhibits a peculiar viscoelastic behavior and that the endothelial layer has a marginal role on red blood cell velocity profiles.
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