… A function of blood flow is oxygen delivery; distribution and adequacy of flow are influenced
by viscosity, which in turn is influenced by erythrocyte deformability (ED). We will first very …

… in RBC deformability on 1) the survival of these cells in the circulation and their trapping in
different organs and tissues, and 2) the regional blood flows … study RBC deformability was …

… RBC deformation ie the erythrocyte shape changes upon an external force, and examples of
RBC … All that affects negatively red cell deformability and increases the time of RBC return to …

… RBC deformability. Finally, we discuss how these tools could be used to measure changes in
RBC deformability … as degradation during storage in blood bags prior to blood transfusions. …

… on Blood Rheology which has subsequently issued guidelines on the measurement of blood
viscosity and erythrocyte deformability' and on tests such as erythrocyte sedimentation rate …

… This study analyzes DDs of samples with impaired RBC deformability and compares these
with the distribution of a healthy control group in order to establish the presence of anom…

… (a) suspensions of cells in controlled shear flow, (b) dilute cell … force while being restrained
in a flow channel. The general … our understanding of erythrocyte deformability in health and …

… platelets toward subendothelium in flowing blood. We report that red cell deformability
also influences platelet transport. Red cell deformability was estimated with Couette-flow …

… affects blood rheology. In turn, hemorheological parameters such as RBC deformability are
… For RBC deformation to happen during blood flow, the RBC membrane needs to be elastic …

… the deformability of RBCs, and reduced RBC deformability may in turn affect pathophysiology.
… used for measuring RBC deformability, as well as the determinants of RBC deformability. …