… This appears to be due in large measure to the deformability of the red cell, which has been
seen to change shape during flow in the capillaries (1, 2) and, as described below, to deform …

… To assess the physiological role of intracellular Ca 2+ in the changes of microrheological
red blood cell (RBC) properties (RBC deformability and aggregation), we employed several …

… of blood under conditions where the blood is treated as a homogenous fluid and thus where
the formed elements (eg, red blood cells, white blood cells… dose-related shape changes are …

… blood cells (relatively young and old cells)… changes in microrheological behavior red blood
cells and including young and old cells can lead to an increase of transport possibility of blood…

… Besides the continuous change of rotational speed (by means of a helipot), it can be changed
in … By these means, the microrheological kinetics after rapid changes in shear rate can be …

… of cellular microrheology that are attributable to changes in both cell cytoplasm and membrane
organization. The former, an increase in cytoplasmic viscosity due to cellular dehydration, …

… Cellular dehydration, changes in sickle red blood cell rheology, adhesion of sickle red …
microrheology of sickle red blood cells (RBC), which, in turn, culminate in increased rate of red …

… To improve our understanding of red blood cell microrheology and to shed further light on
RBC function, it is required to determine RBC membrane protein profiles. The human RBC …

… associated with the red blood cell membrane. This approach … red blood cell membrane in
thermal fluctuation. This allows for high-throughput characterization of a large number of cells …

… effect on red blood cell (RBC) microrheological properties making for blood transport efficiency.
It … Note that the marked changes of red blood cell microrheological properties such as red …