Plasma and blood osmolality values show interspecies differences and are strictly regulated.
The effect of these factors also has an influence on microrheological parameters, such as …

It is known that red blood cell deformability may show colorful inter-species differences,
influenced by inner viscosity, cell membrane viscosity, morphology and surface-volume ratio …

Osmotic gradient ektacytometry is the gold standard to assess red blood cell (RBC)
deformability. It has been proposed that, when measured in isotonic condition, RBC …

Red blood cell (RBC) deformability is greatly affected by the osmolality, and maximum
deformability, which is determined as maximal elongation index (EI max), is usually …

Osmotic gradient ektacytometry (measuring elongation index in the function of osmolality at
a constant shear stress) is a sensitive method to analyze red blood cell (RBC) deformability …

BACKGROUND: The effects of temperature on micro-rheological variables have not been
completely revealed yet. OBJECTIVE: To investigate micro-rheological effects of heat …

The study was carried out to evaluate deformable and aggregative erythrocyte properties in
humans under normal and pathological states and in rats exposed to various stressors. A …

Laboratory investigations often require centrifugation of blood samples for various
erythrocyte tests. Although there is a lack of data about the effect of centrifugation at various …

A common indicator of rheological dysfunction is a measurable decrease in the deformability
of red blood cells (RBCs). Decreased RBC deformability is associated with cellular stress or …

Investigation of regional hemorheological properties are important in ischemia-reperfusion
experimental surgical and microsurgical research models, however, the physiological arterio …