deformability การใช้

• Erythrocyte deformability is altered under various pathophysiological conditions.
• Some deformability tests may be more physiologically-relevant than others for given applications.
• The viscoelasticity of the blood is dominated by the deformability of the red blood cells.
• The resulting origami battery achieves significant linear and areal deformability, large twistability and bendability.
• Deformability of the erythrocytes that cause the microcirculatory distress can be demonstrated through various other hemorheological characteristics.
• Both pathways result in membrane loss, decreased surface area, and formation of spherocytes with decreased deformability.
• Erythrocyte deformability is an important determinant of blood viscosity, hence blood flow resistance in the vascular system.
• The influence of aggregation properties on the viscoelasticity diminish and the influence of red cell deformability begins to increase.
• Sickle-cell disease is characterized by extensive impairment in erythrocyte deformability, being dependent on the oxygen partial pressure.
• Moreover, some tests may track how deformability itself changes as conditions change and / or as deformation is repeated.
• Types of hyperviscosity syndromes vary by pathology; including deformability of red blood cells, often evident in sickle cell anemia.
• It plays a key role in regulating membrane physical properties of mechanical stability and deformability by stabilizing spectrin-actin interaction.
• Erythrocytes / RBC may also be tested for related membrane properties aside from fragility, including erythrocyte deformability and cell morphology.
• With very low shear rates, the viscoelastic property of blood is dominated by the aggregation and cell deformability is relatively insignificant.
• Another beneficial consequence of strong bilayer deformability is the increased affinity of a " Transfersome " to bind and retain water.
• Erythrocyte deformability has also been demonstrated to be impaired in diabetes, peripheral vascular diseases, sepsis and a variety of other diseases.
• Because of the link between deformability and sickled cells, deformability can be used to evaluate the amount of sickled cells in the blood.
• Because of the link between deformability and sickled cells, deformability can be used to evaluate the amount of sickled cells in the blood.
• Thus for meaningful " apples-to-apples " comparisons involving cell deformability, it is important to utilize the same qualitative approach.
• "Ektacytometry " based on laser diffraction analysis is a commonly preferred ( and a fairly direct ) method for measuring deformability.