Figure 3.
Figure 3. (A) Osmotic deformability profile of normal human red blood cells showing deformability index (DI) as a continuous function of suspending medium osmolality. The maximum DI, which is attained in near isotonic osmolality, is a measure of membrane surface area. Omin in the hypotonic arm corresponds to osmolality in which 50% of the red cells lyse in an osmotic fragility test, and O′ in the hypertonic arm corresponds to the state of cell hydration and hence MCHC. (B) Osmotic deformability profile of 3 patients with HS. Decreased maximum DI is the consequence of decreased membrane surface area, increase in Omin is the result of increased osmotic fragility, and decreased O′ reflects cell dehydration.

(A) Osmotic deformability profile of normal human red blood cells showing deformability index (DI) as a continuous function of suspending medium osmolality. The maximum DI, which is attained in near isotonic osmolality, is a measure of membrane surface area. Omin in the hypotonic arm corresponds to osmolality in which 50% of the red cells lyse in an osmotic fragility test, and O′ in the hypertonic arm corresponds to the state of cell hydration and hence MCHC. (B) Osmotic deformability profile of 3 patients with HS. Decreased maximum DI is the consequence of decreased membrane surface area, increase in Omin is the result of increased osmotic fragility, and decreased O′ reflects cell dehydration.

Close Modal

or Create an Account

Close Modal
Close Modal