What is the effect of pH adjustment on the adsorption of red blood cells on the surface materials?
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The effect of pH adjustment on the adsorption of red blood cells on surface materials has been studied in several papers. Liu et al. found that human serum albumin (HSA) macromolecules exhibit different conformational changes when exposed to different pH values . Kuzman et al. observed a significant decrease in red blood cell (RBC) deformability at lower pH, suggesting that membrane elastic properties could be affected by pH changes . Johnson found that erythrocyte deformability is homeostatically maintained constant during acidosis and alkalosis due to changes in intracellular viscosity and surface to volume ratio . Bateman and Zellner concluded that the surface charge density of red blood cells decreases at low ionic strengths, and the variation with pH becomes more marked at lower ionic strengths . These findings suggest that pH adjustment can have a significant impact on the adsorption and deformability of red blood cells on surface materials.
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21 Citations | The provided paper is about the effect of pH adjustment, solid-liquid separation, and chitosan adsorption on pollutants' removal from pot ale wastewaters. It does not mention anything about the adsorption of red blood cells on surface materials. |
| The provided paper does not discuss the effect of pH adjustment on the adsorption of red blood cells on surface materials. | |
| The provided paper does not discuss the effect of pH adjustment on the adsorption of red blood cells on surface materials. | |
44 Citations | The provided paper does not discuss the effect of pH adjustment on the adsorption of red blood cells on surface materials. |
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