Search Results - "Morti, S"

Protein-membrane interactions during hemodialysis: effects on solute transport by Morti, S M, Zydney, A L

“…Although several previous studies have shown that plasma protein adsorption can reduce solute clearance during hemodialysis, there is currently no quantitative…”
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TRANSPORT CHARACTERISTICS OF DIFFERENT HEMODIALYSIS MEMBRANES by Morti, S., Zydney, A. L.

“…Previous studies have demonstrated the importance of both diffusive and convective (sieving) transport on the clearance of clinically-significant middle…”
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A modified equivalent annulus model for the hollow fiber hemodialyzer by Liao, Z, Klein, E, Poh, C K, Huang, Z, Hardy, P A, Morti, S, Clark, W R, Gao, D

“…Experimental approaches to optimize hollow fiber hemodialyzer design are expensive and time-consuming. Computer modeling is an effective way to study mass…”
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EFFECT OF UREMIC TOXINS ON RED BLOOD CELL MEMBRANE PERMEABILITY by Morti, S., Zydney, A. L., De Smet, R., Vanholder, R.

“…The effect of uremic toxins on red blood cell (RBC) permeability to uric acid and creatinine was examined. Limited studies were performed using…”
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Importance of asymmetric structure in determining mass transport characteristics of hollow fiber hemodialyzers by Morti, Stavroula, Shao, Jiahui, Zydney, Andrew L

“…Most synthetic hemodialysis membranes have an asymmetric structure consisting of a thin semi-permeable skin and a more open support structure. The impact of…”
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A modified equivalent annulus model for the hollow fiber hentodialyzar by Liao, Z, Klein, E, Poh, C K, Huang, Z, Hardy, P A, Morti, S, Clark, W R, Gao, D

“…Experimental approaches to optimize hollow fiber hemodialyzer design are expensive and time-consuming. Computer modeling is an effective way to study mass…”
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