Membrane Transport of Several Ions During Peritoneal Dialysis: Mathematical Modeling von Galach, Magda, Waniewski, Jacek

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Can the Three Pore Model Correctly Describe Peritoneal Transport of Protein? von Waniewski, Jacek, Poleszczuk, Jan, Antosiewicz, Stefan, Baczynński, Daniel, Gałach, Magda, Pietribiasi, Mauro, Wanńkowicz, Zofia

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Sequential peritoneal equilibration test: a new method for assessment and modelling of peritoneal transport von Galach, Magda, Antosiewicz, Stefan, Baczynski, Daniel, Wankowicz, Zofia, Waniewski, Jacek

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Kinetics of Plasma Refilling During Hemodialysis Sessions with Different Initial Fluid Status von Pietribiasi, Mauro, katzarski, Krassimir, galach, Magda, stachowska-piętka, Joanna, schneditz, Daniel, lindholm, Bengt, waniewski, Jacek

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A Regional Blood Flow Model for Glucose and Insulin Kinetics During Hemodialysis von Schneditz, Daniel, Galach, Magda, Thomaseth, Karl, Waniewski, Jacek

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Impact of convective transport on dialyzer clearance von Galach, Magda, Ciechanowska, Anna, Sabalińska, Stanislawa, Waniewski, Jacek, Wójcicki, Jan, Weryńskis, Andrzej

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KINETIC ANALYSIS OF PERITONEAL FLUID AND SOLUTE TRANSPORT WITH COMBINATION OF GLUCOSE AND ICODEXTRIN AS OSMOTIC AGENTS von Galach, Magda, Werynski, Andrzej, Waniewski, Jacek, Freida, Philippe, Lindholm, Bengt

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COMBINATION OF CRYSTALLOID (GLUCOSE) AND COLLOID (ICODEXTRIN) OSMOTIC AGENTS MARKEDLY ENHANCES PERITONEAL FLUID AND SOLUTE TRANSPORT DURING THE LONG PD DWELL von Freida, Philippe, Galach, Magda, Filho, Jose C. Divino, Werynski, Andrzej, Lindholm, Bengt

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Mathematical Modeling of the Glucose-Insulin System During Peritoneal Dialysis With Glucose-Based Fluids von Galach, Magda, Waniewski, Jacek, Axelsson, Jonas, Heimburger, Olof, Werynski, Andrzej, Lindholm, Bengt

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