Dialysis is associated with a non-negligible rate of morbidity, requiring treatment customization. Many mathematical models have been developed describing solute kinetics during hemodialysis (HD) for an average uremic patient. The clinical need can be more adequately addressed by developing a patient-specific, multicompartmental model.

Patient-specific modeling of multicompartmental fluid and mass exchange during dialysis

CASAGRANDE, GIUSTINA;BIANCHI, CAMILLA;VITO, DOMENICO;COSTANTINO, MARIA LAURA
2016-01-01

Abstract

Dialysis is associated with a non-negligible rate of morbidity, requiring treatment customization. Many mathematical models have been developed describing solute kinetics during hemodialysis (HD) for an average uremic patient. The clinical need can be more adequately addressed by developing a patient-specific, multicompartmental model.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/994566
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