Abstract: The present invention relates to an apparatus for performing an automated peritoneal dialysis treatment on a patient, the apparatus comprising: a first dialysis fluid port for receiving a first dialysis fluid having a first composition, which is determined by the concentrations of a set of first dialysis fluid constituents; a dialysis fluid line system connecting the first dialysis fluid port to a patient terminal; at least one dialysis fluid pump acting on the dialysis fluid line system and configured to convey the first dialysis fluid from the first dialysis fluid port to the patient terminal; and a control unit operably connected to the at least one pump; wherein the apparatus further comprises a second dialysis fluid port for receiving a second dialysis fluid having a second composition, which is determined by the concentrations of a set of second dialysis fluid constituents.

Abstract: The present invention relates to an apparatus for performing an automated peritoneal dialysis treatment on a patient, the apparatus comprising: a first dialysis fluid port for receiving a first dialysis fluid having a first composition, which is determined by the concentrations of a set of first dialysis fluid constituents; a dialysis fluid line system connecting the first dialysis fluid port to a patient terminal; at least one dialysis fluid pump acting on the dialysis fluid line system and configured to convey the first dialysis fluid from the first dialysis fluid port to the patient terminal; and a control unit operably connected to the at least one pump; wherein the apparatus further comprises a second dialysis fluid port for receiving a second dialysis fluid having a second composition, which is determined by the concentrations of a set of second dialysis fluid constituents.

Abstract: A method for generating treatment regimens includes: receiving a therapy target and a therapy restriction input; receiving a patient characteristics input; generating a plurality of peritoneal dialysis treatment regimens, each peritoneal dialysis treatment regimen being defined by a succession of first exchange cycles and second exchange cycles and by a corresponding number of first exchange cycles and a number of second exchange cycles; simulating a peritoneal dialysis treatment outcome for each of the plurality of peritoneal dialysis treatment regimens based at least in part on the patient characteristics to generate a simulated treatment outcome; and providing for selection a peritoneal dialysis treatment regimen to be applied for a specific treatment based on the simulated treatment outcome and the therapy target and restrictions.