Abstract: A dialysis system is disclosed. The dialysis system includes a water purification unit, at least one pump in fluid communication with the water purification unit, a first concentrate source for creating peritoneal dialysis fluid, a second concentrate source for creating blood treatment dialysis fluid, a blood filter for receiving the blood treatment dialysis fluid, and a control unit. The control unit controls the at least one pump to perform a peritoneal dialysis treatment by delivering, to a patient, peritoneal dialysis fluid that is mixed from the water and concentrate from the first concentrate source. The control unit also controls the at least one pump to perform a blood treatment by delivering, to the blood filter, blood treatment dialysis fluid that is mixed from the water and concentrate from the second concentrate source.

Abstract: A dialysis system includes at least one source of fluid for dialysis, a fluid line in fluid communication with the at least one source of fluid, at least one pump positioned and arranged to pump fluid from the at least one source of fluid through the fluid line, a first patient connector configured to be removably placed in fluid communication with the fluid line to allow a blood treatment to be performed using the at least one source of fluid, and a second patient connector configured to be removably placed in fluid communication with the fluid line to allow a peritoneal dialysis treatment to be performed using the at least one source of fluid.

Abstract: In general, multiple embodiments of a catheter/fistula needle to bloodline connection assurance device, which secures and strengthens a connection between an extension tube end of a catheter or fistula needle and a bloodline, are provided. In one embodiment, the assurance device includes a clamshell having two halves that open rotatably about at least one hinge. The assurance device includes a male luer portion that pressure seals to the male luer portion of the bloodline connector. The bloodline male luer portion of the device extends to a female luer portion, which is lined with a compressible material that conforms around any industrial catheter/fistula needle connector when the assurance device is closed about the mated connectors. Once the assurance device is closed, this prevents axial movement of the bloodline connector relative to the assurance device.

Abstract: A dialysis system includes at least one source of fluid for dialysis, a fluid line in fluid communication with the at least one source of fluid, at least one pump positioned and arranged to pump fluid from the at least one source of fluid through the fluid line, a first patient connector configured to be removably placed in fluid communication with the fluid line to allow a blood treatment to be performed using the at least one source of fluid, and a second patient connector configured to be removably placed in fluid communication with the fluid line to allow a peritoneal dialysis treatment to be performed using the at least one source of fluid.

Abstract: A dialysis system includes: a dialysis fluid pump receptacle actuated by a dialysis fluid pump actuator; a dialysis fluid line; a blood filter in fluid communication with the dialysis fluid pump receptacle via the dialysis fluid line; an extracorporeal circuit; a blood pump receptacle actuated by a blood pump actuator and in fluid communication with the blood filter via the extracorporeal circuit; and a control unit that (i) in a first treatment pumps peritoneal dialysis fluid through the dialysis fluid pump receptacle, the dialysis fluid line, the blood filter, the extracorporeal circuit and the blood pump receptacle to the patient's peritoneum operating the dialysis fluid pump actuator and the blood pump actuator at a first pressure, and (ii) in a second treatment pumps blood through the extracorporeal circuit, the blood pump receptacle and the blood filter operating the blood pump actuator at a second, different pressure.

Abstract: A dialysis system includes: a dialysis fluid pump receptacle actuated by a dialysis fluid pump actuator; a dialysis fluid line; a blood filter in fluid communication with the dialysis fluid pump receptacle via the dialysis fluid line; an extracorporeal circuit; a blood pump receptacle actuated by a blood pump actuator and in fluid communication with the blood filter via the extracorporeal circuit; and a control unit that (i) in a first treatment pumps peritoneal dialysis fluid through the dialysis fluid pump receptacle, the dialysis fluid line, the blood filter, the extracorporeal circuit and the blood pump receptacle to the patient's peritoneum operating the dialysis fluid pump actuator and the blood pump actuator at a first pressure, and (ii) in a second treatment pumps blood through the extracorporeal circuit, the blood pump receptacle and the blood filter operating the blood pump actuator at a second, different pressure.

Abstract: In general, multiple embodiments of a catheter/fistula needle to bloodline connection assurance device, which secures and strengthens a connection between an extension tube end of a catheter or fistula needle and a bloodline, are provided. In one embodiment, the assurance device includes a clamshell having two halves that open rotatably about at least one hinge. The assurance device includes a male luer portion that pressure seals to the male luer portion of the bloodline connector. The bloodline male luer portion of the device extends to a female luer portion, which is lined with a compressible material that conforms around any industrial catheter/fistula needle connector when the assurance device is closed about the mated connectors. Once the assurance device is closed, this prevents axial movement of the bloodline connector relative to the assurance device.

Abstract: In general, multiple embodiments of a catheter/fistula needle to bloodline connection assurance device, which secures and strengthens a connection between an extension tube end of a catheter or fistula needle and a bloodline, are provided. A first embodiment of the assurance device is configured for use with a bloodline connector having locking clips which are biased slightly outwardly from the bloodline connector. The first embodiment of the assurance device includes clamshell halves that open rotatably about at least one hinge. The first embodiment of the assurance device includes an upper, threaded portion and a lower housing portion. The interior wall of the upper portion defines a plurality of barbs configured to engage with distal or moveable ends of the locking clips. Each locking clip is biased slightly outwardly to enable the distal or moveable end of the locking clip to fit between two respective barbs.

Abstract: In general, multiple embodiments of a catheter/fistula needle to bloodline connection assurance device, which secures and strengthens a connection between an extension tube end of a catheter or fistula needle and a bloodline, are provided. One embodiment includes internal and external clamshells. Internal clamshell halves pressure seal to the bloodline connector, and form outwardly extending barbs. The external clamshell opens rotatably about at least one hinge and includes inwardly facing threads that catch the outer barbs of the internal clamshell. After a user connects the catheter or fistula needle to the bloodline, the user closes the internal clamshell about the bloodline connector. Then, the user closes the external clamshell about the internal clamshell, causing the inwardly facing barbs of the external clamshell to engage the outwardly facing barbs of the internal clamshell. Such engagement prevents axial movement of the bloodline connector relative to the external clamshell.