The fluid used to filter or clean the blood is called dialysate.

The whole process of purification is supported by a liquid called dialysate.

The pure liquid goes in and the impure dialysate comes out.

The dialysate has bicarbonate in it to lower the higher acid levels that these patients often have.

The solution leaving the probe (dialysate) is collected at certain time intervals for analysis.

Each time the dialysate fills and empties from the abdomen is called one exchange.

The volume of dialysate removed as well as patient's weight are monitored.

The hemodialysis machine pumps the patient's blood and the dialysate through the dialyzer.

Separate unspiked aliquots of the same dialysate were also assayed.

The regenerated dialysate is pumped into the patient for the next cycle of dialysis.

Dialysate is sent into the dialyser by the pump situated in the dialysis machine.

This ratio can be determined for any solute that is transported from the capillary blood to the dialysate.

With hemofiltration, dialysate is not used.

The semipermeable membrane prevents cells, cellular debris, and proteins from entering into the dialysate.

As pore size increases, some high-flux dialyzers begin to let albumin pass out of the blood into the dialysate.

The PureFlow uses a deionization process to create a 60 liter batch of dialysate.

The levels of the components of dialysate are typically prescribed by a nephrologist according to the needs of the individual patient.

The blood is pumped through a dialyzer or "hemofilter" as in dialysis, but no dialysate is used.

As such, protein loss is minimized or eliminated and minimum amount of dialysate is required, making a wearable kidney possible.

The dialysate is left there for a period of time to absorb waste products, and then it is drained out through the tube and discarded.

In order to correlate concentrations measured in the dialysate with those present at the distant sampling site, a calibration factor (recovery) is needed.

During CCPD, a machine automatically fills and drains the dialysate from your belly.

The solute transport rates are assessed by the rates of their equilibration between the peritoneal capillary blood and dialysate.

Due to the lack of protein in the dialysate, a sample clean-up prior to analysis is not needed and enzymatic degradation is not a concern.

Nosé's machine consisted of a coil (to transport the blood) placed in a household (electric) washing machine filled with dialysate.

The fluid used to filter or clean the blood is called dialysate.

The whole process of purification is supported by a liquid called dialysate.

The pure liquid goes in and the impure dialysate comes out.

The dialysate has bicarbonate in it to lower the higher acid levels that these patients often have.

The solution leaving the probe (dialysate) is collected at certain time intervals for analysis.

Each time the dialysate fills and empties from the abdomen is called one exchange.

The volume of dialysate removed as well as patient's weight are monitored.

The hemodialysis machine pumps the patient's blood and the dialysate through the dialyzer.

Separate unspiked aliquots of the same dialysate were also assayed.

The regenerated dialysate is pumped into the patient for the next cycle of dialysis.

Dialysate is sent into the dialyser by the pump situated in the dialysis machine.

This ratio can be determined for any solute that is transported from the capillary blood to the dialysate.

With hemofiltration, dialysate is not used.

The semipermeable membrane prevents cells, cellular debris, and proteins from entering into the dialysate.

As pore size increases, some high-flux dialyzers begin to let albumin pass out of the blood into the dialysate.

The PureFlow uses a deionization process to create a 60 liter batch of dialysate.

The levels of the components of dialysate are typically prescribed by a nephrologist according to the needs of the individual patient.

The blood is pumped through a dialyzer or "hemofilter" as in dialysis, but no dialysate is used.

As such, protein loss is minimized or eliminated and minimum amount of dialysate is required, making a wearable kidney possible.

The dialysate is left there for a period of time to absorb waste products, and then it is drained out through the tube and discarded.

In order to correlate concentrations measured in the dialysate with those present at the distant sampling site, a calibration factor (recovery) is needed.

During CCPD, a machine automatically fills and drains the dialysate from your belly.

The solute transport rates are assessed by the rates of their equilibration between the peritoneal capillary blood and dialysate.

Due to the lack of protein in the dialysate, a sample clean-up prior to analysis is not needed and enzymatic degradation is not a concern.

Nosé's machine consisted of a coil (to transport the blood) placed in a household (electric) washing machine filled with dialysate.