The conductivity setting of the dialysis machine directly corresponds to the level of sodium in the dialysate. A higher conductivity means a higher sodium level in the dialysate and vice versa. By altering the conductivity desired, we can tell the machine what sodium level we would like the blood to be exposed to.Click to see full answer. In this regard, what is dialysis conductivity?The conductivity of dialysis fluid. Dialysis fluid consists of a solution of inorganic salts that are dissociated in electrically charged ions. These ions can move in an electric field giving the salt solution electrically conducting properties, called conductivity.Secondly, why must the dialysis fluid be kept at this temperature? The temperature of the dialysate is usually set at just below the patient’s body temperature, as this setting will allow for vasoconstriction and thus minimize the risk of hypotension with volume removal on dialysis. The dialysate temperature can be adjusted by 1°C to 2°C to assist with volume removal. Likewise, people ask, what is the acceptable range for dialysate conductivity? The conductivity measurements must be in a range of 12-16 mS/cm. The dialysate solution is particularly well-suited for this type of measurement, as it’s basically a salt mixture in water.Why do we need to disinfect not rinse the dialysis machine?However, the sterile water is not necessary during disinfection. The production of ozone in the precleaned water ensures that no recontamination of the dialysis machine by the rinse water can occur during the clean-rinsing operation.

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