True or False: The primary reason for comparing manual conductivity with applicable machine conductivity is to assure patient safety.

The statement is true because the primary reason for comparing manual conductivity with applicable machine conductivity is indeed to assure patient safety. In hemodialysis, maintaining appropriate conductivity levels of the dialysis solution is crucial, as deviations can affect the treatment's efficacy and pose risks to patient health. Conductivity measures the ionic concentration of the dialysate, and proper monitoring ensures that the solution used during dialysis meets the necessary safety standards.

By comparing manual conductivity values with those obtained from the dialysis machine, healthcare professionals can verify that the machine's operation is correct and that it is producing a dialysate within the safe and effective range. This process is an essential part of patient care in dialysis, reflecting a commitment to ensuring that the treatment is both safe and effective.