✅ Measure the amount of the dialysate outflow — CORRECT
🧿 Measuring the dialysate outflow allows the nurse to determine how much fluid is actually draining from the peritoneal cavity.
🧿 The nurse should compare the amount drained with the amount of dialysate that was instilled during the exchange.
🧿 Reduced outflow can indicate catheter obstruction, catheter malposition, constipation, tubing kinks, or impaired drainage.
🧿 Accurate measurement helps identify fluid retention, which can occur when less dialysate returns than was infused.
🧿 The nurse should also observe the drained solution for color, clarity, blood, fibrin, or cloudiness.
🧿 Cloudy dialysate is particularly concerning because it can indicate peritonitis and requires prompt evaluation.
🧿 Intake and output measurements are essential for evaluating the effectiveness of peritoneal dialysis and fluid balance.
🧿 Therefore, measuring the amount of dialysate outflow is an appropriate nursing action when the drainage rate decreases.
✅ Monitor the access site for drainage — CORRECT
🧿 The nurse should assess the peritoneal dialysis catheter exit site whenever drainage problems occur.
🧿 Drainage around the catheter can indicate dialysate leakage, infection, or problems with catheter integrity.
🧿 The nurse should assess for additional findings such as redness, swelling, warmth, tenderness, or purulent drainage.
🧿 Infection at the catheter site can progress and potentially contribute to serious complications such as peritonitis.
🧿 Dialysate leaking around the catheter can also help explain why the expected amount of fluid is not appearing in the drainage bag.
🧿 The dressing and surrounding skin should be evaluated according to the prescribed peritoneal dialysis protocol.
🧿 Any abnormal drainage or evidence of infection should be documented and reported for prompt evaluation and treatment.
🧿 Therefore, monitoring the catheter access site is appropriate when decreased dialysate flow is identified.
✅ Reposition the client onto the other side — CORRECT
🧿 Repositioning is one of the first interventions for decreased peritoneal dialysis outflow because the catheter tip can become temporarily obstructed by internal structures.
🧿 The catheter may rest against the omentum or abdominal tissue, preventing dialysate from draining freely.
🧿 Turning the client can change the catheter's position and allow the solution to resume flowing.
🧿 Repositioning can also redistribute dialysate within the peritoneal cavity, promoting more effective drainage.
🧿 The nurse may have the client turn from side to side while monitoring the drainage.
🧿 The nurse should also inspect the tubing for kinks, clamps, compression, or other mechanical obstruction.
🧿 Persistent drainage problems after repositioning require further assessment for causes such as constipation, catheter migration, or obstruction by fibrin.
🧿 Therefore, turning the client onto the other side is an appropriate noninvasive intervention for decreased dialysate flow.