A nurse is providing teaching to a client who has a new colostomy.
Which of the following actions should the nurse take when demonstrating how to change the ostomy appliance?
Apply the skin sealant on damp skin.
Remove the appliance before emptying the pouch.
Ensure that the skin is slightly damp for better adhesion of the pouch.
Trace the size of stoma onto the skin barrier.
The Correct Answer is D
Choice A rationale:
Applying skin sealant on damp skin is not a correct technique when changing an ostomy appliance. Skin should be clean and thoroughly dry before applying any ostomy products. Moisture on the skin can interfere with the adhesion of the pouching system, leading to skin irritation and leakage.
Choice B rationale:
Removing the appliance before emptying the pouch is not the correct technique. Ostomy pouches are designed to be emptied without removing the entire appliance. Removing the pouch unnecessarily can cause discomfort to the client and may damage the surrounding skin. Regular emptying of the pouch while leaving the appliance in place is the appropriate practice.
Choice C rationale:
Ensuring that the skin is slightly damp for better adhesion of the pouch is not accurate. Ostomy pouches adhere best to clean, dry skin. Moisture on the skin can compromise the adhesive seal and lead to skin irritation. Therefore, the skin should be thoroughly dried before applying the ostomy pouching system.
Choice D rationale:
Tracing the size of the stoma onto the skin barrier is the correct technique when changing an ostomy appliance. The opening of the skin barrier (wafer) should match the size and shape of the stoma to ensure a proper fit. Tracing the stoma's size onto the barrier helps in cutting the opening to the appropriate size, preventing leakage and ensuring a secure fit around the stoma.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D,C,B,A
Explanation
Correct Answer is D
Explanation
Choice A rationale:
Give the client protamine if signs of magnesium sulfate toxicity occur. Protamine is not the antidote for magnesium sulfate toxicity. Calcium gluconate or calcium chloride is used to counteract the effects of magnesium sulfate toxicity by antagonizing the action of magnesium on the neuromuscular junction and the heart.
Choice B rationale:
Monitor the FHR via Doppler every 30 min. While fetal heart rate (FHR) monitoring is important during magnesium sulfate infusion due to the risk of fetal distress, using Doppler every 30 minutes may not provide continuous and accurate monitoring. Continuous electronic fetal monitoring is the standard of care in this situation.
Choice C rationale:
Restrict the client's total fluid intake to 250 mL/hr. Magnesium sulfate is excreted by the kidneys, so maintaining adequate urine output is crucial to prevent magnesium toxicity. Restricting fluid intake to 250 mL/hr would likely reduce urine output, leading to an increased risk of magnesium sulfate accumulation in the body, which could be harmful.
Choice D rationale:
Measure the client's urine output every hour. Monitoring urine output is essential during magnesium sulfate infusion as it helps assess renal function and magnesium excretion. Adequate urine output (at least 30 mL/hr) is necessary to prevent magnesium toxicity. Therefore, measuring the client's urine output every hour is a critical nursing intervention to ensure the safety of the client.
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