On the second postoperative day, a client reports increasing abdominal pain. Assessment findings include a distended abdomen with absent bowel sounds. Which intervention should the nurse anticipate implementing?

Choice A reason: Acetaminophen reduces pain but is secondary to preventing infection and bleeding with petrolatum dressings. Dressings are the immediate post-circumcision priority to protect the surgical site, per circumcision care and infection control protocols in neonatal nursing practice.

Choice B reason: Wrapping in blankets maintains warmth but does not address the surgical site’s immediate needs. Petrolatum dressings prevent infection and adhesion, critical post-circumcision. Warmth is secondary, per circumcision care and neonatal thermoregulation standards in nursing practice.

Choice C reason: Offering a glucose-dipped pacifier soothes but does not protect the circumcision site from infection or bleeding. Petrolatum dressings are the priority to ensure healing and comfort, per circumcision care and postoperative pain management standards in neonatal nursing practice.

Choice D reason: Applying petrolatum gauze dressings prevents infection, promotes healing, and reduces adhesion of the circumcision site to diapers. This is the priority intervention to protect the surgical wound, per evidence-based circumcision care and infection control protocols in neonatal nursing practice.

Choice A reason: Baked potato with skin is high in potassium (about 900 mg), unsuitable for CKD, where impaired renal excretion risks hyperkalemia, causing cardiac arrhythmias. White rice is low-potassium, aligning with dietary restrictions, demonstrating understanding of the need to limit potassium intake in renal disease.

Choice B reason: Orange juice contains high potassium (about 500 mg per cup), dangerous in CKD, as reduced glomerular filtration increases hyperkalemia risk, affecting cardiac conduction. White rice, with minimal potassium, complies with restrictions, indicating the client’s understanding of safe dietary choices for kidney function.

Choice C reason: White rice is low in potassium (about 50 mg per cup), appropriate for CKD, where the kidneys cannot excrete excess potassium, risking hyperkalemia and arrhythmias. Choosing white rice shows the client understands the low-potassium diet, supporting safe management of renal disease and electrolyte balance.

Choice D reason: Banana smoothie is high in potassium (about 400 mg per banana), contraindicated in CKD, where hyperkalemia risks cardiac instability due to poor renal clearance. White rice, low in potassium, reflects dietary compliance, demonstrating the client’s understanding of restrictions to prevent electrolyte imbalances.