The nurse is preparing a 4-day-old infant with a serum bilirubin level of 19 mg/dL (325 µmol/L) for discharge from the hospital. When teaching the parents about home phototherapy, which instruction should the nurse include in the discharge teaching plan?

Total Bilirubin Reference Range: Newborn: 0.1 to 10.5 mg/dL (1.7 to 180 µmol/L)

Choice A reason: Explaining to the client that the dosage has been changed is not a safe action because it may not be true. The nurse should not assume that the prescribed dosage is correct or different from the previous one without verifying it with the healthcare provider or the medication record.

Choice B reason: This is the correct answer because withholding the medication until the dosage can be confirmed is a prudent action that ensures patient safety and avoids medication errors. The nurse should compare the prescribed dosage with the client's previous dosage and consult with the healthcare provider or the pharmacist if there is any discrepancy or doubt.

Choice C reason: Informing him that he may refuse the medication and documenting whether or not he takes it is not a responsible action because it does not address the issue of dosage discrepancy. The nurse should respect the client's right to refuse medication, but should also educate him about the benefits and risks of taking or not taking it. The nurse should also try to resolve any barriers or concerns that may affect the client's adherence to medication.

Choice D reason: Telling him to take the medication then verifying the dosage at the next healthcare team meeting is not a timely action because it may cause harm or complications to the client. The nurse should not administer any medication without checking its accuracy and appropriateness for the client. The nurse should also report and document any medication incidents as soon as possible.

Choice A reason: This is incorrect because seizure precautions are not indicated for dopamine administration. Dopamine does not lower the seizure threshold or cause convulsions.

Choice B reason: This is incorrect because monitoring serum potassium frequently is not necessary for dopamine administration. Dopamine does not affect potassium levels or cause hyperkalemia or hypokalemia.

Choice C reason: This is correct because ensuring pump accuracy to prevent toxicity is essential for dopamine administration. Dopamine is a potent vasoconstrictor that can cause tissue necrosis, gangrene, and hypertension if overdosed.

Choice D reason: This is incorrect because measuring urinary output every hour is not sufficient for dopamine administration. Dopamine can cause oliguria or anuria due to renal vasoconstriction and decreased renal perfusion. The nurse should monitor urine output continuously and report any decrease to the provider.