A nurse is caring for a client who has diabetes mellitus and is receiving long-acting daily insulin for blood glucose management.
The nurse should anticipate administering which of the following types of insulin?

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.

Step 1: Convert the dopamine hydrochloride dose from mcg to mg. We know that 1 mg = 1000 mcg. So, 4 mcg = 0.004 mg.

Step 2: Calculate the total amount of dopamine hydrochloride the client needs per minute. We know that the client weighs 80 kg and the dose is 0.004 mg/kg/min. So, 0.004 mg/kg/min × 80 kg = 0.32 mg/min.

Step 3: Convert the total amount of dopamine hydrochloride the client needs per minute to an hourly rate. We know that 1 hour = 60 minutes. So, 0.32 mg/min × 60 min/hr = 19.2 mg/hr.

Step 4: Calculate the volume of the solution that contains 19.2 mg of dopamine hydrochloride. We know that the solution contains 800 mg in 250 mL. So, (19.2 mg ÷ 800 mg) × 250 mL = 6 mL.

Therefore, the nurse should set the IV infusion to deliver 6 mL/hr (rounded to the nearest whole number).