A nurse admits a client to the emergency department who reports nausea, vomiting, and epigastric pain that worsens when lying down. The provider suspects acute pancreatitis. Which of the following laboratory test results should the nurse expect to see?

Choice A: Administer antiemetics as needed Reason: Acute pancreatitis often causes severe nausea and vomiting. Antiemetics are administered to control these symptoms and prevent further complications such as dehydration and electrolyte imbalance.

Choice B: Administer analgesics as needed Reason: Pain management is a crucial part of the treatment for acute pancreatitis. The condition can cause severe abdominal pain, and analgesics are administered to provide relief.

Choice C: NPO (nothing by mouth) until pain-free Reason: The goal in treating acute pancreatitis is to allow the pancreas to rest and recover from the inflammation3. Keeping the patient NPO (nothing by mouth) helps achieve this by reducing the stimulation and workload of the pancreas.

Choice D: Monitor blood glucose and provide insulin as needed Reason: Acute pancreatitis can affect the pancreas’ ability to produce insulin, leading to elevated blood glucose levels. Therefore, monitoring blood glucose levels and administering insulin as needed is an important part of the management plan.

Choice E: Side-lying or fetal position Reason: While the side-lying or fetal position might help some patients with abdominal pain, it is not a standard intervention for acute pancreatitis. Therefore, this option is not correct.

Choice F: Monitor hydration status Reason: Patients with acute pancreatitis are at risk of dehydration due to symptoms like vomiting and decreased oral intake. Monitoring hydration status is crucial to ensure appropriate fluid replacement.

- Step 1: Identify the prescribed dose in units per hour. The client is scheduled to receive 1,200 units/hr of heparin.

- Step 2: Identify the concentration of the available solution. The available solution contains 25,000 units of heparin in 500 mL D5W.

- Step 3: Calculate the volume of solution needed to deliver the required dose. We can set up a proportion to solve for this:

- 25,000 units is to 500 mL as 1,200 units is to X mL.

- In other words, 25,000 units : 500 mL = 1,200 units : X mL.

- Step 4: Solve for X using cross-multiplication and division:

- Cross-multiplication gives us: 25,000 units × X mL = 1,200 units × 500 mL.

- Simplifying this gives us: 25,000X = 600,000.

- Dividing both sides by 25,000 gives us: X = 600,000 ÷ 25,000.

- Calculating the division gives us: X = 24.

Set the IV pump to deliver 24 mL/hr to administer the required dose of 1,200 units/hr.