✅ Frequently monitor pulse oximetry
🫁 The client has acute pancreatitis, indicated by significantly elevated amylase and lipase levels, severe abdominal pain, vomiting, and systemic symptoms.
🫁 Pancreatitis can cause respiratory complications such as pleural effusion, atelectasis, and acute respiratory distress syndrome (ARDS).
🫁 The client’s oxygen saturation has decreased to 92%, and respiratory rate has increased to 26/min, indicating possible respiratory compromise.
🫁 Frequent pulse oximetry monitoring helps detect worsening oxygenation early.
✅ Frequently monitor blood glucose
🫁 The pancreas produces insulin, and inflammation from pancreatitis can impair pancreatic endocrine function.
🫁 Acute pancreatitis can lead to hyperglycemia due to reduced insulin production and increased stress hormones.
🫁 Monitoring glucose levels helps identify metabolic complications.
🫁 Early detection allows prompt management of abnormal glucose levels.
✅ Assess for Chvostek's sign and Trousseau's sign
🫁 The client’s calcium level is decreased (8.5 mg/dL), which can occur with acute pancreatitis.
🫁 Pancreatic inflammation can cause fat necrosis, which binds calcium and leads to hypocalcemia.
🫁 Hypocalcemia increases the risk of neuromuscular irritability.
🫁 Chvostek’s and Trousseau’s signs assess for manifestations of hypocalcemia, such as facial twitching and muscle spasms.
❌ Keep the client in a supine position
🫁 Supine positioning may worsen abdominal discomfort and increase pressure on the inflamed pancreas.
🫁 Clients with pancreatitis are often positioned with the head of bed elevated or leaning forward to reduce pain.
❌ Prepare to administer an enema
🫁 Enemas are not indicated for acute pancreatitis.
🫁 The priority interventions focus on reducing pancreatic stimulation, managing pain, and supporting fluid and respiratory status.
✅ Place a nasogastric tube
🫁 The client has severe nausea, vomiting, abdominal distention, and inability to tolerate oral intake.
🫁 A nasogastric tube may be used to decompress the stomach and reduce pancreatic stimulation.
🫁 Gastric decompression can decrease vomiting and abdominal discomfort.
✅ Administer oxygen via nasal cannula
🫁 The client has decreased oxygen saturation (92%), tachypnea, and signs of systemic illness.
🫁 Oxygen therapy improves tissue oxygenation and reduces the risk of complications from hypoxemia.
🫁 Respiratory monitoring is essential because pancreatitis can progress to respiratory failure.
✅ Prepare to administer IV fluids
🫁 Acute pancreatitis causes significant fluid shifts due to inflammation and third-spacing.
🫁 The client has signs of hypovolemia:
Blood pressure 91/55 mm Hg
Heart rate 109/min
Cool, clammy skin
🫁 IV fluids help restore circulating volume and support organ perfusion.
✅ Make the client NPO
🫁 Keeping the client nothing by mouth (NPO) reduces pancreatic stimulation and decreases secretion of digestive enzymes.
🫁 This allows the pancreas time to rest and heal during acute inflammation.
🫁 Nutrition is later advanced as symptoms improve and the client can tolerate intake.