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Digestive / GI

Pancreatitis (Acute & Chronic)

High-yield Verified · Sep 2026

Pancreatitis is inflammation of the pancreas that happens when digestive enzymes start digesting the pancreas itself — acute episodes range from mild, self-limiting attacks to severe necrotizing disease, while chronic pancreatitis is progressive, irreversible fibroinflammatory damage that destroys both digestive and hormonal function.

A high-yield GI disorder built on one unforgettable mechanism — autodigestion — plus two dominant causes, a lab value with an exact multiplier, and more reversed “classic” teachings (meperidine, aggressive fluids, prolonged NPO) than almost any other topic.

What’s going wrong in the body

The normal physiology, where it fails, and why the body’s compensation backfires.

01 The gland that digests itself

The pancreas manufactures enzymes powerful enough to break down a meal — and stores them as inactive precursors precisely so they can’t break down the pancreas. Acute pancreatitis begins when that safeguard fails: trypsinogen is inappropriately converted to trypsin inside the acinar cells, and active trypsin sets off a proteolytic cascade that turns the gland’s own enzymes loose on its own tissue. This is autodigestion — the pancreas is being digested by the very enzymes it made. A few patients are genetically primed for it: gain-of-function PRSS1 mutations produce excessive trypsin activity, and SPINK1 mutations cripple the pancreatic secretory trypsin inhibitor that should shut stray trypsin down.

The damage doesn’t stay local. Injured and dying cells release damage-associated molecular patterns (DAMPs), which summon cytokines and neutrophils; the resulting inflammation injures endothelium and makes capillaries leaky. Intravascular fluid pours into the interstitium and peritoneum — third-spacing — so the patient can be fluid-overloaded in the tissues and volume-depleted in the vessels at the same time. That is why the vital signs of acute pancreatitis read like hemorrhage: fever, tachycardia, and in severe cases hypotension, with dry mucous membranes, prolonged capillary refill, and poor skin turgor.

Autodigestion: enzymes activate inside the gland, inflammation spills systemically, and leaky capillaries third-space the blood volume.

02 Two causes dominate everything else

Etiology here is unusually concentrated: gallstones are the #1 cause and alcohol is #2, everywhere the question is asked. ACG 2024 puts gallstones at 40–70% and alcohol at 25–35% of acute cases. The alcohol story requires a real exposure history — ACG 2024 says the diagnosis shouldn’t even be entertained without more than 5 years of moderate-to-heavy drinking, with “heavy” generally meaning over 50 g/day. A single party weekend in a lifelong nondrinker should send you hunting for another cause.

The rest of the list is shorter than it looks: hypertriglyceridemia (blamed only when triglycerides exceed 1,000 mg/dL, per ACG 2024), post-ERCP, medications (azathioprine, valproic acid, mesalamine, ACE inhibitors), hypercalcemia, infections, abdominal injury, pancreatic cancer, and pancreas divisum — with “idiopathic” when the workup finds nothing. Every trigger converges on the same downstream event: premature trypsin activation inside the gland.

The two-cause fork: gallstones #1, alcohol #2 — every other trigger is a distant third, and all of them light the same fuse.

03 From a bad night to a battle for organs

Severity is graded by the revised Atlanta classification (restated in ACG 2024): mild = no organ failure and no local or systemic complications; moderately severe = transient organ failure that resolves within 48 hours and/or local complications; severe = persistent organ failure beyond 48 hours. Overall mortality of acute pancreatitis is only about 1–2%, but it climbs substantially once necrosis or organ failure appears — and persistent SIRS carries an estimated 25% mortality, which is why patients with SIRS or organ failure belong in a monitored bed.

The bedside crystal ball is cheap and already on the chart: a rising BUN and rising hematocrit mean the intravascular space is emptying into the third space, and both track with worse outcomes; ACG 2024 adds obesity, comorbidities, and SIRS to the risk list. The BISAP score counts one point each for BUN > 25 mg/dL, Impaired mental status (GCS < 15), SIRS, Age > 60, and Pleural effusion — a score of 0–2 predicts mortality under 2%, while 3–5 predicts over 15%. Severe disease is a multi-front war: hypovolemic shock and AKI from third-spacing, ARDS in the lungs, hypocalcemia from fat necrosis, and necrotic pancreatic tissue that can become infected or erode into blood vessels.

The complication map of severe acute pancreatitis: one autodigesting gland, four systemic fronts, and two delayed local threats.

04 Chronic pancreatitis — the gland that never heals

Where acute pancreatitis usually resolves in days with treatment, chronic pancreatitis does not heal or improve — it worsens over time and leaves permanent damage: a progressive fibroinflammatory disease with irreversible tissue destruction and loss of both exocrine (digestive enzyme) and endocrine (insulin) function. Two mechanisms are thought to drive it: impaired ductal bicarbonate secretion lets protein plugs and intraductal calcifications form, and repeated intraparenchymal enzyme activation keeps re-injuring the gland. Alcohol contributes by blunting the acinar cell’s response to calcium signaling — disabling a protective feedback loop.

Alcohol is the most common adult cause (with smoking a primary co-contributor in men) — yet fewer than 10% of people with alcohol use disorder ever develop chronic pancreatitis, so susceptibility clearly matters; in children, cystic fibrosis, genetic disorders, and anatomic variants dominate. (The etiology mnemonic is TIGAR-O: Toxic-metabolic, Idiopathic, Genetic, Autoimmune, Recurrent acute pancreatitis, Obstructive.) The clinical arithmetic of destruction: steatorrhea appears only after over 90% of the gland is gone, exocrine insufficiency affects up to 85% of severe cases, and roughly 30% develop pancreatogenic (type 3c) diabetes as the islets are destroyed — the patient ultimately loses digestion and glucose control together.

Causes & risk factors

Modifiable factors are teaching targets — the patient can act on them.

Gallstones (the #1 cause of acute pancreatitis) Alcohol — the #2 acute cause; > 50 g/day for > 5 years; the leading cause of chronic pancreatitis in adults modifiable Smoking — a primary co-contributor to chronic pancreatitis modifiable Hypertriglyceridemia > 1,000 mg/dL modifiable Medications: azathioprine, valproic acid, mesalamine, ACE inhibitors Post-ERCP (after the procedure itself) Hypercalcemia Abdominal injury / trauma Pancreatic cancer & pancreas divisum (obstruction) Genetics: PRSS1 gain-of-function, SPINK1 mutations; cystic fibrosis in children Infections; idiopathic when no cause is found

Signs & symptoms

Each finding tied to the mechanism that produces it — and the triage it calls for.

Severe, constant epigastric pain radiating to the back — deep, burning, or stabbing early Expected
Why: The inflamed, autodigesting pancreas sits retroperitoneally against the spine, so the pain often spreads straight through to the back and may last for several days.
Nausea, vomiting, and anorexia early Expected
Why: Common companions of the pain — inflammation of a retroperitoneal organ adjacent to the stomach and duodenum.
Fever and tachycardia early Expected
Why: The cytokine storm of autodigestion produces a systemic inflammatory picture — and both are SIRS criteria, so count them rather than dismiss them.
Hypotension with dry mucous membranes, prolonged capillary refill, poor skin turgor Report immediately
Why: Third-spacing and SIRS are draining the intravascular space — the hypovolemic-shock pathway declaring itself. Fluid resuscitation is the counter-move.
Cullen sign — periumbilical ecchymosis late Report immediately
Why: Retroperitoneal or peritoneal bleeding from hemorrhagic pancreatitis tracking to the umbilicus. Uncommon (~1–3%) and typically late — most often day 3 or 4.
Grey Turner sign — flank ecchymosis late Report immediately
Why: The same retroperitoneal hemorrhage tracking through fascial planes to the flank; classically tied to severe necrotizing disease. One case series found 37% mortality in pancreatitis patients with this sign — report it the moment you see it.
Positive Chvostek or Trousseau sign, perioral paresthesias, tetany Report immediately
Why: Hypocalcemia: calcium is being precipitated out of the blood by saponification of necrotic fat. Also risks seizures and QTc prolongation with arrhythmias — a report-immediately finding.
Jaundice with fever and chills Report immediately
Why: An obstructing stone with cholangitis on top of pancreatitis — the combination that triggers the urgent-ERCP (≤ 24 h) pathway.
New hypoxemia, rising respiratory rate, shortness of breath late Report immediately
Why: ARDS complicating severe disease — systemic inflammation is now in the lungs; mechanical ventilation is often needed.
Oliguria or rising creatinine Hold & notify
Why: The kidneys are hypoperfused by third-spacing — AKI occurs frequently in severe cases and may need renal replacement therapy. Report persistent oliguria immediately.
Chronic: upper-abdominal pain that spreads to the back, may become constant, worsens after eating or with alcohol, and may ease leaning forward Expected
Why: The chronic pain pattern — prolonged pain with intermittent pain-free periods as the fibrotic gland is repeatedly stimulated. Leaning-forward relief is sourced for chronic disease only.
Chronic: steatorrhea — greasy, foul-smelling stools, with diarrhea Expected
Why: Fat malabsorption from lost enzyme output — and a late confession: it appears only after over 90% of the gland is destroyed. Formally defined as stool fat > 7 g/day on a 100 g/day fat diet.
Chronic: weight loss from malabsorption, even with adequate intake Expected
Why: Calories are eaten but not absorbed — exocrine insufficiency affects up to 85% of severe chronic pancreatitis.

Diagnostics

Test In this disorder Normal
Serum lipase Lipase is the preferred enzyme — more specific and stays elevated longer than amylase. Amylase is mostly non-pancreatic (salivary glands 55–60%), normalizes in 3–7 days (normal ~30–110 U/L), and rises in many non-pancreatic conditions; ordering both adds no sensitivity or specificity > 3× the upper limit of normal — one of the 2-of-3 diagnostic criteria (with characteristic pain and imaging findings; revised Atlanta, restated by ACG 2024) ACG 2024 —
BUN & hematocrit These are your fluid-resuscitation report card: the goal is a falling BUN with urine output > 0.5 mL/kg/h. Reassess within 6 h of starting fluids and over the next 24–48 h Rising values = intravascular volume depletion from third-spacing — both correlate with poorer outcomes ACG 2024 —
Calcium & triglycerides Both belong to the etiologic bloodwork alongside the liver profile. A falling calcium is a complication in motion — pair the number with Chvostek/Trousseau checks Calcium may fall (saponification of necrotic fat sequesters it); triglycerides > 1,000 mg/dL implicate hypertriglyceridemia as the cause ACG 2024 —
Transabdominal ultrasound Finding stones changes the plan: index-admission cholecystectomy, and urgent ERCP if cholangitis develops Performed in all acute pancreatitis patients to look for gallstones (biliary pancreatitis); repeat if inconclusive ACG 2024, Rec 1 —
BISAP score (severity prediction) SIRS = ≥ 2 of: HR > 90 · RR > 20 (or PaCO₂ < 32) · T > 38 °C or < 36 °C · WBC > 12,000 or < 4,000. SIRS or organ failure → the patient belongs on a monitored bed 1 point each: BUN > 25 mg/dL · Impaired mental status (GCS < 15) · SIRS · Age > 60 · Pleural effusion — 0–2 → mortality < 2%; 3–5 → mortality > 15% StatPearls / ACG 2024 —
Fecal elastase-1 (chronic disease) Chronic pancreatitis is an imaging-plus-function diagnosis: CT shows calcifications — the hallmark sign — while amylase/lipase are not the mainstay; FE-1 and stool fat quantify what exocrine capacity remains < 200 μg/g stool = abnormal · < 100 μg/g = pancreatic insufficiency —

Complications

Warning: Hypovolemic shock & acute kidney injury Report immediately
Capillary leak third-spaces the blood volume: hypotension, tachycardia, rising BUN and hematocrit, then oliguria and climbing creatinine as the kidneys fail.
The nurse’s counter is the fluid protocol done right: lactated Ringer’s, moderate and goal-directed, titrated to urine output > 0.5 mL/kg/h and a falling BUN — reassessing within 6 hours. Persistent oliguria despite fluids is a report-now finding; severe AKI may need renal replacement therapy.
Warning: Hypocalcemia (saponification) Report immediately
Calcium binds the free fatty acids released by autodigestion of mesenteric fat and precipitates out of the blood — watch for Chvostek and Trousseau signs, perioral tingling, tetany, seizures, and QTc prolongation with arrhythmia risk.
Report a falling calcium or any positive sign immediately and anticipate IV calcium gluconate 1–2 g over 10–20 minutes (gluconate is preferred over chloride — far less tissue-necrosis risk if it extravasates), with an infusion if hypocalcemia persists.
Warning: ARDS Report immediately
Severe acute pancreatitis can inflame the lungs at a distance: hypoxemia with radiographic changes, often needing mechanical ventilation.
Rising respiratory rate, falling SpO₂, or new shortness of breath in a pancreatitis patient is never “anxiety” until proven otherwise — escalate immediately.
Warning: Necrosis, infection & hemorrhage Report immediately
Necrotic pancreatic tissue can become infected necrosis — which presents as sepsis — or erode regional vessels: hemorrhagic pancreatitis, splenic-artery pseudoaneurysm rupture, and abdominal compartment syndrome.
Antibiotics are not given prophylactically — they’re reserved for confirmed or strongly suspected infection, and drainage of infected necrosis is ideally delayed beyond 4 weeks. New flank or periumbilical ecchymosis, sepsis signs, or hemodynamic collapse with a tense abdomen (compartment syndrome needs rapid surgical decompression) are all emergency escalations.
Caution: Pancreatic pseudocyst Hold & notify
A walled-off, enzyme-rich fluid collection maturing more than 4 weeks after the attack (5–16% after acute; 10–30% in chronic disease) — suspect it when pain persists, satiety comes early, vomiting returns, or a new abdominal mass appears.
Most resolve on their own, and size alone is not a reason to intervene — drainage is for symptoms or complications: infection, hemorrhage, rupture, or obstruction of the stomach, duodenum, or bile duct.

Medications for this condition

Why each class is prescribed here — every card links to its full pharmacology page.

Opioid Analgesics First-line High-alert
Nervous · morphine

Acute pancreatitis pain is severe, and most patients need IV opioids — hydromorphone and fentanyl are preferred, with NSAIDs/acetaminophen as opioid-sparing partners. Here lives a classic NCLEX reversal: meperidine (Demerol) is now AVOIDED — neurotoxicity risk — and the old “morphine spasms the sphincter of Oddi” fear should not delay opioids (2026 European guideline: safety concerns should not delay timely opioids). PCA: use with caution, not as a default.

Beyond medications

  • IV fluid resuscitation — lactated Ringer’s, moderate and goal-directed (ACG 2024): ~1.5 mL/kg/h with a 10 mL/kg bolus only for hypovolemia, reassessed within 6 h. The 2022 WATERFALL trial ended the aggressive-fluids era — high-volume resuscitation caused fluid overload (20.5% vs 3.3%) with no clinical benefit. Resuscitation matters most in the first 24 hours.
  • Early oral feeding, not prolonged NPO: in mild disease, feed within 24–48 hours as tolerated, starting with a low-fat solid diet (no clear-liquid ladder needed). Prolonged fasting/“gut rest” should be avoided; the old stop-everything rationale (resting the pancreas) survives only as history.
  • Enteral over parenteral nutrition in severe disease — enteral feeding (NG route preferred for practicality) helps prevent infectious complications; parenteral nutrition is a last resort when enteral feeding fails or isn’t tolerated.
  • Gallstone pancreatitis procedures: urgent ERCP within 24 hours only for concurrent cholangitis; and cholecystectomy during the index admission for mild gallstone pancreatitis — deferring it led to 18% vs 0% readmission for recurrent biliary events. In moderately severe or severe disease, delay surgery ~8 weeks after discharge (or until local complications resolve).
  • Alcohol and smoking cessation — the interventions that change the disease’s future: structured inpatient alcohol counseling reduces recurrence, readmission, and progression to chronic disease; smoking cessation is “vital and essential” in chronic pancreatitis.
  • Chronic disease support: pancreatic enzyme replacement (PERT) at the start of every meal AND with snacks; small, frequent meals without routine fat restriction — a low-fat diet is no longer recommended because it may contribute to nutritional deficiencies; fat-soluble vitamin (A, D, E, K) supplementation for malabsorption; and a full diabetes care plan (eating plan, medication, glucose monitoring) for pancreatogenic diabetes.

Nursing considerations

The RN-specific layer — each action paired with the reason it matters.

Assessment & monitoring
Trend vitals with a hypovolemia lens: heart rate, blood pressure, mucous membranes, capillary refill, skin turgor.
Why: Third-spacing drains the vessels while the body swells — tachycardia and dry membranes are the leak showing; hypotension means shock is arriving.
Keep strict I&O with hourly urine output; track BUN and hematocrit against the fluid protocol — and auscultate lungs for overload.
Why: Urine output > 0.5 mL/kg/h with a falling BUN is the resuscitation target; a rising BUN/HCT means you’re losing. Moderate fluids can still overload a patient with cardiac or renal disease — crackles and new dyspnea are the warning.
Follow the calcium and actively check for Chvostek sign (tap over the facial nerve) and Trousseau sign (BP cuff above systolic 2–3 min → carpal spasm); ask about perioral tingling.
Why: Saponification quietly sequesters calcium; the signs often precede tetany, seizures, and QTc-related arrhythmias. Positive signs are report-immediately findings.
Monitor respiratory rate, work of breathing, and SpO₂ every assessment.
Why: ARDS is the severe form’s lung complication — hypoxemia in a pancreatitis patient escalates now, not next shift.
Inspect the flanks and periumbilical skin daily, especially days 3–4.
Why: Grey Turner and Cullen signs mean retroperitoneal hemorrhage — rare but late-appearing and deadly (37% mortality with Grey Turner in one series).
Watch for sepsis signs (infected necrosis) and for jaundice with fever and chills (cholangitis).
Why: Infected necrosis presents as sepsis and changes the whole plan; cholangitis on gallstone pancreatitis triggers the urgent-ERCP-within-24-hours pathway.
During the acute attack
Run the lactated Ringer’s exactly as protocolized — bolus only for hypovolemia, then ~1.5 mL/kg/h — and bring the 6-hour reassessment to the provider with numbers.
Why: The evidence rewards moderate, goal-directed fluid given early (first 24 h); aggressive volume adds overload without benefit. Your urine output and BUN trend are the steering wheel.
Give IV opioids (hydromorphone/fentanyl) promptly and layer NSAIDs/acetaminophen as ordered; never let sphincter-of-Oddi folklore delay a dose.
Why: This pain is severe, and guideline evidence says opioid safety concerns should not postpone analgesia. Meperidine is off the table — neurotoxicity.
Help the patient find a position of comfort; manage nausea with ordered antiemetics.
Why: Severe pain and nausea are the dominant acute symptoms — comfort here is analgesia, positioning of the patient’s choosing, and gut symptom control.
Reintroduce food early: offer the low-fat solid diet within 24–48 hours as tolerated in mild disease; advocate for NG enteral feeding, not TPN, if severe disease prevents eating.
Why: Prolonged NPO is outdated care — early feeding is the guideline standard, and enteral nutrition in severe disease helps prevent infectious complications.
Question routine antibiotics; expect them only for confirmed or strongly suspected infection.
Why: Guidelines recommend against prophylactic antibiotics even in severe or necrotizing disease — they don’t reduce infection or mortality.
Patient teaching (preventing the next attack)
Make alcohol cessation THE conversation — arrange counseling before discharge, not just a pamphlet.
Why: It is the single most critical step: continued drinking in chronic pancreatitis carries a 3× higher mortality, and even brief structured inpatient counseling reduces recurrent attacks, readmissions, and progression to chronic disease.
Teach smoking cessation alongside it.
Why: Smoking is a primary co-contributor to chronic pancreatitis; quitting is described by the sources as vital and essential.
After an attack: keep a low-fat diet and get high triglycerides treated.
Why: High-fat meals worsen the pain and triglycerides over 1,000 mg/dL can cause the next attack outright — both are controllable triggers.
For gallstone pancreatitis: have the gallbladder out before discharge if offered, and don’t postpone it.
Why: Deferred cholecystectomy meant 18% readmission for recurrent biliary events vs 0% when done during the index admission.
Chronic disease: take the pancreatic enzymes at the start of every meal — and with snacks; expect small, frequent meals (not a restrictive low-fat diet) and the prescribed A, D, E, K vitamins.
Why: Enzymes only digest the food they meet — skipped doses mean steatorrhea, weight loss, and vitamin deficiency continue. Small frequent meals reduce digestive symptoms.
Return immediately for: severe abdominal pain, vomiting, fever or chills, a racing heartbeat, shortness of breath, or yellowing skin or eyes.
Why: These are the sourced emergency cues — jaundice with fever suggests cholangitis, and breathlessness may be ARDS, not indigestion.

How a real nurse thinks

The clinical-judgment loop, worked for a typical presentation — reasoning, not reference.

  1. 1
    Recognize cues

    The headline cues: lipase > 3× ULN with classic epigastric pain radiating to the back (that’s already 2 of the 3 Atlanta criteria); HR 118 + BP 96/58 + dry membranes + 4-second capillary refill — the hypovolemia of third-spacing; and a BUN of 32 with HCT 49%, the labs of an emptying intravascular space. Count the SIRS criteria instead of dismissing them: T 38.4 (> 38), HR 118 (> 90), RR 22 (> 20), WBC 15,400 (> 12,000) — SIRS is present. The triglycerides of 210 are a pertinent negative.

  2. 2
    Analyze cues

    The pattern is acute pancreatitis with early hemodynamic threat. Etiology: a 10-year heavy-drinking history satisfies the alcohol criterion (> 5 years of heavy use), triglycerides are nowhere near the 1,000 mg/dL needed to blame them, and the morning ultrasound will rule gallstones in or out — as it should for every acute pancreatitis patient. Severity: BUN > 25 and SIRS give a BISAP of 2 (mortality < 2%, but SIRS argues for a monitored bed and close reassessment). The vomiting and fever are consistent, not incidental.

  3. 3
    Prioritize

    Circulation leads: the third space is stealing the blood volume, so the ordered LR bolus comes first — resuscitation matters most in the first 24 hours. Severe pain is next; evidence says nothing about this presentation justifies delaying opioids. Then the monitoring infrastructure (hourly urine output, I&O) that will steer every fluid decision, then the routine admission tasks.

  4. 4
    Generate solutions

    Start the 10 mL/kg LR bolus and step down to 1.5 mL/kg/h; give IV hydromorphone and the antiemetic; institute hourly urine output against the > 0.5 mL/kg/h goal; plan the 6-hour reassessment (urine output, HR, BP, repeat BUN/HCT trend) with overload checks at each pass; keep the morning path ready — ultrasound, calcium surveillance, and an early low-fat diet as tolerated rather than days of NPO.

  5. 5
    Take action

    Run the bolus and medicate the pain without delay — and when a colleague suggests requesting meperidine “because morphine spasms the sphincter of Oddi,” decline the trap: meperidine is avoided (neurotoxicity), hydromorphone and fentanyl are the preferred agents, and the sphincter-of-Oddi concern should not delay opioids. At 0600, the falling calcium (8.9 → 7.6) plus a positive Chvostek sign is saponification declaring itself: report immediately, anticipate IV calcium gluconate 1–2 g over 10–20 minutes, and watch for tetany and arrhythmia.

  6. 6
    Evaluate

    Resuscitation is working when urine output holds above 0.5 mL/kg/h, BUN falls, heart rate slows, and blood pressure lifts — with lungs staying clear. Re-escalate for: persistent oliguria, new hypoxemia or rising work of breathing (ARDS), any flank or periumbilical ecchymosis, jaundice with fever/chills (cholangitis → ERCP within 24 h), sepsis signs, or a calcium that keeps falling despite replacement.

Scenario — you’re the nurse

Work each question before revealing the answer. Rationales explain the wrong options too.

Emergency department → med-surg admission · 2140

A 46-year-old admitted with severe epigastric pain “going straight through to my back” that began after a weekend of heavy drinking — the patient reports roughly 10 years of daily heavy alcohol use. The pain is constant, with repeated vomiting. Admission orders: NPO tonight with reassessment for an early low-fat diet, LR 10 mL/kg bolus then 1.5 mL/kg/h, IV hydromorphone PRN, an antiemetic, strict I&O, and a right-upper-quadrant ultrasound in the morning.

2140 vitals — HR 118 · BP 96/58 · RR 22 · SpO₂ 94% RA · T 38.4 °C
Exam — epigastric tenderness · dry mucous membranes · capillary refill 4 s · no flank or periumbilical ecchymosis · pain 9/10
2130 labs — lipase > 3× the upper limit of normal · BUN 32 mg/dL · HCT 49% · Ca²⁺ 8.9 mg/dL · WBC 15,400/mm³ · triglycerides 210 mg/dL
Next morning (0600) — Ca²⁺ 7.6 mg/dL (L) · facial-muscle twitch when the cheek is tapped near the ear
Q1 Select all that apply
On admission review, which findings require immediate follow-up? Select all that apply.
  1. A. BP 96/58 mmHg with a 4-second capillary refill
  2. B. BUN 32 mg/dL with hematocrit 49%
  3. C. Temperature 38.4 °C with WBC 15,400/mm³
  4. D. Triglycerides 210 mg/dL
  5. E. Epigastric pain spreading to his back
Reveal answer & rationale
Answer: A, B, C
Hypotension with sluggish capillary refill (A) is third-spacing hypovolemia heading toward shock — the circulation problem that leads the priority list. Rising BUN and hematocrit (B) are the labs of intravascular depletion and predict worse outcomes. Fever plus leukocytosis (C) completes SIRS, which raises the severity class and argues for a monitored bed. Triglycerides of 210 (D) are a pertinent negative — over 1,000 mg/dL is required to implicate them as the cause. Epigastric pain spreading to the back (E) is the expected acute pattern; address it with analgesia, not escalation.
Q2 Multiple choice
A newly licensed nurse suggests asking the provider to replace hydromorphone with meperidine “because opioids like morphine cause sphincter of Oddi spasm.” What is the best response?
  1. A. Agree — meperidine has long been the preferred opioid in pancreatitis
  2. B. Explain that hydromorphone and fentanyl are the preferred agents, meperidine is avoided because of neurotoxicity risk, and current evidence says safety concerns should not delay opioid pain control
  3. C. Suggest holding all opioids and managing the pain with NSAIDs alone
  4. D. Give a reduced dose of the hydromorphone to limit any effect on the sphincter
Reveal answer & rationale
Answer: B
This is the classic reversed teaching (B): meperidine is now avoided — neurotoxicity risk — while hydromorphone and fentanyl are preferred, and the 2026 European guideline states that opioid safety concerns (the sphincter-of-Oddi worry included) should not delay timely analgesia. Option A is the outdated NCLEX answer, exactly backwards today. NSAIDs alone (C) are opioid-sparing partners, not adequate for severe pancreatitis pain that mostly requires IV opioids. An unauthorized dose reduction (D) undertreats severe pain to soothe a debunked concern.
Q3 Put in order
Put the nurse’s first four admission actions in priority order:
  1. A. Give the IV hydromorphone for pain rated 9/10
  2. B. Begin the ordered lactated Ringer’s 10 mL/kg bolus
  3. C. Set up the NPO-tonight status and confirm the morning ultrasound
  4. D. Institute strict I&O with hourly urine output measurement
Reveal answer & rationale
Correct order: B → A → D → C
Circulation first: the bolus (B) counters the third-spacing that is actively dropping the blood pressure, and fluid resuscitation matters most in the first 24 hours. Severe pain is treated next (A) — nothing here justifies delaying opioids. Hourly urine output (D) comes right behind, because the > 0.5 mL/kg/h goal is how the fluid strategy is steered at the 6-hour reassessment. The NPO/ultrasound setup (C) is necessary but routine. Medicating pain before starting the bolus leaves a hypotensive patient unresuscitated; starting the paperwork first leaves both problems untouched.
Q4 Multiple choice
At 0600 the calcium is 7.6 mg/dL (flagged low, down from 8.9 on admission) and the nurse notices facial-muscle twitching when tapping over the facial nerve in front of the ear. The best action is:
  1. A. Reassure the patient that muscle twitching is common with severe pain and anxiety
  2. B. Document the finding and recheck the calcium with the next scheduled labs
  3. C. Report the findings immediately, anticipate IV calcium gluconate, and monitor for tetany and cardiac arrhythmias
  4. D. Add high-calcium foods to the low-fat diet planned for today
Reveal answer & rationale
Answer: C
A falling calcium plus a positive Chvostek sign is pancreatitis-driven hypocalcemia: saponification of necrotic fat is precipitating calcium out of the blood — a report-immediately finding (C). Anticipate IV calcium gluconate 1–2 g over 10–20 minutes (preferred over chloride — less tissue damage on extravasation) and watch for tetany, seizures, and QTc-related arrhythmias. Reassurance (A) mislabels a neuromuscular red flag as anxiety. Waiting for routine labs (B) leaves an arrhythmia risk unaddressed for hours. Dietary calcium (D) cannot correct symptomatic hypocalcemia in real time.
Q5 Multiple choice
Six hours into fluid resuscitation, which finding best indicates the therapy is working?
  1. A. Urine output of 0.6 mL/kg/h with the BUN beginning to fall
  2. B. Hematocrit rising from 49% to 52%
  3. C. Pain now rated 4/10 after the hydromorphone
  4. D. Fine crackles at both lung bases with SpO₂ 91%
Reveal answer & rationale
Answer: A
The resuscitation goals are explicit: urine output > 0.5 mL/kg/h and a decreasing BUN (A) — the intravascular space is refilling and the kidneys are perfusing. A rising hematocrit (B) is the opposite: worsening hemoconcentration as fluid keeps leaking to the third space. Improved pain (C) is the opioid working, not the fluids. New basilar crackles with falling SpO₂ (D) is a warning, not a win — either fluid overload or evolving ARDS, and a reason to reassess, not congratulate.

Common questions

What causes pancreatitis (acute & chronic)?
Common causes and risk factors include gallstones (the #1 cause of acute pancreatitis), alcohol — the #2 acute cause; > 50 g/day for > 5 years; the leading cause of chronic pancreatitis in adults, smoking — a primary co-contributor to chronic pancreatitis, hypertriglyceridemia > 1,000 mg/dl, medications: azathioprine, valproic acid, mesalamine, ace inhibitors, and others.
What are the early signs of pancreatitis (acute & chronic)?
Early findings include Severe, constant epigastric pain radiating to the back — deep, burning, or stabbing, Nausea, vomiting, and anorexia, Fever and tachycardia.
Which findings should a nurse report immediately in pancreatitis (acute & chronic)?
Report immediately: Hypotension with dry mucous membranes, prolonged capillary refill, poor skin turgor, Cullen sign — periumbilical ecchymosis, Grey Turner sign — flank ecchymosis, Positive Chvostek or Trousseau sign, perioral paresthesias, tetany, Jaundice with fever and chills, and others. These signal deterioration that needs rapid intervention.
Why is lipase preferred over amylase for diagnosing pancreatitis?
Lipase is more specific and stays elevated longer (ACG 2024). Most serum amylase isn’t even pancreatic — the salivary glands contribute 55–60% — and amylase rises in intestinal disease, malignancy, acidosis, and other mimics, then returns to baseline within 3–7 days. Ordering both enzymes adds no diagnostic sensitivity or specificity. The number that matters: lipase > 3× the upper limit of normal, one of the revised Atlanta 2-of-3 criteria.
Is being NPO for days still standard care in acute pancreatitis?
No — that teaching has been reversed. ACG 2024 recommends early oral feeding within 24–48 hours as tolerated in mild disease, starting with a low-fat solid diet rather than a clear-liquid ladder, and StatPearls states that prolonged fasting or “gut rest” should be avoided. In severe disease that prevents eating, enteral (tube) feeding is preferred over IV nutrition because it helps prevent infectious complications.
Why does pancreatitis cause low calcium?
Autodigestion breaks down mesenteric fat, releasing free fatty acids — and circulating calcium binds to those fatty acids and precipitates out of the blood (saponification, essentially soap formation in necrotic fat). The nurse’s cues are Chvostek and Trousseau signs, perioral tingling, and tetany; severe symptomatic cases are treated with IV calcium gluconate.

Sources

Reviewed by Hae Suk Lee, RN

Educational summary for nursing students. Scenarios are fictional teaching cases. Always verify against current guidelines and your institution's protocols before acting in practice. Not medical advice.

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