A 54-year-old man doubles over in the emergency department, one hand pressed to his chest and the other clutching a plastic emesis bag. His shirt is damp with sweat, and he says the pain began immediately after a violent bout of vomiting at dinner. He is breathing quickly, his voice sounds strained, and the monitor shows a heart rate of 124. The next move has not yet been made.

— What’s your move? Read on.

Before you read
  • What imaging strategy confirms the diagnosis without delaying source control?
  • Which patients require urgent operative or endoscopic intervention?

When to Think of It

Enter the diagnosis with sudden severe chest or epigastric pain after forceful vomiting, especially with dyspnea, fever, tachycardia, subcutaneous emphysema, pleural effusion, or shock. The classic triad—vomiting, chest pain, and subcutaneous emphysema—is uncommon, so maintain suspicion for unexplained sepsis or pleural contamination after an esophageal event.

Sick or Not Sick

Sick versus not sick is determined by physiologic instability and whether the leak is free or contained. The key call is: Is there uncontrolled mediastinal/pleural contamination requiring immediate source-control consultation?

The First Fifteen Minutes

  • Place on cardiac, pulse-oximetry, and blood-pressure monitoring; obtain two large-bore IVs, NPO status, CBC, CMP, lactate, coagulation studies, type and crossmatch, and blood cultures if this will not delay antibiotics.
  • Suspected rupture or systemic toxicity → piperacillin-tazobactam 4.5 g IV now, then every 6 hours, because it covers enteric gram-negatives, anaerobes, and many streptococci. Use renal adjustment; cefepime plus metronidazole is an alternative.
  • Severe beta-lactam allergy → vancomycin 20–25 mg/kg IV loading dose plus cefepime 2 g IV and metronidazole 500 mg IV, with pharmacy/reference consultation for local protocol and renal dosing; this covers resistant gram-positive, gram-negative, and anaerobic organisms.
  • Significant pain → fentanyl 25–50 micrograms IV, repeat every 5 minutes as needed while monitoring ventilation, because analgesia reduces sympathetic stress without histamine-mediated hypotension.
  • Shock after cautious crystalloid → norepinephrine 0.05–0.1 micrograms/kg/min IV infusion, titrated to MAP ≥65 mmHg, because vasoconstriction restores perfusion while definitive source control is arranged. Do not delay pressors for central access if peripheral administration is necessary.
  • Avoid blind nasogastric tube placement; it can enlarge the tear. If decompression is essential, place it under endoscopic or surgical guidance.

Definitive Care & Disposition

Obtain urgent CT chest/abdomen with IV contrast, often with water-soluble oral contrast if the patient can safely swallow; CT may show pneumomediastinum, extraluminal contrast, pleural fluid, or esophageal wall disruption. A water-soluble contrast esophagram is useful, followed by thin barium if negative but suspicion remains high. Consult thoracic surgery, gastroenterology, and critical care immediately. Early contained cervical or selected intramural leaks may be managed with NPO status, antibiotics, drainage, and covered endoscopic stenting or clips; free thoracic perforation, sepsis, large leaks, distal disruption, or failure of nonoperative management generally requires operative washout, drainage, and repair or diversion. Admit unstable patients to the ICU.

How This One Kills

The lethal error is treating the presentation as a simple Mallory-Weiss tear, pneumothorax, or ACS while contaminated saliva and gastric contents seed the mediastinum. A normal early chest radiograph or absence of subcutaneous emphysema does not exclude rupture.
The Differential — What Else Looks Like This
  • Mallory-Weiss tear — hematemesis without mediastinal air or systemic toxicity; confusing it delays source control.
  • Acute coronary syndrome — ischemic ECG/troponin pattern and no leak or mediastinal contamination; anchoring can miss rapidly progressive sepsis.
  • Aortic dissection — pulse/BP differential or intimal flap on CTA; unnecessary anticoagulation can worsen a perforation-related procedure.
  • Spontaneous pneumomediastinum — stable patient with no contrast leak or pleural contamination; assuming benign air is safe can overlook rupture.

The Second-Day Story

Older adults, immunocompromised patients, and patients who received antiemetics or analgesics may have only vague epigastric pain, tachypnea, leukocytosis, or an unexplained pleural effusion. Fever may be absent early. Ask specifically about retching, instrumentation, foreign-body ingestion, and recent endoscopy; a new left pleural effusion, pneumomediastinum, or sepsis after vomiting should trigger definitive imaging even without dramatic chest pain.
Back to Our Patient
Back to the 54-year-old man: the trigger is abrupt chest pain after forceful emesis with tachycardia and abnormal breathing, so esophageal rupture is recognized despite the incomplete classic triad. He is placed NPO, monitored, given IV fentanyl for pain and piperacillin-tazobactam for likely polymicrobial contamination, and receives norepinephrine when hypotension persists after initial resuscitation. CT with oral and IV contrast shows distal esophageal extravasation and a left pleural collection; thoracic surgery and GI proceed urgently with drainage and endoscopic/operative source control. He is admitted to the ICU.
Patient Presentation to Attending
How you’d present this patient on the floor — tight, pertinent positives and negatives, no rambling
“This is a 54-year-old man with abrupt severe chest and epigastric pain immediately after forceful vomiting, now tachycardic and tachypneic. He has no prior cardiac history, but the pain is pleuritic and associated with dyspnea; he denies exertional onset, melena, or focal neurologic symptoms. Exam shows diaphoresis, marked chest tenderness, and subtle neck crepitus, with hypotension developing despite initial fluids. ECG has nonspecific ST-T changes, lactate is elevated, and CT demonstrates distal esophageal contrast extravasation with left pleural fluid and pneumomediastinum. My assessment is thoracic esophageal rupture with mediastinal and pleural contamination. He is NPO on broad-spectrum IV antibiotics, analgesia, and norepinephrine, and I am involving thoracic surgery, GI, and ICU now for urgent drainage and definitive repair or stenting.”

Study Directive

  • Draw the diagnostic pathway from vomiting-related chest pain to CT/esophagram and definitive consultation from memory.
  • Memorize the initial antibiotic options and indications for operative versus endoscopic management.
  • Review three CT images of esophageal rupture and identify pneumomediastinum, extraluminal contrast, and pleural contamination.
  • Practice a 30-second attending presentation emphasizing mechanism, toxicity, imaging, antibiotics, and source control.

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