A 58-year-old man presents to the emergency department 18 hours after forceful vomiting with severe lower chest pain, dyspnea, and subcutaneous emphysema in the neck and upper chest. CT chest with water-soluble oral contrast reveals **pneumomediastinum** (marked **A** in the diagram) along with mediastinal fluid, left-sided pleural effusion, and esophageal wall thickening. Which of the following is the most appropriate next step in management for this patient?
A. Primary esophageal repair via left thoracotomy with pleural flap buttressing after resuscitation and antibiotics
B. Cervical esophagostomy with feeding jejunostomy and delayed reconstruction
C. Covered self-expanding metal stent placement with percutaneous drainage of mediastinal collection
D. Conservative management with NPO status, broad-spectrum antibiotics, and serial imaging
Explanation
Why Primary esophageal repair via left thoracotomy with pleural flap buttressing is right
The presence of pneumomediastinum (marked A) in the setting of Boerhaave syndrome (spontaneous esophageal perforation after forceful vomiting with Mackler triad: vomiting, lower chest pain, and subcutaneous emphysema) diagnosed within 24 hours in a hemodynamically stable patient mandates urgent surgical repair. The SAGES 2024 Pittsburgh Esophageal Perforation Score and standard surgical guidelines recommend primary esophageal repair with buttressing (pleural, intercostal muscle, or diaphragm flap) as the gold standard for perforations diagnosed within 24 hours in stable patients without extensive necrosis. The distal left posterolateral esophagus location (classic for Boerhaave) is approached via left thoracotomy. The pneumomediastinum reflects air tracking along mediastinal structures—a hallmark finding that confirms perforation and demands urgent surgical intervention to prevent mediastinitis, empyema, and sepsis.
Why each distractor is wrong
Covered self-expanding metal stent placement with percutaneous drainage: Endoscopic stent placement is reserved for contained perforations, delayed presentations (>24 hours) with sepsis but no free leak, poor surgical candidates, or as a bridge to surgery. This patient is within 24 hours, hemodynamically stable, and a surgical candidate—stenting would delay definitive repair and increase morbidity.
Cervical esophagostomy with feeding jejunostomy and delayed reconstruction: Esophageal diversion is indicated only for unstable patients with extensive necrosis, malignant perforation, or those unfit for primary repair. This patient is stable and presents early—primary repair is preferred.
Conservative management with NPO status, broad-spectrum antibiotics, and serial imaging: Conservative (non-operative) management is only appropriate for tiny, contained perforations without sepsis. The presence of pneumomediastinum, mediastinal fluid, and pleural effusion indicates free leak and systemic involvement—operative intervention is mandatory.
High-YieldNEET PG
Esophageal perforation within 24 hours in a stable patient = primary surgical repair; >24 hours or unstable = consider stent or diversion. Pneumomediastinum = surgical emergency.
SAGES 2024 Pittsburgh Esophageal Perforation Score; standard esophageal surgery guidelines
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