Esophageal perforation: Clinical sciences

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Esophageal perforation: Clinical sciences

Focused chief complaint

Abdominal pain

Approach to biliary colic: Clinical sciences
Approach to periumbilical and lower abdominal pain: Clinical sciences
Approach to pneumoperitoneum and peritonitis (perforated viscus): Clinical sciences
Approach to postoperative abdominal pain: Clinical sciences
Approach to upper abdominal pain: Clinical sciences
Abdominal aortic aneurysm: Clinical sciences
Acute coronary syndrome: Clinical sciences
Acute mesenteric ischemia: Clinical sciences
Acute pancreatitis: Clinical sciences
Adnexal torsion: Clinical sciences
Alcohol-induced hepatitis: Clinical sciences
Aortic dissection: Clinical sciences
Appendicitis: Clinical sciences
Approach to ascites: Clinical sciences
Cholecystitis: Clinical sciences
Choledocholithiasis and cholangitis: Clinical sciences
Chronic mesenteric ischemia: Clinical sciences
Chronic pancreatitis: Clinical sciences
Colonic volvulus: Clinical sciences
Community-acquired pneumonia: Clinical sciences
Diverticulitis: Clinical sciences
Ectopic pregnancy: Clinical sciences
Endometriosis: Clinical sciences
Gastritis: Clinical sciences
Gastroesophageal reflux disease: Clinical sciences
Hepatitis A and E: Clinical sciences
Hepatitis B: Clinical sciences
Hepatitis C: Clinical sciences
Herpes zoster infection (shingles): Clinical sciences
Ileus: Clinical sciences
Infectious gastroenteritis: Clinical sciences
Inflammatory bowel disease (Crohn disease): Clinical sciences
Inflammatory bowel disease (ulcerative colitis): Clinical sciences
Inguinal hernias: Clinical sciences
Intra-abdominal abscess: Clinical sciences
Irritable bowel syndrome: Clinical sciences
Ischemic colitis: Clinical sciences
Large bowel obstruction: Clinical sciences
Lower urinary tract infection: Clinical sciences
Malaria: Clinical sciences
Nephrolithiasis: Clinical sciences
Paraesophageal and hiatal hernia: Clinical sciences
Peptic ulcer disease: Clinical sciences
Pulmonary embolism: Clinical sciences
Pyelonephritis: Clinical sciences
Rectus sheath hematoma: Clinical sciences
Retroperitoneal hematoma: Clinical sciences
Sickle cell disease: Clinical sciences
Small bowel obstruction: Clinical sciences
Spontaneous bacterial peritonitis: Clinical sciences
Testicular torsion (pediatrics): Clinical sciences

Altered mental status

Approach to altered mental status: Clinical sciences
Acute stroke (ischemic or hemorrhagic) or TIA: Clinical sciences
Alcohol withdrawal: Clinical sciences
Approach to encephalitis: Clinical sciences
Approach to epilepsy: Clinical sciences
Approach to hypercalcemia: Clinical sciences
Approach to hypernatremia: Clinical sciences
Approach to hypocalcemia: Clinical sciences
Approach to hypoglycemia: Clinical sciences
Approach to hyponatremia: Clinical sciences
Approach to hypothyroidism: Clinical sciences
Approach to increased intracranial pressure: Clinical sciences
Approach to mood disorders: Clinical sciences
Approach to schizophrenia spectrum and other psychotic disorders: Clinical sciences
Approach to shock: Clinical sciences
Approach to traumatic brain injury: Clinical sciences
Aspiration pneumonia and pneumonitis: Clinical sciences
Community-acquired pneumonia: Clinical sciences
Delirium: Clinical sciences
Diabetic ketoacidosis: Clinical sciences
Hepatic encephalopathy: Clinical sciences
Hospital-acquired and ventilator-associated pneumonia: Clinical sciences
Hyperosmolar hyperglycemic state: Clinical sciences
Hypothermia: Clinical sciences
Hypovolemic shock: Clinical sciences
Lower urinary tract infection: Clinical sciences
Meningitis and brain abscess: Clinical sciences
Opioid intoxication and overdose: Clinical sciences
Opioid withdrawal syndrome: Clinical sciences
Pyelonephritis: Clinical sciences
Subarachnoid hemorrhage: Clinical sciences
Substance use disorder: Clinical sciences
Uremic encephalopathy: Clinical sciences

Assessments

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Decision-Making Tree

Questions

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A 49-year-old man presents to the emergency department for evaluation of sudden onset severe chest pain that started six hours ago. The pain is sharp, radiating to the back, and exacerbated by swallowing. Past medical history is significant for hypertension and eosinophilic esophagitis for which he takes oral corticosteroids. His temperature is 37.2°C (99.0°F), blood pressure is 110/70 mmHg, pulse is 105/min, respiratory rate is 20/min, and oxygen saturation is 96% on room air. On physical examination, the patient’s neck veins appear distended with subcutaneous emphysema over the neck. Contrast esophagram shows a large amount of extraluminal contrast extravasation adjacent to the esophagus and extending into the mediastinum. Which of the following is the best next step in management?  

Transcript

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Esophageal perforation is a serious condition in which a hole in the esophagus exposes the surrounding tissues to the contents of the gastrointestinal tract. Esophageal perforation typically results from iatrogenic trauma, for example in patients who recently underwent upper endoscopy or placement of a feeding tube. The second most common cause is Boerhaave syndrome due to forceful vomiting, and perforations can also result from swallowing foreign objects. Now, some individuals have anatomic etiologies that put them at higher risk for perforation such as Zenker diverticulum or esophageal stricture.

When it comes to the site of the perforation, it most commonly occurs in the left posterolateral aspect of the distal intrathoracic esophagus. Esophageal perforation can lead to severe and fatal complications like mediastinitis and sepsis.

Your first step in assessing a patient with a chief concern suggestive of esophageal perforation is to perform an ABCDE assessment to determine if the patient is stable or unstable. If the patient is unstable, start acute management immediately to stabilize the airway, breathing, and circulation. Next, obtain IV access, start fluid resuscitation, keep the patient NPO, administer antibiotics, and give IV proton pump inhibitors as soon as possible. Once you have initiated the acute management, your next step is to obtain a focused history, physical exam, and order labs like CBC, ABG, blood cultures, and lactate.

Alright, let's talk about history and physical examination. Symptoms may include fever, chills, and altered mental status. A patient will often have neck, chest, interscapular, and/or abdominal pain. Additionally, they might report dysphagia, odynophagia, or dyspnea. Lastly, some clues in history can point to the cause of the perforation. If a patient reports forceful vomiting, you should think about Boerhaave syndrome, which is when straining due to forceful vomiting causes esophageal perforation. Other clues to the cause include a history of foreign body ingestion, alcohol use disorder, or recent endoscopy.

Here’s a high-yield fact! If you find all elements of the Mackler triad, which includes history of vomiting, retrosternal pain, and subcutaneous emphysema, you can suspect Boerhaave syndrome as the most likely cause of the esophageal perforation.

Now, when it comes to the physical exam, it may reveal signs of sepsis, such as fever, tachycardia, tachypnea, and hypotension. Now, once the esophagus is perforated air will get into spaces it is not supposed to be in. So, other important findings to look out for include crepitus and subcutaneous emphysema. Subcutaneous emphysema and crepitus around the suprasternal notch and neck point to cervical perforation. Subcutaneous emphysema and crepitus on the chest wall are probably caused by thoracic perforation.

Now, if a patient is having mediastinal emphysema, you’ll hear crackling when you auscultate the lungs. As you are auscultating the chest, be on the lookout for the Hamman sign, which is characterized by a crunching sound over the apex of the heart that is in sync with the heartbeat. The Hamman sign is actually caused by the heart beating against the air in the chest cavity.

As for the labs, they might reveal leukocytosis and bacteremia, which would indicate an infection. You may also see metabolic acidosis and elevated lactate levels from sepsis and subsequent hypoperfusion.

Okay, if you see these findings in history, physical exam, and labs, you should suspect an esophageal perforation. The next step is to confirm the diagnosis with some imaging. Obtain neck, upright chest, and abdominal x-rays. The x-ray may show a pneumomediastinum, pneumothorax, pneumoperitoneum, subcutaneous emphysema, or pleural effusion. Since these signs point to the possibility of esophageal perforation, the next step would be to obtain a confirmatory study like a contrast esophagography to check for any small leaks. If this study is positive, you can diagnose an esophageal leak secondary to a perforation and possible mediastinitis.

Now that we have our diagnosis, let’s move on to management. Start with broad-spectrum antibiotics and antifungals, since microorganisms will have leaked out from the esophagus. Next, you want to keep the patient NPO and provide nutritional support, which requires total parenteral nutrition, or TPN. Finally, be sure to get an emergent surgical consultation for immediate intervention.

Alright, now that unstable patients are taken care of, let’s talk about stable patients. Your first step here is to obtain a focused history and physical exam as well as labs including a CBC.

Sources

  1. "Esophageal emergencies: WSES guidelines. 14, 1-15." World journal of emergency surgery (2019)
  2. "Esophageal perforation. 94(1), 35-41." Surgical Clinics (2014)
  3. "Esophageal perforation and acute bacterial mediastinitis: other causes of chest pain that can be easily missed. 94(32)." Medicine (2015)