Balloon Tamponade of Gastroesophageal Varices

Chapter 41

Balloon Tamponade of Gastroesophageal Varices


Managing patients with acute gastrointestinal bleeding from gastroesophageal varices can be one of the most challenging scenarios in emergency medicine. These patients often have advanced liver disease and can arrive at the emergency department (ED) with massive hematemesis, airway compromise, hemodynamic instability, critical anemia, thrombocytopenia, and coagulopathy. Gastroesophageal varices are the fourth most common cause of upper gastrointestinal bleeding (UGIB) and account for almost 12% of cases (Fig. 41-1).1 In patients with cirrhosis, varices account for up to 80% of cases of UGIB.2,3 In patients with established gastric or esophageal varices, the annual incidence of acute hemorrhage ranges from 4% to 15%.2,4

Over the past 3 decades, advances in resuscitation, critical care, pharmacology, and endoscopy have significantly reduced the mortality rate associated with acute variceal bleeding. In fact, mortality rates in patients with acute variceal bleeding currently range from 15% to 20%.1,57 Despite advances in management, a small number of patients with acute variceal bleeding fail standard therapy. Rescue therapies for this group of patients are limited and include balloon tamponade, surgery, and placement of a transjugular intrahepatic portosystemic shunt. This chapter details the indications and contraindications for balloon tamponade in patients with acute variceal bleeding, the techniques for placement of the various devices, and the potential complications of this intervention. Although this procedure is rarely needed and placement in the ED is not considered a standard intervention, emergency physicians with knowledge of the technique can attempt to place these critical and potentially lifesaving devices.


In 1950, Sengstaken and Blakemore developed and described the use of a double-balloon device to control variceal hemorrhage.8,9 Since that time, the Sengstaken-Blakemore tube has become the most widely known balloon tamponade device. The Sengstaken-Blakemore tube has an esophageal and a gastric balloon, along with a gastric aspiration port that allows continuous suction of stomach contents (Fig. 41-2). In 1968, Edlich and colleagues, from the University of Minnesota, modified the Sengstaken-Blakemore tube by adding an esophageal aspiration port and increasing the capacity of the gastric balloon.10

Currently, three balloon tamponade devices are commercially available: the Linton-Nachlas, the Sengstaken-Blakemore, and the Minnesota tubes. In contrast to the Sengstaken-Blakemore and Minnesota tubes, the Linton-Nachlas tube is a single-balloon device that consists of a gastric balloon and two ports (esophageal and gastric) for aspiration and lavage. Because placement of these tubes remains a relatively rare procedure, most hospitals stock only one type of device. Regardless of the type of device, success rates for the control of hemorrhage with balloon tamponade tubes range from 60% to 90%.11


The general management of unstable patients with acute variceal bleeding is described in detail elsewhere. In brief, initial resuscitation should focus on early endotracheal intubation; circulatory resuscitation, including blood transfusion and administration of vasoactive agents and antibiotics; and early endoscopy. Vasoactive agents should be given as soon as possible in cases of confirmed or suspected variceal hemorrhage. Vasoactive medications reduce portal pressure and have been shown to decrease or stop variceal bleeding.1217 Somatostatin and its synthetic analogue octreotide decrease release of the vasodilator hormone glucagon, thereby indirectly resulting in splanchnic vasoconstriction and reduced portal blood flow. Vasopressin and its synthetic analogue terlipressin are direct vasoconstrictors and can be given systemically or locally during angiography. These two medications, however, can cause significant coronary, cerebral, and splanchnic ischemia and are typically used in patients who fail somatostatin or octreotide therapy.

Endoscopy by a gastroenterologist remains the “gold standard” for the diagnosis and treatment of acute variceal hemorrhage.2 Sclerotherapy and band ligation are the two endoscopic techniques used to control bleeding esophageal or gastric varices. Endoscopic band ligation has been shown to be superior to sclerotherapy in initially controlling hemorrhage and improving survival.18 In fact, endoscopic band ligation is considered the treatment of choice for esophageal varices.2,18,19

Balloon tamponade is indicated in unstable patients with massive hemorrhage in whom endoscopy either cannot be performed or is unsuccessful in controlling the bleeding. Balloon tamponade is also indicated when consultant physicians are unavailable and pharmacologic therapy with vasoactive agents has failed to stop the bleeding. In cases in which consultants are unavailable, balloon tamponade can be used to stabilize a patient for transfer to another institution with the resources to continue care.

It is important to recognize that balloon tamponade is only a temporizing measure. Even though success rates in controlling the initial hemorrhage are high, up to 50% of patients rebleed when the device is deflated.20 Although rebleeding rates can be reduced with the concomitant use of vasoactive agents, arrangements must be made for more definitive control of varices in patients with a balloon tamponade device in place.


Patients with an acute variceal hemorrhage that requires a balloon tamponade device are critically ill. Because these patients are at high risk for vomiting, aspiration, and airway compromise, endotracheal intubation should be strongly considered in all patients before placement of a balloon tamponade tube.21 For the rare patient who is not intubated, use of soft restraints and administration of appropriate analgesia and sedation are critical for a successful procedure.

For placement of a balloon tamponade tube, begin by testing the esophageal and gastric balloons for air leaks (Fig. 41-3, step 1). If there is any concern about a leak, submerge the balloons in water during inflation. If time permits, inflate the gastric balloon in 100-mL increments to the maximal recommended volume while measuring the pressure. Importantly, do not exceed a pressure of 15 mm Hg within the gastric balloon with each successive instillation of 100 mL. Note the pressure at full inflation of the gastric balloon. If no air leaks are detected, fully deflate the esophageal and gastric balloons and clamp the inflation ports. If the kit comes with plastic plugs, they may be used in lieu of clamps to occlude the ports and maintain deflation of the balloon during insertion (see Fig. 41-3, step 2). Once fully deflated, coat the balloons with a thin layer of water-soluble lubricating jelly.

Stay updated, free articles. Join our Telegram channel

Sep 17, 2016 | Posted by in SUGERY, ORTHOPEDICS & ANESTHESIA | Comments Off on Balloon Tamponade of Gastroesophageal Varices

Full access? Get Clinical Tree

Get Clinical Tree app for offline access