CC BY-NC-ND 4.0 · Journal of Digestive Endoscopy 2019; 10(04): 213-218
DOI: 10.1055/s-0040-1709085
Original Article

Management of Acute Variceal Bleed by Esophageal Variceal Ligation in an Unconventional Position—An Urban-Center Insight

Umesh Jalihal
1  Karnataka Gastro Center, Bangalore, India
,
Prithvipriyadarshini Shivalingaiah
2  Al Zahra Hospital Sharjah, Sharjah, United Arab Emirates
,
1  Karnataka Gastro Center, Bangalore, India
› Author Affiliations
 

Abstract

Background Acute variceal bleed is a fatal complication in patients with liver cirrhosis, and it is important to achieve hemostasis at the earliest. Endoscopic variceal ligation (EVL) is a preferred modality in controlling variceal bleed. The blood pool in esophagus and oozing of blood from varices cause hindrance for variceal ligation leading to failure of therapy. In sitting position, it is hoped that visualization of esophagus may be better. With this background, EVL of patients in sitting position was done and results were analyzed.

Methods Cirrhotics presenting with hematemesis and/or melena were included in the study. Clinical and endoscopic parameters were assessed. Among them, patients having hypotension and hepatic encephalopathy were excluded. Initial endoscopic assessment was done in left lateral position. In case of obscured visualization of esophagus due to flooding, if time taken to achieve hemostasis > 5 minutes, position was changed to sitting from left lateral decubitus. Patients with isolated gastric variceal and ulcer bleed were further excluded.

Results Among 78 acute bleed patients selected, 41fulfilled the inclusion criteria for the study. During endoscopy, in 20 patients, EVL was done in left lateral decubitus position with head end elevation. Twenty-one patients were shifted from conventional left lateral position to sitting posture. Study revealed that patients undergoing EVL in sitting position had better visibility aiding the procedure and no aspiration during the procedure. There was no difference in the left lateral with head raised or without it. Duration of EVL was comparable to that of nonbleeders and additional sclerotherapy was not required in any case in both the groups. Following the procedure, patients were observed for 5 days. There was no failure of therapy which was analyzed according to Baveno VI consensus. However, there was delayed complication in one case due to sepsis and metabolic acidosis causing death.

Conclusion This study suggests, in acute variceal bleed cases, EVL in sitting position aids in better visibility and helps in achieving hemostasis early with least complications.


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Introduction

Variceal bleeding is a leading cause of mortality and morbidity in patients with liver cirrhosis of various causes.[1] Early mortality after an episode of acute variceal bleeding reaches 20%. Despite the progress achieved over the past decades, the 6-week mortality associated with variceal bleeding is still in the order of 10 to 20%.[2] Ligation of esophageal varices (EVs), proposed by G. V. Stiegmann in 1986, is currently the endoscopic method of choice for the treatment of variceal bleeding. Ligation of EVs obliterates them more rapidly and is accompanied by a smaller number of early recurrences of bleeding[3] and according to Baveno VI consensus, it is the recommended form of endoscopic therapy for acute esophageal variceal bleeding.[4]

During an endoscopy due to flooding of field by active bleed, it becomes technically challenging for band ligation and leads to failure of treatment or use of rescue therapies thereafter and according to the Asian Pacific Association for the Study of the Liver guidelines rebleed within 24 hours of endoscopic therapy leads to increased morbidity and mortality.[5] With this background, the study was designed to aid in better outcome of endoscopic variceal ligation (EVL) in acute variceal bleed scenario.


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Materials and Methods

From November 2016 to August 2019, all patients aged between 18 and 75 years presenting to emergency or referred from other centers to our tertiary center with history of hematemesis were analyzed. Institutional ethics committee permission and patient consent with special emphasis on the sitting posture if necessary were obtained. Onsets of hematemesis and/or melena within 48 hours of reporting to hospital were selected, and the detailed history and examination suggesting chronic liver disease or portal hypertension were included. These included history of chronic alcohol intake, presence of jaundice, ascites, splenomegaly, palpable firm left hepatic lobe, presence of abdominal wall collaterals, pedal edema, gynecomastia, testicular atrophy, parotid enlargement, vascular spiders, leukonychia, and palmar erythema and known cirrhotics with a previous history of variceal bleed or previous endoscopy showing EVs.

The physical examination, while complete, was directed at findings relevant to gastrointestinal bleeding. Resting tachycardia with pulse rate >100/min, orthostatic hypotension defined as a decrease in the systolic blood pressure of more than 20 mm Hg or an increase in the pulse of more than 20 beats/min from recumbency to standing and hypotension with systolic blood pressure <90 mm Hg and patients in shock with thready, weak pulse, in spite of intravenous (IV) fluids and initial resuscitative measures were excluded from the study. Patients with features suggestive of hepatic encephalopathy, respiratory distress with SpO2 <90% on room air, respiratory rate >20/min or requiring endotracheal intubation, orthopaedic problems or cerebrovascular accidents which hinder the patient to achieve a sitting posture, uncooperative patients, or those who refused to give consent were also excluded from the study.

Patients were kept nil orally, and circulating blood volume was restored with fluids and blood transfusions if hemoglobin was less than 8 g/dL. IV ceftriaxone 1 g was given to all patients before shifting for endoscopy.

Door-to-endoscopy time was kept at a maximum of 12 hours. Initial endoscopy was done in conventional left lateral decubitus position with slight head raised, using Olympus GIF-H180 videoendoscope after local Xylocaine spray in the throat.

Inclusion Criteria

  1. Acute variceal bleed with obscured visibility

  2. Inability to achieve hemostasis in 5 minutes in left lateral decubitus.


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Exclusion Criteria

  1. Hypotension

  2. Hepatic encephalopathy >Gr II

  3. Systemic conditions precluding sitting posture

  4. Isolated gastric varices (GVs)

  5. Mallory–Weiss tear or ulcers.

No IV sedation or anesthesia was used. Esophageal variceal hemorrhage was identified as bleeding from EVs confirmed at endoscopy and flooding of visual field in esophagus with spurting or actively oozing was selected for the second step of the study.

The selected patients were made to switch the position to sitting ([Fig. 1]) and scope was fitted with multishot band ligator—Omniview (Medelec Systems Pvt. Ltd.) and introduced into the esophagus. Bands were applied starting just above the esophagogastric junction in a spiral fashion until the bleed stopped or obliteration of varices was achieved, with a maximum of six bands.

Zoom Image
Fig. 1 EVL procedure in sitting position.

Patients were monitored in the observation room for 12 hours, hematocrit was checked every 8 hours, and hemoglobin was checked every 12 hours. They were then shifted to the ward, started on liquids orally, and observed for a total of 5 days from the procedure, with hemoglobin and hematocrit checked once daily.

Transfusion target was hemoglobin of 8 g/dL or hematocrit of 24%. They were discharged if there was no further adverse outcome or failure of therapy defined using Baveno VI consensus as:

  1. Fresh hematemesis in 2 hours after therapeutic endoscopy, > 100 mL of fresh blood

  2. Drop in hemoglobin >3 g and hematocrit of >9% with no blood transfusion

  3. Death.


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Results

In this study, 78 patients fulfilled both inclusion and exclusion criteria. Causes other than variceal bleed were noted in 10 patients which included Mallory–Weiss tear, duodenal ulcer, gastric ulcer, ulceroproliferative growth, and post-EVL ulcer bleed. Five patients had isolated GVs and esophagogastric varices ([Fig. 2]). Twenty-two patients with EVs had minimal or no active bleed in esophagus, presenting with either stigmata of recent bleed such as red signs, platelet plugs, or pooling of blood in stomach. Forty-one patients had esophageal variceal bleed with minimal or no visualization due to active bleed in esophagus and underwent EVL in sitting position. In 20 patients, EVL was done in left lateral decubitus with slight head end elevation and in 21 patients, EVL was done in sitting position ([Fig. 1]).

Zoom Image
Fig. 2 Patient flow and distribution.

Baseline characteristics of 41 patients were as follows:

  • Mean age (38–72) 56.6 years in first group in left lateral decubitus with head raise and 54 years in second group with banding in sitting position.

  • Nineteen males and one female in first group, and 19 males and 2 females in second group. Six patients were known cirrhotics who had undergone EVL previously, three of them had emergency EVL previously. Alcohol was noted as cause of cirrhosis in 34 patients, hepatitis B in 2 patients, and nonalcoholic fatty liver disease in 5 patients. Four patients were Child–Turcotte–Pugh (CTP)-A, 19 patients were CTP-B, and 18 patients were CTP-C, divided equally into two groups ([Table  1]) .

  • Mean time between onset of hematemesis and/or melena to presenting in the hospital was 23.8 hours (4–38 hours). Mean heart rate was 90/min (80–98/min). Mean systolic blood pressure was 100 mm Hg, mean hemoglobin was 9 g/dL, and mean hematocrit was 26%.

Table 1

Baseline characteristics and procedure-related parameters

Parameters

Lateral decubitus—EVL

Sitting—EVL

Abbreviations: EVL, endoscopic variceal ligation; CTP, Child–Turcotte–Pugh.

Age (mean)

56.6

54

Male

19

19

Female

1

2

CTP-A and -B

12

11

CTP–C

8

10

EVL duration (mean)

5.2 min

4.8 min

SpO2 (%)

96

95

Mean arterial pressure (mm Hg)

86

84

Procedure-Related Results

Mean time between arrival to hospital and endoscopy was 7.8 hours.

On changing the position of the patient, the blood gravitated to the stomach thereby aiding better visibility ([Figs. 3] [4] [5]). Bands were applied ranging from four to six in number in both groups. The time taken for the ligation during sitting position was comparable to the prophylactic banding with no delays due to obscurity of vision or technical difficulties. There was more time taken during band ligation in lateral decubitus position. There was no case of aspiration in patients of both the groups during the procedure. There was no requirement for additional sclerotherapy in all cases in both groups.

Zoom Image
Fig. 3 Blood flood in lower esophagus in left lateral decubitus.
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Fig. 4 Esophageal Varices unmasked in sitting position.
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Fig. 5 Banded varix on sitting position.

Postprocedure: There was no significant rebleed and fall in hemoglobin or hematocrit in any cases. Blood transfusions required ranged from 0 to 2 transfusions in total. Although there was one death in the first group, after 38 hours of procedure, cause of death was attributed to metabolic acidosis and septicemia.

On 6 weeks follow-up, 14 patients had no hematemesis or melena and there was no further drop in hemoglobin and hematocrit values in both groups. It was noted that patients undergoing EVL in sitting position had better endoscopic visibility and required lesser procedure time.


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Discussion

Variceal bleeding constitutes 70% of all upper gastrointestinal bleeding episodes in patients with portal hypertension, and they result from EVs, GVs, or ectopic varices. Remaining 30% is due to other causes, such as portal hypertensive vasculopathies, Mallory–Weiss lesions, and ulcers.[6] [7] In this study, among initially selected patients, 19.2% had nonvariceal etiology and were excluded ([Fig. 2]). Nearly 50% of patients with newly diagnosed liver cirrhosis have accompanying varices; de novo appearance of varices or worsening of preexisting varices is noted in 7% of the cirrhotic patients yearly. Index bleeding episode occurs in 12% of patients yearly. The factors predicting the risk of variceal bleed include the size of the varix, red color signs, and the degree of deterioration of liver function.[8]

Significance of active bleeding (spurting or oozing) at endoscopy has evolved from Baveno I, the consensus was that active bleeding at endoscopy is a predictor of failure to control bleeding, while its prognostic value for mortality was unclear.[6] Recent consensus says the presence of active bleeding at endoscopy predicts early rebleeding.[5] The time frame for rebleeding as defined in Baveno III was 48 hours. However, it was increased to 120 hours in Baveno IV. In this study, onset of bleed within 48 hours and presence of active bleed on endoscopy were selected and followed up for 120 hours following the procedure.

In a study of 210 patients with acute variceal bleeding and hemodynamic stability, performing endoscopic treatment at 4, 8, and 12 hours after arriving at the hospital did not significantly affect the mortality rate.[9] However, in another study, performing endoscopic therapy after more than 15 hours of hospital arrival significantly increased the mortality rate.[10] It is recommended that endoscopic treatment be performed as soon as possible, that is, within 12 hours, in patients with variceal bleeding.[10] In this study, arrival to endoscopy time ranged between 4 and 11.5 hours (mean of 7.8 hours). Patients with conditions precluding urgent endoscopy such as hypovolemic or septicemic shock and hepatic encephalopathy were excluded, thereby allowing early endoscopy.

In patients with decompensated liver cirrhosis accompanied by ascites or hepatic encephalopathy, acute variceal bleeding is associated with a high mortality rate.[11] Mortality in this study was noted in one patient with decompensated liver cirrhosis and sepsis. Orthostatic hypotension suggests a loss of 15% or more of the blood volume. Hypotension is associated with a 30% loss of blood volume.[12] Excluding these critical patients may explain lesser morbidity and mortality in this study.

Further, an observation was made during the study that sitting position makes it technically better for the endoscopist in acute variceal bleed and decreases the EVL time. There were no adverse outcome in lateral decubitus with head elevation, but the difficulty in banding due to poor visibility persisted. This study suggests that unconventional position of making the patient sit while performing EVL can be considered compared with left lateral decubitus position to improve outcome in acute variceal bleed scenario.


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Conflict of Interest

None declared.


Address for correspondence

Umesh Jalihal, MBBS, MD, DM (Gastroenterology), DNB (Gastroenterology)
Karnataka Gastro Center
Door no. 748, 5th Main, Between Modi And Nagapura Main Road, Mahalakshmi Puram, WCR, Bengaluru, Karnataka 560086
India   

Publication History

Publication Date:
04 May 2020 (online)

© .

Thieme Medical and Scientific Publishers Private Ltd.
A-12, Second Floor, Sector -2, NOIDA -201301, India


Zoom Image
Fig. 1 EVL procedure in sitting position.
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Fig. 2 Patient flow and distribution.
Zoom Image
Fig. 3 Blood flood in lower esophagus in left lateral decubitus.
Zoom Image
Fig. 4 Esophageal Varices unmasked in sitting position.
Zoom Image
Fig. 5 Banded varix on sitting position.