This is about the management approach to a patient presenting with acute upper gastrointestinal bleeding. A brief account on epidemiology and pathophysiology is included. This is mainly based on NICE guideline & journal of hepatology.
3. INTRODUCTION
â– Upper GI bleeding is any
GI bleeding originating
proximal to the
ligament of Treitz.
â– Approximately 50-
70,000 admissions per
year [NICE-2016].
4. EPIDEMIOLOGY
â– The overall incidence of acute upper GI bleeding in
the UK ranges from 84-172 per 100,000 of the
population/ year
â– Incidence is highest in the elderly, and lower
socioeconomic groups.
â– Despite changes in medical management, mortality
has remained at around 10% for the last fifty years
[NICE- 2016]
5. PATHOPHYSIOLOGY
â– Peptic ulcer disease
â– Mallory-weiss syndrome
â– Erosive gastritis and esophagitis
â– Esophageal and gastric varices
â– Other causes-arteriovenous malformation and
malignancy
8. HISTORY
â– Clinical presentation
• Hematemesis
• Coffee-ground emesis
• Melena
• Hematochezia (14% cases from UGIB)
• Anemia
• Hypovolemic shock
• Vomiting and retching, followed by hematemesis,
suggest a Mallory- Weiss tear.
9. • History of GI bleeds (rebleed at same site is
common)
• Peptic ulcer disease symptoms
• Esophageal or Gastric Variceal Bleed
• Heavy alcohol use (consider diagnosis of
esophageal/gastric variceal bleeding)
• Cirrhosis and known varices
• Extreme valsalva maneuvers: consider Mallory-
Weiss Syndrome
10. • Aortic or GI tract surgeries: consider aortoenteric
fistulas vs. post-surgical anastomotic ulcers
• GI neoplasms
• Drug Hx- Salicylates, glucocorticoids, NSAIDs, and
anticoagulants all place the patient at high risk for
GI bleed.
• Alcohol abuse is strongly associated with a number
of causes of bleeding, including peptic ulcer
disease, erosive gastritis, and esophageal varices.
• Liquid medications with red dye, as well as certain
foods, such as beets, can simulate hematochezia.
In such cases, stool guaiac testing will be negative
11. PHYSICAL EXAMINATION
• Visual inspection of the vomitus for a bloody, maroon, or
coffee ground appearance is the most reliable way to
diagnose upper GI bleeding in the ED
• Review vital signs looking for hemodynamic compromise
(tachycardia, hypotension, tachypnea)
• Look for evidence of shock: confusion, peripheral
vasoconstriction
• Evidence of liver disease
• Jaundice, ascites, spider angiomas, caput medusae
• Increases risk of variceal bleeding
12. â– Petechiae and purpura suggest an underlying
coagulopathy.
â– A careful ear, nose, and throat examination can
reveal an occult bleeding source that has resulted
in swallowed blood and subsequent coffee-ground
emesis
â– Abdominal examination may disclose tenderness,
masses, ascites, or organomegaly.
â– Perform rectal examination to detect the presence
of blood and its appearance, whether bright red,
maroon, or melana
13. RISK ASSESSMENT
1. The Glasgow- Blatchford score at first assessment
2. AIMS 65 score
3. The full Rockall score after endoscopy
14. GLASGOW- BLATCHFORD
SCORE
â– A screening tool to assess the likelihood that a
person with an acute upper gastrointestinal
bleeding (UGIB) will need to have medical
intervention such as a blood transfusion or
endoscopic intervention
â– The tool may be able to identify people who do not
need to be admitted to hospital after a UGIB
15. Scores of 6 or more were associated with a greater than 50% risk of needing an intervention
16. AIMS65 SCORE
â– Better predict mortality than the Glasgow-
Blatchford score
â– But less sensitive than Glasgow Blatchford score for
needing intervention
17. ROCKALL SCORE
â– This was principally designed to predict death based on a
combination of both clinical and endoscopic findings.
â– The score consists of three clinical parameters (age,
presence of shock, and comorbidity) and two parameters
that rely on endoscopic findings (blood and diagnosis).
â– The maximum pre-endoscopy Rockall score is 7 and post-
endoscopy is 11.
â– A Rockall score of 3 before endoscopy approximates with
a 10% mortality rate and a score of 6, a 50% mortality
rate
19. RISK ASSESSMENT SUMMARY
â– Risk is categorized the following way:
• Low risk: Blatchford Score 0 – consider discharge
with outpatient endoscopy
• Moderate risk: admit to appropriate inpatient
specialty for urgent endoscopy
• High risk: Rockall Score (pre-endoscopy) 3,
hemodynamic instability, known varices –
resuscitate, admit to critical care area for emergency
endoscopy
22. INVESTIGATIONS
â– Blood investigations
– FBC
– Coagulation profile
– LFT
– Lactate levels
â– CXR
â– CT Angiography
– If endoscopy is unsuccessful at locating bleeding source
– Reported to have 100% specificity for UGIB but is dependent on
the bleeding rate
{Mihata RGK,Bonk JA,Keville MP et al 2013}
24. RESUSCITATION
• A- Intubate if risk of aspiration Or if low GCS
• B- High flow O2 to maintain SpO2
• C- Large bore IV access
– Crystalloids to restore circulating volume
– MAP target >65mmHg
– Restrictive blood transfusion strategy is recommended as More
liberal transfusion strategies increase rebleeding and mortality
rates, probably in part by increasing the portal pressure
– activate massive transfusion protocol if indicated
– Hb target- >7g/dL (8-10 g/dL in coronary artery disease)
â– D- GCS
25. â– Correct underlying bleeding diathesis
– Platelet- if bleeding presence of a platelet
<50*109/L
– Coalulation derangement- FFP, Cryoprecipitate
– Warfarin or rivaroxaban- prothrombin complex
concentrate
– Stop aspirin, NSAIDs and anticoagulants
– Tranexamic acid is currently not recommended
{HALT-IT trial 1927-1936}
26. â– Terlipressin and intravenous antibiotics controls bleeding in
80% of patients with variceal haemorrhage
– Terlipressin ( vasopressin analogue- splanchnic vasoconstriction)
â– SE- vasoconstriction- MI & peripheral ischemia
â– Stop treatment after definitive hemostasis has been achieved,
or after 5 days.
– Octreotide (somatostatin analogue)
â– Antibiotic therapy
– Offer prophylactic antibiotic therapy at presentation to patients
with suspected or confirmed variceal bleeding
– Ciprofloxacin or ceftriaxone
27. â– Balloon tamponade- consider as a temporary salvage procedure in
uncontrolled variceal hemorrhage.
– Sengstaken- Blakemore tube
– Minnesota tube
28. â– General guidelines for use of a balloon tamponade {Mihita RGK,
Bonk JA, Keville MP et al 2013}
– Secure the airway
– Apply lubricant to the tube and insert through the mouth or nostril to a
depth of at least 50 cm
– Evaluate by injecting approximately 50 ml of air into the gastric
balloon and obtain an Xray to confirm placement in the stomach
– Inflate the gastric balloon
– Retract the tube until resistance is felt, and apply tension
– If the gastric balloon does not tamponade bleeding, inflate the
esophageal balloon (25-30 mmHg)
29. ENDOSCOPY
â– Timing- depend on pre endoscopy Rockall score & local facilities
– Offer endoscopy to unstable patients with severe acute upper
gastrointestinal bleeding immediately after resuscitation.
– Offer endoscopy within 24 hours of admission to all other
patients with upper gastrointestinal bleeding
â– Techniques
– Variceal band ligation is the preferred treatment for
oesophageal varices.
– Endoscopic injection of N -butyl-2-cyanoacrylate (‘glue’) may be
appropriate for the treatment of gastric varices
NICE 2016
30. â– If haemostasis cannot be achieved by endoscopy
– balloon tamponade with a Sengstaken-Blackmore
tube
– Trans jugular intrahepatic portosystemic shunt
should be considered if hemostasis cannot be
achieved endoscopically or the patient rebleeds
â– Combination of non-selective beta-blocker in addition to
variceal band ligation for secondary prophylaxis of
variceal bleeds
– Carvidilol 6.25-12.5 mg daily
33. MANAGEMENT OF NON-VARICEAL
BLEEDING
â– Endoscopic treatment-
– Do not use adrenaline as monotherapy for the endoscopic
treatment of nonvariceal upper gastrointestinal bleeding
– For the endoscopic treatment of non-variceal upper
gastrointestinal bleeding, use one of the following:
â– a mechanical method (for example, clips) with or without
adrenaline
â– thermal coagulation with adrenaline
â– fibrin or thrombin with adrenaline
NICE- 2016
34. Proton pump inhibitors
â– Esomeprazole or Pantaprazole 80mg IV bolus over 30 min
followed by 8mg/h (2019)
â– Do not offer acid-suppression drugs (proton pump inhibitors or
H2-receptor antagonists) before endoscopy to patients with
suspected non-variceal upper gastrointestinal bleeding-(NICE
2016)
– An updated large Cochrane meta-analysis showed that
compared with H2 blocker or placebo, PPI reduced re-
bleeding, surgical intervention and need for repeated
endoscopic treatment in known PUD.
– However, it has not been shown to reduce mortality,
rebleeding and surgical intervention in the
undifferentiated UGIB {Sreedharan A, Martin J, Leontiadis GI et al, 2010}
35. â– Current international consensus guidelines
recommend high-dose IV PPI therapy e.g.
Pantoprazole 80 mg bolus followed by 8 mg h1 for
3 days
â– Helicobacter pylori eradication should be offered to
all who test positive for the infection. Eradication
therapy was shown to be superior to PPI alone in
preventing re-bleeding
36. Rebleeds after endoscopy..
â– Consider repeat endoscopy, with treatment as
appropriate, for all patients at high risk of re-bleeding,
particularly if there is doubt about adequate hemostasis
at the first endoscopy.
â– NICE suggest offering a repeat endoscopy in the event of
rebleeding with a view to further endoscopic treatment or
emergency surgery.
â– However, unstable patients who re-bleed require
interventional radiology. If there is a delay in such
therapy, urgent referral for surgery should be made
This is the suspensory ligament of the duodenum that marks the duodenojejunal junction.
Difference in prevalence between countries is attributed to variations in Helicobacter pylori rates, socioeconomic conditions, and prescription patterns of ulcer-healing and ulcer-promoting medications
Patients with melena tend to present with lower haemoglobin values than those with haematemesis (most likely due to presentation being slightly later with melena)-RCEM
Although the medical history may suggest the source of bleeding, history can also be misleading. For instance, what initially appears to be lower GI bleeding may actually be an upper GI bleed in disguise. Bright red or maroon rectal bleeding unexpectedly originates from upper GI sources about 14% of the time
or more subtle findings such as decreased pulse pressure or tachypnea. Younger patients and those without comorbidities can tolerate substantial volume loss with minimal or no changes in vital signs. Paradoxical bradycardia may occur even in the face of profound hypovolemia. Remember that comorbid conditions and medications may mask the body’s physiologic response to volume loss. β-Blockers, for example, will prevent tachycardia. Patients with baseline hypertension may have relatively normal blood pressure in the setting of hypovolemia
The main disadvantage of the Rockall score is that it requires findings at endoscopy to calculate all the components of the score. However, the pre-endoscopy score can be used to help to identify those with high mortality that may benefit from critical care admission