2. Objectives
Understand the basic mechanisms of portal hypertension
Recognize the classic presentations of portal hypertension complications
Brief management of these complications
3. What is CLD?
❖ Diffuse fibrosis of the liver with nodule formation
❖ Abnormal response of the liver to any chronic injury
5. Diagnosis of CLD
❖ Clinical : Stigmata of CLD
❖ CBC/ LFT : Hb/Platelets ,Bil/ low albumin , PT elevation, AST /ALT levels
❖ USG : Portal vein dia, Shrunken liver, splenomegaly ,ascites
❖ Fibroscan : Normal is between 2 to 7 kPa.
❖ A score of over 7.2 kPa indicates higher likelihood of significant fibrosis.
❖ A score over 14.5 kPa in someone with HCV/HIV coinfection indicates cirrhosis.
6. USG features
❖ Shrunken liver, Nodular surface, Elevated caudate to right lobe ratio (> 0.73 has 99%
specificity for cirrhosis)
❖ Portal hypertension : Distorted liver architecture, Regenerating nodules.-
❖ Distorted vascular channels Dilated MPV, Collaterals, Splenomegaly.
❖ Various doppler findings. Collateral veins , Gastroesophageal varices
13. Portal hypertensive Gastropathy
❖ Mild PHG : A mosaic-like
pattern without other findings.
❖ Severe PHG : mosaic-like pattern with flat
or bulging red or black-brown spots
and/or active bleeding
16. Management of variceal bleed
❖ Presents : Hematemesis/Melena /Occult blood positive /Iron def anemia
❖ O/E :Stigmata of CLD on clinical exam should clinch the diagnosis/Labs
❖ ABC, 2 IV Lines ,Type and crossmatch
❖ Blood @ 7gm/dl. Do not over transfuse -Target Hb 9gm/dl
❖ Platelet transfusion (platelet <50,000) Fresh frozen plasma (Correct Pt) ,
❖ Antibiotics : Ceftriaxone 1gm OD X 7 Days ,Meta analysis 12 trials (N=1200)
17. Management
❖ IV vasoconstrictors (Octreotide) 50 mcg bolus - continuous infusion of 50 mcg per
hour and is also continued for 3-5 days
❖ Endoscopic therapy
❖ Banding
❖ Sclerotherapy but EVL preferred.
❖ Shunting , Surgical, T . I . P . S
20. Varices prevention
❖ Treat underlying disease
❖ Endoscopic banding protocol
❖ B-blockers : No contraindication . Dose : Upto 160 mg daily in patients without
ascites or 80 mg daily in patients with ascites
❖ Shunt surgery (only if no cirrhosis)
❖ Liver transplantation
24. Diagnosis
❖ Physical examination Ultrasound
❖ Ascitic tap :WBC (>250 PMN: SBP) ,RBC
❖ SAAG (serum albumin to ascitic fluid albumin gradient)
❖ >11 mg/dl : portal hypertension
❖ <11 mg/dl : Other
25.
26.
27. Management
❖ Treat the underlying disease
❖ Salt restriction (<2gm/d)
❖ Diuretics Loop diuretic (Lasix) , Daily weight Target wt loss of 1 kgm daily
❖ Aldosterone inhibitor (Spironolactone)
❖ Up to 400 mg spironolactone and 160 mg furosemide per day
29. Spontaneous Bacterial Peritonitis
❖ Infection of ascitic fluid
❖ Usually gram negative (E.Coli) , Secondary Peritonitis when to suspect
❖ Presentation variable : Pain abdomen , fever, deranged RFT, HE,
❖ Mortality is high
❖ Dx: ascitic tap = PMN>250
❖ Treatment : Third generation cephalosporin IV, SBP prophylaxis for 5-10 days
30. SBP
❖ IV albumin (1.5 g per kg body weight within six hours of diagnosis and 1.0 g/kg body
weight on day three) - 30-40% Develop Renal failure
❖ Albumin infusion should be given if the creatinine is >1 mg/dL ,Total bilirubin is >4
mg/dL
❖ Once renal failure :Octreotide and midodrine may be helpful, in addition to infusion
of 25 grams of 25 percent albumin daily, unless there is massive fluid overload.
31. 3. Hepatic Encephalopathy
❖ Reversible decrease in neurological function secondary to liver disease
❖ Acute: seen with acute liver failure
❖ Acute on chronic: established cirrhosis
32.
33. Clinical features of hepatic encephalopathy
❖ Reversal of sleep pattern
❖ Disturbed consciousness
❖ Personality changes
❖ Intellectual deterioration
❖ Fetor hepaticus
❖ Asterixis , Fluctuating
37. Management
❖ Identify and treat precipitation factor
❖ Treat underlying liver disease
❖ Stop Beta blockers
❖ Antibiotics (Rifaxamin, metronidazole) Inj.Cefotaxime 2gm IV 8 hrly
❖ Lactulose till diarrhea sets in via NG tube
❖ Transplantation.
38. SBP Prophylaxis
❖ GI bleeding.
❖ Patients who have had one or more episodes of SBP. Recurrence > 70 percent
❖ Ascitic fluid protein is <1.5 g/dL +impaired renal function or liver failure.(C ≥1.2
BUN ≥25 mg/dL ,Na = ≤130 mEq/L .Liver failure CTP ≥9 and a bilirubin ≥3 mg/dL.
❖ CLD hospitalized for other reasons As protein < 1 g/dL (10 g/L).
❖ Cipro 500mg /OD , Norflox 400 mg OD/ Septran DS OD
39. Hepatorenal Syndrome
❖ Progressive renal failure
❖ Type 1 : rapidly progressive, high mortality
❖ Type 2: slower progression
❖ R/O volume depletion secondary to diuretics
❖ IV vasoconstrictors
❖ Liver transplantation
41. HCC
❖ Treatment of chronic HBV , HCV underlying cause of CLD
❖ 6 monthly USG & AFP levels AFP> 500 µ/L diagnostic
❖ AFP elev: Pregnancy ,Tumors of gonadal origin
❖ Sensitivities of US, CT, and MRI 46%, 65%, and 72%, respectively.
❖ Resection of lesions < 5cms without vascular invasion
❖ TACE, RFA , OLT ,Tyrosine kinase inhibitor (TKI) sorafenib Advanced HCC
42. Take home message
❖ Mechanical compression of blood flow plus hemodynamic changes leads to portal
hypertension
❖ Common complications of portal hypertension are:
❖ Collateral formation (Varices)
❖ Ascites
❖ Hepatic encephalopathy
43. Take home message
❖ The most important step in variceal bleed management is resuscitation
❖ The most important step in management of hepatic encephalopathy is the
identification of the precipitating factor
Editor's Notes
The use of a beta blockers alone reduces the risk of rebleeding and of death due to rebleeding. In a meta-analysis of 19 trials including 1050 patients with variceal bleeding, use of a beta blocker resulted in lower rates of rebleeding (37 versus 58 percent) and of death from rebleeding (9 versus 15 percent) compared with placebo or control group
Child A 5-6
B 7-9
C 10-15
one-year survival rates for patients with Child-Pugh class A, B, and C cirrhosis are approximately 100, 80, and 45 percent, respectively
The risk may be decreased with an infusion of intravenous albumin (1.5 g per kg body weight within six hours of diagnosis and 1.0 g/kg body weight on day three) [30]. Albumin infusion should be given if the creatinine is >1 mg/dL (88 micromol/L), the blood urea nitrogen is >30 mg/dL (10.7 mmol/L), or the total bilirubin is >4 mg/dL (68 micromol/L) [31]. Once renal failure has developed, treatment with a combination of octreotide and midodrine may be helpful, in addition to infusion of 25 grams of 25 percent albumin daily, unless there is massive fluid overload.