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    CIRRHOTIC ASCITES

    DR SADIK MEMONFCPS (MEDICINE), FCPS (GASTROENTEROLOGY), AGA-M

    ISRA UNIVERSITY HYDERABAD.

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    Development of Complications inCompensated Cirrhosis

    AscitesJaundice

    EncephalopathyGI hemorrhage

    Probability

    of

    developing

    event

    0

    20

    60

    80

    100

    0 60

    40

    20 40 80 100 120 140 160

    MonthsGines et. al., Hepatology 1987; 7:122

    NATURAL HISTORY OF CIRRHOSIS

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    Case 1

    Dr. Muhammad Sadik

    MemonAssociate Professor / GastroenterologistHead Section of Gastroenterology &

    Hepatology

    Department of Medicine

    Isra University Hospital

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    A 35 year old gentleman came to

    you, with progressive abdominal

    distension.Palmer erythna

    Wasting

    AnemiaShifting dullness positive

    Splenomegaly

    Pedal edema

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    What is your probable diagnosis?

    How will treat?

    1) RE-assurance

    2) Salt- restriction, alternative to salt

    restriction

    3) Water restriction

    4) Diuretics.

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    HVPG > 12 mmHg is Necessary for Ascites toDevelop and is Associated with Low Sodium

    Excretion

    Urinarysodium

    (mEq/L)

    No ascites

    Ascites

    HVPG

    (mmHg

    )

    0

    20

    50

    60

    30

    40

    10

    0 5 10 15 20 2512

    Morali et al., J Hepatol 1992; 16:249

    HVPG > 12 mmHg IS NECESSARY FOR ASCITES TO DEVELOP AND IS ASSOCIATED WITH LOW SODIUM EXCRETION

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    0

    20

    40

    100Urinary

    sodium

    excretion(mmol/day

    )

    60

    80

    120

    140

    4

    Noascites

    Moderateascites

    Tenseascites

    Eisenmenger et al, J Clin Invest 1950; 29:1491

    Urinary Sodium Excretion is Decreased inCirrhotic Patients with Ascites

    URINARY SODIUM EXCRETION IS DECREASED IN CIRRHOTIC PATIENTS WITH ASCITES

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    Cirrhosis

    Activation ofneurohumoral

    systems (renin,angiotensin,aldosterone)

    Effectivearterial blood

    volume

    Hepaticvenous

    outflow block

    Ascites

    Sinusoidalpressure

    (HVPG 10-12mmHg)

    Sodium andwater

    retention

    Arteriolarresistance(vasodilation)

    PATHOGENESIS OF ASCITES

    ULTRASOUND IS THE MOST SENSITIVE METHOD TO DETECT ASCITES

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    Ultrasound is the Most SensitiveMethod to Detect Ascites

    Liver

    Ascites

    ULTRASOUND IS THE MOST SENSITIVE METHOD TO DETECT ASCITES

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    Activation ofneurohumora

    l systems

    Site of Action of Different Therapies for Ascites

    Cirrhosis

    Intrahepaticresistance

    Arteriolarresistance(vasodilation)

    Sinusoidalpressure

    Ascites Sodium andwaterretention

    TIPSTIPS

    Diuretics

    PVS

    PVS

    Albumin

    LVP

    Effectivearterial blood

    volume

    MECHANISM OF ACTION OF THE DIFFERENT THERAPIES FOR ASCITES

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    Treatment of Ascites

    Portal HypertensionNo ascites

    Uncomplicatedascites

    Refractory

    ascites

    Hepatorenalsyndrome

    No specific therapy

    Consider salt restriction

    PREVENTION OF ASCITES

    TREATMENT OF UNCOMPLICATED ASCITES

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    Treatment of Ascites

    Uncomplicatedascites

    Refractory

    ascites

    Hepatorenalsyndrome

    Portal HypertensionNo ascites

    TREATMENT OF UNCOMPLICATED ASCITES

    MECHANISMS OF ACTION OF SODIUM RESTRICTION AND DIURETICS IN THE MANAGEMENT OF ASCITES

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    Sodium andwater

    retention

    Activation ofneurohumora

    l systems

    Effectivearterial blood

    volume

    Cirrhosis

    Intrahepaticresistance

    Arteriolarresistance(vasodilation)

    Sinusoidalpressure

    Ascites Sodium andwaterretention

    Na restrictiionDiuretics

    MECHANISMS OF ACTION OF SODIUM RESTRICTION AND DIURETICS IN THE MANAGEMENT OF ASCITES

    SPIRONOLACTONE IS MORE EFFECTIVE THAN FUROSEMIDE IN CIRRHOTIC PATIENTS WITH ASCITES

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    Spironolactone is More Effective ThanFurosemide in Cirrhotic Patients with

    AscitesResponse No response Total

    Furosemide 11 10 21(80-160 mg/d)

    Spironolactone 18 1 19

    (150-300 mg/d)

    Perez-Ayuso et al. Gastroenterology 1983; 84:961

    SPIRONOLACTONE IS MORE EFFECTIVE THAN FUROSEMIDE IN CIRRHOTIC PATIENTS WITH ASCITES

    DIFFERENT DIURETIC REGIMENS IN PATIENTS WITH CIRRHOTIC ASCITES

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    Different Diuretic Regimens in Patientswith Cirrhotic Ascites

    Combination Schedule(n=50)

    SP 100mg/d +

    FUR 40mg/d

    SP 200mg/d +

    FUR 80mg/d

    SP 400mg/d +

    FUR 160mg/d

    Progressive Schedule(n=50)

    Spironolactone (SP)

    100 200 400mg/d

    SP 400mg/d +

    Furosemide (FUR)

    40 60 80 160mg/d

    4days

    4days

    Santos et al., J Hepatol 2003; 39:187

    DIFFERENT DIURETIC REGIMENS IN PATIENTS WITH CIRRHOTIC ASCITES

    DIFFERENT DIURETIC REGIMENS IN PATIENTS WITH CIRRHOTIC ASCITES

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    Different Diuretic Regimens in Patientswith Cirrhotic Ascites

    Combination Schedule(n=50)

    SP 100mg/d +

    FUR 40mg/d

    SP 200mg/d +

    FUR 80mg/d

    SP 400mg/d +

    FUR 160mg/d

    Progressive Schedule(n=50)

    Spironolactone (SP)

    100 200 400mg/d

    SP 400mg/d +

    Furosemide (FUR)

    40 60 80 160mg/d

    4days

    4days

    Santos et al., J Hepatol 2003; 39:187

    TREATMENT OF PATIENTS WITH UNCOMPLICATED ASCITES

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    Treatment of Ascites

    Portal HypertensionNo ascites

    Uncomplicatedascites

    Refractory

    ascites

    Hepatorenalsyndrome

    1) Salt restriction + diuretics2) Large volume

    paracentesis (LVP) inhospitalized patients withtense ascites

    TREATMENT OF PATIENTS WITH UNCOMPLICATED ASCITES

    MANAGEMENT OF UNCOMPLICATED ASCITES

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    Management of Uncomplicated

    Ascites

    Definition: Ascites responsive to diureticsin the absence of infection and

    renal dysfunction

    Sodium restriction Effective in 10-20% of cases

    Predictors of response: mild or moderateascites, Urine Na excretion > 50 mEq/day

    Diuretics

    Should be spironolactone-based

    A progressive schedule (spironolactonefurosemide) requires fewer dose adjustmentsthan a combined therapy (spironolactone +

    furosemide)

    MANAGEMENT OF UNCOMPLICATED ASCITES

    MANAGEMENT OF UNCOMPLICATED ASCITES: SODIUM RESTRICTION

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    Sodium Restriction

    2 g (or 5.2 g of dietary salt) a day

    Fluid restriction is not necessary unless thereis hyponatremia (

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    Diuretic TherapyDosageSpironolactone 100-400 mg/day

    Furosemide (40-160 mg/d) for inadequate weight lossor if hyperkalemia develops

    Increase diuretics if weight loss 0.5 kg/day in patientswithout edema and >1 kg/day in those with edema

    Side effects

    Renal dysfunction, hyponatremia, hyperkalemia,encephalopathy, gynecomastia

    Management of Uncomplicated Ascites

    MANAGEMENT OF UNCOMPLICATED ASCITES: DIURETIC THERAPY

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    Case

    A 45 years old gentleman came to you withaltered sleep pattern. His son furtheradded that he is not good at business(Accounting).

    He does not remember the prices of variousgoods since 4 days. He is known case ofcirrhosis of liver and on diuretics(Furosemide40mg/day and spironolectone100mg / day). He responded very well andhis tummy size decreased very much.

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    Questions????

    Q1. What is the new problems

    arises in this patient?

    Q2. Will you continue diuretics?

    Q3. What laboratory test you will

    perform?

    TREATMENT OF REFRACTORY ASCITES

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    Treatment of Ascites

    Portal HypertensionNo ascites

    Uncomplicatedascites

    Refractory

    ascites

    Hepatorenalsyndrome

    DEFINITION AND TYPES OF REFRACTORY ASCITES

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    Definition and Types of Refractory

    Ascites

    Occurs in ~10% of cirrhotic patients

    Diuretic-intractable ascites

    Therapeutic doses of diuretics cannot be achievedbecause of diuretic-induced complications

    Diuretic-resistant ascites

    No response to maximal diuretic therapy (400 mg

    spironolactone + 160 mg furosemide/day)

    20%

    80%

    Arroyo et al. Hepatology 1996; 23:164

    PATIENTS WITH REFRACTORY ASCITES HAVE A WORSE SURVIVAL THAN PATIENTS WITH DIURETIC-RESPONSIVE ASCITES

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    Patients with Refractory Ascites Have AWorse Survival than Patients with Diuretic-

    Responsive Ascites

    Survival

    probability

    1.0

    .8

    .6

    .4

    .2

    0120 24 4836 60 8472

    Refractory ascites

    Non refractory ascites

    p

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    Ascites

    Albumin

    Activation ofneurohumora

    l systems

    Effectivearterial blood

    volume

    Cirrhosis

    Intrahepaticresistance

    Arteriolarresistance(vasodilation)

    Sinusoidalpressure

    Sodium andwater

    retention

    LVP+

    Effectivearterial blood

    volume

    Ascites

    MECHANISMS OF ACTION OF THE TRANSJUGULAR INTRAHEPATIC PORTOSYSTEMIC SHUNT IN THE MANAGEMENT OF ASCITES

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    Effectivearterial blood

    volume

    Sinusoidalpressure

    Activation ofneurohumora

    l systems

    Cirrhosis

    Intrahepaticresistance

    Arteriolarresistance(vasodilation)

    Ascites Sodium andwaterretention

    TIPSSinusoidalpressure

    Effectivearterial blood

    volume

    COMPARED TO LVP, TIPS IS ASSOCIATED WITH LESS ASCITES RECURRENCE BUT MORE ENCEPHALOPATHY

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    Compared to LVP, TIPS Reduces AscitesRecurrence But Increases Risk of

    Encephalopathy

    * Episodes/patient

    LVP TIPS

    p

    (n=35) (n=35)

    Recurrent ascites 11.7 2.7* 3.6 1.7

    0.003

    TIPS obstruction - 40%-

    Grade 3-4 PSE 0.5 0.02 1.1 0.02

    0.02Gines et al., Gastroenterology 2002; 123:1839

    SURVIVAL IS NOT DIFFERENT BETWEEN PATIENTS TREATED WITH LARGE-VOLUME PARACENTESIS (LVP) OR TRANSJUGULAR

    INTRAHEPATIC PORTOSYSTEMIC SHUNT (TIPS)

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    0 3 6 9 12 18 21 2415

    Months

    1

    0.2

    0.4

    0.6

    0.8

    Probabilit

    y of

    survival

    0

    Paracentesis and albumin

    TIPS

    p = 0.51

    Survival is Not Different BetweenPatients Treated With LVP or TIPS

    Gines et al., Gastroenterology 2002; 123:1839

    INTRAHEPATIC PORTOSYSTEMIC SHUNT (TIPS)

    META-ANALYSIS OF TIPS VS. LVP+ALBUMIN FOR REFRACTORY ASCITES

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    Survival (month 12)

    Encephalopathy

    Meta-Analysis of TIPS vs. LVP +Albumin for Refractory Ascites

    Deltenre et al., Liver International 2005; 25:349

    Ascites control (month 4)

    Ascites control (month 12)

    0 More with TIPSMore with LVP

    RiskDifference

    PERITONEO-VENOUS SHUNT (PVS) IS USEFUL IN THE TREATMENT OF REFRACTORY ASCITES

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    Peritoneo-Venous Shunt (PVS) isUseful in the Treatment of Refractory

    Ascites

    Use of jugular

    vein will hinder

    TIPS placement

    Intraabdominal

    adhesions may

    complicate liver

    transplant surgery

    One-way

    valve

    LARGE VOLUME PARACENTESIS (LVP) VS. PERITONEOVENOUS SHUNT (PVS) IN REFRACTORY ASCITES

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    Large Volume Paracentesis (LVP) vsPeritoneovenous Shunt (PVS) in

    Refractory Ascites

    LVP PVS p value

    Episodes of recurrent ascites 125 38

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    Treatment of Ascites

    HepatorenalSyndrome

    RefractoryAscites

    Uncomplicat

    edAscites

    PortalHypertension

    No Ascites

    1) LVP + albumin

    2) TIPS

    3) PVS (in non-TIPS, non-

    transplant candidates)

    LVP = large volume paracentesis

    TIPS = transjugular intrahepatic portosystemic shu

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    ASCITES II

    A 56 years old lady admitted to the hospital

    with increasing abdominal pain and fever for

    three days. She is K/C of HCV cirrhosis

    decompensated with ascites. On

    examination she has stigmata of chronic

    liver disease and tender abdomen. She is

    vitally stable and febrile.

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    1. What complication has this patient

    developed? What is the mechanism?

    3. How will you diagnose this

    complication?

    5. What is the treatment of this

    (immediate and long term)?

    SPONTANEOUS BACTERIAL PERITONITIS (SBP) COMPLICATES ASCITES AND CAN LEAD TO RENAL DYSFUNCTION

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    Spontaneous Bacterial Peritonitis (SBP)Complicates Ascites and Can Lead to Renal

    Dysfunction

    SBP

    HVPG >10 mmHgExtremeVasodilation

    HVPG >10 mmHg

    Severe Vasodilation

    HVPG >10 mmHgModerate Vasodilation

    HVPG

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    Bacterial Infections Are More Frequent inSevere Liver Disease

    Author n Child A Child B Child C

    Bleichner 149 3% 23% 48%(1986) *

    Kuo 2589 1% 5% 17%(1991)

    Yoshida 1140 3% 10% 27%

    (1993)

    * patients with GI hemorrhage

    S t B t i l P it iti (SBP) iSPONTANEOUS BACTERIAL PERITONITIS (SBP) IS THE MOST COMMON INFECTION IN CIRRHOTIC PATIENTS

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    Spontaneous Bacterial Peritonitis (SBP) isthe Most Common Infection in Cirrhotic

    Patients

    0

    25

    50

    75

    100

    125

    150

    UTI PneumoniaSBP

    Bacteremia

    Procedure-related

    Spontaneous

    #Hospitalize

    d cirrhotic

    patients

    Fernndez et al., Hepatology 2002; 35:140

    TYPES OF BACTERIA ISOLATED FROM HOSPITALIZED CIRRHOTIC PATIENTS

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    Types of Bacteria Isolated fromHospitalized Cirrhotic Patients

    0

    20

    40

    60

    80

    100Culture positive

    Gram (-) bacteria

    Gram (+) bacteria

    Both

    SBP UTI Pneumoni

    a

    Overall

    %

    Fernndez et al., Hepatology 2002; 35:140

    CLINICAL CHARACTERISTICS OF SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Clinical Characteristics of SpontaneousBacterial Peritonitis

    Fever

    Jaundice

    Confusion

    Hypotension

    Abdominal pain

    Abdominal tenderness

    No signs or symptoms

    %

    0 20 40 60 80 100

    MORTALITY ASSOCIATED WITH SBP HAS BEEN DECREASING BY EARLY DIAGNOSIS AND TREATMENT

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    Mortality Associated with SBP has beenDecreasing by Early Diagnosis and Treatment

    %Mortality

    100

    80

    40

    20

    0

    60

    1970s 1980s Early 90s Late 90s 2000s

    EARLY DIAGNOSIS OF SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Early Diagnosis of SBP

    Diagnostic paracentesis:

    If symptoms / signs of SBP occur

    Unexplained encephalopathy and / orrenal dysfunction

    At any hospital admission

    Diagnosis based on ascitic fluid

    PMN count >250/mm3

    Rimola et al., J Hepatol 2000; 32:142

    TREATMENT OF SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Treatment ofSpontaneous BacterialPeritonitis

    Recommended antibiotics for initial empirictherapy

    i.v. cefotaxime , ceftrioxone, amoxicillin-clavulanic acid

    oral ofloxacin (uncomplicated SBP) avoid aminoglycosides

    Minimum duration: 5 days

    Re-evaluation if ascitic fluid PMN count hasnot decreased by at least 25% after 2 days oftreatment

    Rimola et al., J Hepatol 2000; 32:142

    RENAL DYSFUNCTION IS A POOR PROGNOSTIC SIGN IN SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Renal Dysfunction is a Poor PrognosticSign in Spontaneous Bacterial Peritonitis

    Renal status N

    DeathsNo renal insufficiency 166 12 (7%)

    Renal insufficiency 65 27 (42%)

    Transient 21 1 (5%)

    Stable 26 8 (31%)

    Progressive 18 18 (100%)

    Follo et al. Hepatology 1994; 20:1945

    ALBUMIN DECREASES RENAL DYSFUNCTION AND SHORT-TERM MORTALITY IN SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Antibiotics Antibiotics +

    alone (n=63) albumin(n=63)

    p

    Resolution of SBP 93% 98%

    ns

    Renal dysfunction 32% 10%

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    Spontaneous Bacterial PeritonitisUse of Intravenous Albumin

    Albumin (plus antibiotics) is indicated if: BUN > 30 mg/dL

    creatinine > 1.0 mg/dL

    bilirubin > 4 mg/dL

    Albumin is not indicated in patients with apredicted 100% cure and survival:

    community-acquired SBP no GI hemorrhage

    no encephalopathy

    normal renal function

    SURVIVAL AFTER DEVELOPMENT OF SPONTANEOUS BACTERIAL PERITONITIS (SBP)

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    Survival After Development ofSpontaneous Bacterial Peritonitis

    Probability

    of survival

    (%)

    Months0

    1.0

    .8

    .4

    .2

    .6

    3 6 12 24 36

    0