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Free Practice Quiz Question List

5 Ascites Online Quiz Questions

Use this free practice quiz with 20 questions to review 5 Ascites, test your knowledge, and prepare for your next test or exam.

20 questions
01
True or false
1 point

A patient with cirrhosis and ascites is emergently hospitalized but has no fever or abdominal pain. Diagnostic paracentesis should still be considered promptly.

  1. A

    True

  2. B

    False

02
Fill in the blank
1 point

When ascitic-fluid infection is suspected, collect the culture before starting .

03
Choose all
1 point

Which measures are consistent with usual first-line management of moderate cirrhotic ascites? Select all that apply.

  1. A

    Use moderate dietary sodium restriction, about 2 g of sodium daily

  2. B

    Use diuretics, commonly spironolactone with or without a loop diuretic

  3. C

    Avoid monitoring kidney function and electrolytes once diuretics are started

  4. D

    Monitor weight, kidney function, and serum sodium and potassium

04
Fill in the blank
1 point

The commonly used diagnostic threshold for SBP is an ascitic-fluid polymorphonuclear leukocyte count of at least cells/mm³.

05
Choose one
1 point

A patient has a high SAAG. Which additional ascitic-fluid result would support a cardiac contribution to the ascites?

  1. A

    Low ascitic-fluid protein, which confirms a cardiac cause

  2. B

    Relatively high ascitic-fluid protein, which supports a cardiac contribution

  3. C

    High ascitic-fluid glucose, which confirms portal hypertension

  4. D

    Low serum albumin, which rules out a cardiac contribution

06
Written response
1 point

A patient's serum albumin is 3.0 g/dL3.0\,\text{g/dL} and ascitic-fluid albumin is 1.5 g/dL1.5\,\text{g/dL}. Calculate the SAAG as serum albumin minus ascitic-fluid albumin. Enter the numeric value in g/dL only.

07
Written response
1 point

When more than 5 L of ascites is removed, albumin replacement is described at a dose range of 6–8 g per liter removed. What is the lower endpoint of that dose range? Enter the numeric dose only.

08
Choose all
1 point

A patient with cirrhosis and ascites deteriorates clinically. Which complications should be considered? Select all that apply.

  1. A

    Spontaneous bacterial peritonitis or another infection

  2. B

    Acute kidney injury, including hepatorenal syndrome

  3. C

    Hyponatremia

  4. D

    Hepatic encephalopathy

09
True or false
1 point

Fluid restriction is generally required for every patient with cirrhotic ascites, even when clinically important hyponatremia is absent.

  1. A

    True

  2. B

    False

10
Choose one
1 point

A patient with refractory ascites is being assessed for a possible TIPS procedure. Which complication is a particular concern because TIPS can increase its risk?

  1. A

    Spontaneous bacterial peritonitis

  2. B

    Hyponatremia

  3. C

    Hepatic encephalopathy

  4. D

    Pancreatic disease

11
Written response
1 point

During large-volume paracentesis, albumin replacement is recommended when the volume removed exceeds what threshold? Enter the numeric threshold in liters only.

12
Open ended
1 point

A patient's ascites recurs despite appropriate sodium restriction and diuretic therapy. Describe the key reassessments and management options that may be appropriate, including broader care considerations.

13
Choose one
1 point

A patient with tense ascites undergoes large-volume paracentesis. In which circumstance is albumin replacement recommended to reduce post-paracentesis circulatory dysfunction?

  1. A

    More than 5 L is removed

  2. B

    Any amount of fluid is removed

  3. C

    Only when fever develops after the procedure

  4. D

    Only when ascitic-fluid protein is high

14
True or false
1 point

A patient with cirrhotic ascites has no clinically important hyponatremia. True or false: fluid restriction is generally required in addition to sodium restriction and diuretic therapy.

  1. A

    True

  2. B

    False

15
Written response
1 point

A patient's serum albumin is 3.0 g/dL and ascitic-fluid albumin is 1.5 g/dL. Calculate the serum–ascites albumin gradient (SAAG).

16
Choose one
1 point

A patient's ascites has a high SAAG and relatively high ascitic-fluid total protein, greater than 2.5 g/dL. Which interpretation is best supported?

  1. A

    It establishes cirrhosis as the cause without need for clinical context.

  2. B

    It supports a cardiac contribution, but is not a stand-alone diagnosis.

  3. C

    It rules out portal hypertension as a contributor.

  4. D

    It confirms spontaneous bacterial peritonitis.

17
Choose one
1 point

A patient with cirrhosis has newly identified ascites that is accessible for sampling. Which initial diagnostic approach best evaluates its cause and screens for complications?

  1. A

    Begin diuretics and defer fluid testing unless the ascites returns.

  2. B

    Measure ascitic-fluid protein only; serum testing is not needed.

  3. C

    Perform diagnostic paracentesis and test cell count and differential, albumin, and total protein, with a simultaneous serum albumin.

  4. D

    Obtain a culture only, because other fluid tests do not help classify ascites.

18
Choose one
1 point

A patient with cirrhosis and ascites is emergently hospitalized but has no fever or abdominal pain. What is the most appropriate approach to diagnostic paracentesis?

  1. A

    Consider prompt diagnostic paracentesis; absence of fever or pain does not exclude a serious complication.

  2. B

    Defer paracentesis unless fever or abdominal pain develops.

  3. C

    Use ultrasound alone to rule out infection.

  4. D

    Start diuretics and perform paracentesis only if the ascites worsens.

19
Choose one
1 point

A patient's ascitic-fluid polymorphonuclear leukocyte count is 320 cells/mm³. Which interpretation and next step are most appropriate?

  1. A

    The count is below the SBP threshold; wait for culture results before deciding on treatment.

  2. B

    The count suggests hyponatremia; restrict fluids immediately.

  3. C

    The count confirms a cardiac cause; begin diuretics without further assessment.

  4. D

    The count meets the SBP threshold; obtain appropriate cultures and start empiric antibiotics promptly.

20
Choose one
1 point

A patient has tense ascites causing substantial discomfort. Which treatment and albumin plan best fit the usual approach?

  1. A

    Restrict fluids alone; paracentesis should be avoided in tense ascites.

  2. B

    Use large-volume paracentesis; give albumin when more than 5 L is removed.

  3. C

    Use diuretics alone and give albumin only if less than 5 L is removed.

  4. D

    Perform paracentesis only after confirming spontaneous bacterial peritonitis.