Question

Difficulty: MediumReduction of Risk Potential

An adult client with advanced hepatic cirrhosis has just been transferred back to the medical-surgical unit after a therapeutic paracentesis that removed 4.5 liters of ascitic fluid. To minimize the risk of severe physiological decompensation, which of the following nursing actions should be included in the client's immediate plan of care? Select all that apply.

  1. Administer the prescribed intravenous albumin infusion over the next several hours.Answer
  2. Assess the client closely for a narrowing pulse pressure, restlessness, and an increasing heart rate.Answer
  3. Inspect the abdominal puncture site frequently for evidence of continuous fluid leakage or bleeding.Answer
  4. D
    Place the client in the Trendelenburg position if the systolic blood pressure drops below baseline.
  5. E
    Attribute a sustained resting heart rate of 118 beats per minute primarily to procedure-related pain.
  6. F
    Delegate the initial post-procedure vital sign assessments and mental status checks to an unlicensed assistive personnel (UAP).

Answer

The correct actions are to administer the prescribed intravenous albumin, closely assess for early signs of hypovolemic shock (such as narrowing pulse pressure and tachycardia), and frequently inspect the puncture site for bleeding or leakage.
Removing large amounts of ascitic fluid rapidly decreases abdominal pressure, causing blood vessels to suddenly expand and fluid to shift out of the intravascular space. This places the client at a severe risk for hypovolemic shock. Administering albumin replaces oncotic pressure to hold fluid in the vessels. Monitoring for a narrowing pulse pressure and tachycardia allows the nurse to catch shock in its early compensatory phase. Checking the puncture site ensures that the client is not actively bleeding or losing further fluid.

Step-by-Step Solution

1
Analyze the procedure and its physiological impact.
The client had a large-volume paracentesis (4.5 liters), which significantly rapidly decreases intra-abdominal pressure.
Understanding the rapid fluid shift helps anticipate potential systemic complications.
2
Identify the primary risks associated with this rapid fluid shift.
The main risks are profound hypotension, hypovolemic shock, and fluid leaking out of the intravascular space into the peritoneal cavity.
Identifying the risks allows the nurse to select interventions that directly mitigate them.
3
Evaluate the nursing actions against the identified risks.
Administering albumin prevents fluid shifts. Monitoring vital signs detects early shock. Checking the site prevents bleeding complications. Conversely, Trendelenburg positioning impairs breathing, delegating to a UAP is unsafe for unstable clients, and dismissing tachycardia ignores early shock indicators.
This confirms which interventions are safe and effective, and which are contraindicated.

Key Concept

Post-procedure Hemodynamic Monitoring and Complication Prevention
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