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Zorluk: OrtaReduction of Risk Potential

A client with hepatic cirrhosis and severe ascites undergoes a therapeutic paracentesis, resulting in the removal of 4.5 liters of peritoneal fluid. Thirty minutes after the procedure, the client's heart rate increases from 84 to 118 bpm, and blood pressure decreases from 128/74 to 92/56 mm Hg. Which action should the nurse implement first to mitigate the risk of a life-threatening complication?

  1. Initiate the administration of a prescribed intravenous albumin infusionCevap
  2. B
    Elevate the head of the bed to a high-Fowler's position and dangle the client's legs
  3. C
    Analyze the client's most recent arterial blood gas results for signs of respiratory alkalosis
  4. D
    Perform deep abdominal palpation starting at the puncture site to assess for internal hemorrhage

Cevap

The nurse should immediately initiate the administration of prescribed intravenous albumin to expand intravascular volume and prevent hypovolemic shock.
The rapid removal of large volumes of ascitic fluid during a paracentesis significantly alters intra-abdominal pressure. This change often causes a rapid, compensatory shift of fluid from the intravascular space back into the peritoneal cavity or splanchnic vascular bed. This complication, known as post-paracentesis circulatory dysfunction, manifests clinically as hypovolemia (evidenced by tachycardia and hypotension). Intravenous albumin is a hypertonic colloid that increases intravascular oncotic pressure. Administering it pulls fluid back into the blood vessels, effectively restoring circulating volume and preventing life-threatening hypovolemic shock.

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1
Analyze the clinical data
The client exhibits sudden tachycardia and hypotension shortly after the removal of a large volume of ascitic fluid.
Identifying these acute vital sign trends is crucial for recognizing impending post-paracentesis circulatory dysfunction.
2
Determine the underlying physiological cause
The rapid removal of peritoneal fluid causes a sudden decrease in intra-abdominal pressure, leading to a massive fluid shift from the intravascular space into the abdomen (hypovolemia).
Understanding the fluid shift mechanism guides the selection of the most appropriate hemodynamic intervention.
3
Select the priority intervention
Administering intravenous albumin is the priority action over positioning changes or further diagnostic assessment.
Albumin is a colloid that rapidly increases intravascular oncotic pressure, pulling fluid back into the blood vessels to stabilize blood pressure and perfusion.

Anahtar Kavram

Post-paracentesis circulatory dysfunction and intravascular volume replacement
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