Question

Difficulty: HardReduction of Risk Potential

A nurse is removing a central venous catheter from a client's subclavian vein. Immediately after the catheter is withdrawn, the client suddenly gasps for air, reports sharp chest pain, and becomes severely dyspneic and pale. Suspecting an air embolism, arrange the following nursing actions in the priority order they should be performed to reduce the risk of a fatal cardiopulmonary complication.

  1. 1Apply a sterile occlusive dressing firmly over the insertion site.
  2. 2Place the client in the left lateral Trendelenburg position.
  3. 3Administer 100% oxygen via a non-rebreather mask.
  4. 4Activate the rapid response system and notify the healthcare provider.
  5. 5Initiate continuous monitoring of vital signs and oxygen saturation.

Answer

The correct priority sequence is: first, apply a sterile occlusive dressing; second, position the client in the left lateral Trendelenburg position; third, administer 100% oxygen; fourth, activate the rapid response system; and finally, initiate continuous monitoring.
In the event of a suspected air embolism during central line removal, the nurse's immediate goal is risk reduction through sequential mechanical and physiological interventions. Applying an occlusive dressing stops further air entrainment. The left lateral Trendelenburg position then traps the air in the right ventricle, preventing a catastrophic pulmonary artery occlusion. High-flow oxygen is administered to treat tissue hypoxia and accelerate nitrogen resorption from the embolus. Only after these immediate, life-saving bedside steps are taken should the nurse activate the rapid response team, followed by continuous hemodynamic monitoring to evaluate the client's status.

Step-by-Step Solution

1
Apply a sterile occlusive dressing firmly over the insertion site.
Further air entry into the venous system is immediately halted.
Every second the site remains open allows more air to be entrained, rapidly worsening the embolus. Stopping the source is the immediate mechanical priority.
2
Place the client in the left lateral Trendelenburg position.
The air embolus is trapped in the apex of the right ventricle.
This specific position utilizes gravity to prevent the air from migrating into the pulmonary artery, which would cause an infarction and cardiopulmonary collapse.
3
Administer 100% oxygen via a non-rebreather mask.
Hypoxia is addressed and the size of the nitrogen-based air bubble begins to shrink.
High-flow oxygen creates a diffusion gradient that accelerates the resorption of nitrogen gas from the embolus into the bloodstream while treating tissue ischemia.
4
Activate the rapid response system and notify the healthcare provider.
Advanced medical assistance and diagnostic support are summoned to the bedside.
After stabilizing the client with immediate nursing interventions, advanced medical care is required for definitive treatment.
5
Initiate continuous monitoring of vital signs and oxygen saturation.
The client's physiological status is closely observed for further decompensation.
Ongoing assessment evaluates the effectiveness of the initial interventions and guides further resuscitation efforts by the medical team.

Key Concept

Emergency management and risk reduction of a central line-associated air embolism.
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