The nurse is caring for a client who had a central venous catheter placed in the right subclavian vein. Approximately 30 minutes after placement the client has become increasingly restless, has jugular vein distention, and a heart rate of 120 beats per minute. The nurse would assess for which possible complication?

A. Call for the rapid response team and request a portable chest X-ray: While calling for assistance and obtaining a chest X-ray is important for further assessment, the immediate priority is to secure the wound to prevent air from entering the pleural space. This action will help stabilize the patient until the rapid response team arrives and the X-ray can be performed.

B. Turn the suction drainage system off and auscultate breath sounds: Turning off the suction and auscultating breath sounds may be necessary after the wound is secured, but these actions should not take priority over sealing the chest tube site. The focus at this moment is to prevent a tension pneumothorax by sealing the dislodged chest tube site. Auscultation of breath sounds is useful afterward to assess for respiratory complications, but it is not the first action to take.

C. Apply a sterile dressing and tape on three sides: The first action when a chest tube becomes accidentally dislodged is to seal the opening to prevent air from entering the pleural space, which could lead to a pneumothorax (collapsed lung). Applying a sterile dressing and taping it on three sides helps create a temporary one-way valve effect, allowing air to escape from the pleural space but preventing further air from being drawn in. This intervention is crucial to stabilize the patient while awaiting further evaluation and intervention.

D. Notify the healthcare provider immediately: Notifying the healthcare provider is essential, but it is not the first action. The most important initial step is to seal the chest tube site to prevent further complications. After the dressing is applied, the nurse can then notify the healthcare provider and continue to monitor the patient.

A. Weighing the client at the same time every day:
While daily weights are important for monitoring fluid status (especially in patients at risk for heart failure or fluid retention), it is not the highest priority in the immediate post-MI period. Weighing the client daily can be useful to track fluid accumulation, but addressing the client’s pain management and oxygenation needs takes precedence in the acute phase of an MI.

B. Assuring hourly urine output of at least 25 mL per hour:
Maintaining adequate urine output (typically around 30 mL per hour) is important to assess renal perfusion and fluid balance, especially if the patient is at risk for renal insufficiency or cardiogenic shock. However, this is not the highest priority immediately following an MI. The first priority is managing the oxygen supply to the heart, and addressing pain and reducing myocardial oxygen demand is more crucial in the acute phase to prevent further damage.

C. Maintaining strict bedrest for the first 24 hours:
Strict bedrest may have been a common practice in the past for patients following an MI, but current guidelines emphasize early mobilization and gradual activity as tolerated to prevent complications like deep vein thrombosis (DVT), pulmonary embolism (PE), and muscle deconditioning. While some degree of rest may be necessary immediately after an MI, the priority is to control pain and reduce oxygen demand, not strictly maintain bedrest. Prolonged immobility is not recommended in the modern management of MI unless there are specific contraindications.

D. Providing pain control and reducing oxygen demand is the most critical intervention in the acute phase of an anterior wall MI. Effective pain relief helps to reduce sympathetic stimulation, which decreases heart rate, blood pressure, and myocardial oxygen demand, preventing further myocardial injury and improving outcomes. This is essential for stabilizing the client early in their post-MI course.