A client recovering in the intensive care unit following a percutaneous coronary intervention (PCI) and stent placement is receiving an IV infusion of tirofiban and has a compression device on the right inguinal PCI access site. When the client reports pain at the PCI access site, which action should the nurse take?
Administer an IV narcotic analgesic.
Adjust compression device until client is comfortable.
Turn the client to a left side-lying position.
Assess the femoral PCI access site for a hematoma.
The Correct Answer is D
Choice A reason: Administering an IV narcotic masks pain without addressing its cause. Pain at the PCI site may indicate hematoma or arterial injury, common post-PCI due to vessel trauma and tirofiban’s antiplatelet effects. Assessing the site identifies bleeding, critical to prevent complications like hemorrhage before providing analgesia.
Choice B reason: Adjusting the compression device without assessment risks worsening a hematoma, as excessive pressure impairs flow, while insufficient pressure fails to control bleeding. Tirofiban increases bleeding risk. Assessing for hematoma ensures proper management, preventing vascular complications, making adjustment premature without confirming the pain’s cause.
Choice C reason: Turning to a left side-lying position does not address PCI site pain, potentially from hematoma or arterial injury. Post-PCI, supine positioning minimizes site stress. Assessing for hematoma, exacerbated by tirofiban’s anticoagulation, is critical to detect bleeding, preventing complications like retroperitoneal hemorrhage over positional changes.
Choice D reason: Assessing the femoral PCI site for hematoma is essential, as pain may indicate bleeding, common post-PCI with tirofiban’s platelet inhibition. Hematoma can compress vessels, causing ischemia or rupture, requiring urgent intervention like compression or surgery. This addresses the pathophysiological risk, ensuring vascular stability and patient safety.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Elevating the hand reduces edema, potentially improving circulation, but is premature without assessing the absent radial pulse’s cause. Post-fracture, compartment syndrome or arterial injury risks ischemia. Neurovascular assessment identifies severity, guiding targeted interventions to restore perfusion, making elevation secondary to assessment.
Choice B reason: Measuring blood pressure and heart rate provides systemic data but not localized insight into the absent radial pulse, likely from arterial compression post-surgery. Neurovascular assessment evaluates limb perfusion, detecting compartment syndrome or occlusion, critical for urgent intervention to prevent tissue necrosis.
Choice C reason: Completing a neurovascular assessment evaluates pulse, color, warmth, sensation, and movement. Absent radial pulse post-fracture suggests compartment syndrome or arterial injury, risking ischemia. This confirms vascular compromise, guiding interventions like fasciotomy, addressing the pathophysiological threat to limb viability, ensuring timely treatment.
Choice D reason: Notifying the provider follows assessment. Absent radial pulse suggests compartment syndrome, where swelling impairs arterial flow. Neurovascular assessment quantifies severity (e.g., pallor, paresthesia), ensuring accurate reporting for urgent intervention, preventing delays in treating vascular compromise critical to limb preservation.
Correct Answer is D
Explanation
Choice A reason: Ensuring oxygen and medications manages exacerbations in asthma, bronchitis, and emphysema, where airway inflammation obstructs breathing. These treat symptoms, not prevent infections. Vaccines reduce influenza and pneumococcus, major exacerbation triggers, providing specific immunity to prevent severe respiratory infections, making them a higher priority.
Choice B reason: Using tissues and handwashing reduces infection spread but is less effective than vaccines for preventing exacerbations in chronic lung diseases. Influenza and pneumococcus trigger severe bronchoconstriction or inflammation. Vaccines offer targeted protection against these pathogens, prioritizing prevention over general hygiene in high-risk clients.
Choice C reason: Avoiding crowded areas in colder months reduces viral exposure, which can exacerbate asthma or COPD via inflammation. Vaccines are more effective, providing specific immunity against influenza and pneumococcus, the most common triggers of severe exacerbations, making this less critical than vaccination for preventing respiratory complications.
Choice D reason: Annual flu and PPSV23 vaccines are critical for asthma, bronchitis, and emphysema, as these conditions increase severe infection risk. Influenza and pneumococcus trigger exacerbations via airway inflammation, risking hospitalization. Vaccines stimulate antibody production, reducing infection severity, making them the top preventive measure for chronic lung disease management.
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