The nurse is caring for a client with a new tracheostomy. Which action is most important to include in the client’s plan of care?
Change the tracheostomy ties every 48 hours.
Suction the tracheostomy every 2 hours routinely.
Assess airway patency every shift.
Clean the inner cannula with hydrogen peroxide daily.
The Correct Answer is C
Choice A reason: Changing tracheostomy ties every 48 hours maintains hygiene but is less critical than airway patency. Ties secure the tube, but obstruction from mucus or dislodgement risks respiratory failure. Regular patency checks ensure airflow, addressing the primary physiological need for oxygenation in tracheostomy care.
Choice B reason: Routine suctioning every 2 hours is unnecessary unless secretions obstruct the airway. Over-suctioning risks mucosal trauma or hypoxia. Assessing patency ensures the airway remains clear, guiding suctioning as needed, prioritizing respiratory function in tracheostomy clients over arbitrary suction schedules.
Choice C reason: Assessing airway patency every shift is critical, as tracheostomy tubes risk obstruction from mucus or dislodgement, causing respiratory distress. Regular checks confirm airflow, preventing hypoxia, addressing the physiological priority of oxygenation. This ensures timely intervention, maintaining airway integrity in clients with artificial airways.
Choice D reason: Cleaning the inner cannula daily prevents infection but is secondary to airway patency. Obstruction from secretions or tube displacement causes immediate respiratory failure. Patency assessment ensures airflow, guiding cleaning as needed, making it more urgent than routine cannula maintenance in tracheostomy care.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Monitoring the metabolic panel detects antibiotic side effects like renal toxicity, but this is ongoing. Collecting blood cultures first identifies the HAP pathogen, ensuring targeted therapy. Premature antibiotics may obscure results, leading to resistance, making cultures more urgent for effective treatment of this nosocomial infection.
Choice B reason: Nebulizer treatments aid airway clearance in HAP, but identifying the pathogen via cultures is critical before antibiotics. Ineffective therapy delays recovery, as bacteria proliferate in mucus. Cultures guide precise antibiotic selection, reducing resistance risk, making this less immediate than obtaining microbiological data.
Choice C reason: Collecting blood cultures before antibiotics identifies the HAP pathogen (e.g., MRSA) and its sensitivity, critical for tailoring therapy. Broad-spectrum antibiotics can yield false-negative cultures, complicating treatment. This ensures accurate diagnosis, optimizing outcomes in severe infections, addressing the microbiological basis of HAP management.
Choice D reason: Reviewing chest x-ray confirms HAP with infiltrates but does not guide immediate antibiotic therapy. Cultures are urgent to identify the pathogen before antibiotics, as x-rays are non-specific and already documented. Cultures ensure pathogen-specific treatment, critical for combating hospital-acquired infections effectively.
Correct Answer is C
Explanation
Choice A reason: Continuing heparin at aPTT 120 seconds is unsafe, as it exceeds the therapeutic range (38–88 seconds), indicating excessive anticoagulation. This risks bleeding, as heparin enhances antithrombin, inhibiting clotting factors. Stopping and notifying the provider prevents hemorrhage, making continuation dangerous for this DVT client.
Choice B reason: Increasing heparin is contraindicated with aPTT 120 seconds, far above therapeutic (38–88 seconds). Excessive anticoagulation from heparin’s antithrombin activation heightens bleeding risk. Stopping the infusion and notifying the provider corrects over-anticoagulation, preventing complications like hematoma, making an increase harmful and inappropriate.
Choice C reason: Stopping heparin and notifying the provider is critical at aPTT 120 seconds, indicating over-anticoagulation. Heparin’s inhibition of clotting factors increases bleeding risk in DVT treatment. Halting infusion prevents hemorrhage, and provider notification ensures dose adjustment or reversal, addressing the pathophysiological risk effectively and promptly.
Choice D reason: Administering protamine sulfate reverses heparin but requires provider order, as aPTT 120 seconds indicates high bleeding risk. Stopping infusion first prevents further anticoagulation, and notifying the provider ensures guided reversal, avoiding premature protamine use, which risks anaphylaxis or thrombosis, making this less immediate.
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