The nurse is securing a tracheostomy tube for a client post-procedure. Which action should the nurse take to ensure proper tracheostomy care?
Remove ties to secure a disposable, soft foam collar with hook and loop fastener
Secure tracheostomy ties by making knots close to the tube
Leave the old ties in place until the new ones are secure
Place knots of the ties lateral to prevent irritation and pressure
The Correct Answer is C
Choice A reason: Using a soft foam collar may reduce skin irritation but risks dislodging the tracheostomy tube if not secured properly. Leaving old ties in place until new ones are secure ensures tube stability, preventing accidental decannulation, which is critical in early tracheostomy care.
Choice B reason: Knots close to the tracheostomy tube increase pressure on the skin, risking irritation or necrosis. This is incorrect, as ties should allow slight movement. Maintaining old ties until new ones are secure prevents tube displacement, prioritizing airway safety during the procedure.
Choice C reason: Leaving old ties in place until new ones are secure prevents tracheostomy tube dislodgement, a life-threatening risk. This ensures continuous airway patency during tie changes, especially in fresh tracheostomies, making it the safest and most critical action to maintain tube stability.
Choice D reason: Placing knots laterally reduces irritation but does not address the risk of tube dislodgement during tie changes. Keeping old ties in place until new ones are secure is the priority, as it ensures the tube remains stable, preventing airway compromise.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Neutropenia, a low neutrophil count, is a common chemotherapy side effect due to bone marrow suppression, increasing infection risk. Monitoring neutrophil counts is critical, as infections in breast cancer patients can be life-threatening, making it the priority side effect to assess.
Choice B reason: Hypertension is not a typical chemotherapy side effect, though some agents cause cardiovascular effects. Neutropenia is more common, compromising immunity, making it the priority to monitor, as infections pose an immediate threat in breast cancer patients on chemotherapy.
Choice C reason: Hyperkalemia is rare with chemotherapy, except in tumor lysis syndrome. Neutropenia is a frequent side effect, increasing infection risk due to marrow suppression, making it the priority to monitor, as it directly impacts patient safety during breast cancer treatment.
Choice D reason: Weight gain is not a primary chemotherapy side effect; weight loss is more common due to nausea. Neutropenia is critical to monitor, as low neutrophils increase infection risk, requiring urgent intervention in breast cancer patients undergoing chemotherapy.
Correct Answer is B
Explanation
Choice A reason: HIV does not primarily cause a deficiency in antibody production. B-cells produce antibodies, but HIV targets CD4 T-cells, impairing their ability to activate B-cells. This indirectly reduces antibody effectiveness, but the primary mechanism is T-cell destruction, not a direct antibody production deficit, making this incorrect.
Choice B reason: HIV infects and destroys helper T-cells (CD4 cells), critical for coordinating immune responses. By reducing CD4 cell counts, HIV impairs activation of B-cells and cytotoxic T-cells, leading to immune suppression. This is the primary mechanism of AIDS-related immune deficiency, making it the correct explanation for HIV pathology.
Choice C reason: Proliferation of suppressor T-cells (regulatory T-cells) is not a primary HIV mechanism. HIV depletes CD4 cells, not suppressor T-cells, which modulate immune responses. While immune dysregulation occurs, the hallmark is CD4 destruction, not suppressor T-cell proliferation, making this an inaccurate description of HIV’s action.
Choice D reason: HIV does not increase B-lymphocyte numbers. It impairs B-cell function indirectly by destroying CD4 cells, which are needed to activate B-cells for antibody production. B-cell hyperactivity may occur in early HIV, but the primary immune suppression results from CD4 cell loss, not B-cell proliferation.
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