A nurse is caring for a client with acute pancreatitis in the ICU. The client develops sudden dyspnea and oxygen saturation of 85%. Which intervention should the nurse prioritize?
Administer IV corticosteroids
Initiate high-flow oxygen therapy
Prepare for endoscopic retrograde cholangiopancreatography (ERCP)
Increase IV fluid rate
The Correct Answer is B
Choice A reason: IV corticosteroids reduce inflammation in conditions like autoimmune pancreatitis, but they do not address acute hypoxemia. Sudden dyspnea and low oxygen saturation (85%) in acute pancreatitis suggest complications like ARDS or pleural effusion, requiring immediate oxygenation. Corticosteroids act slowly and are not the priority for correcting life-threatening hypoxia in this scenario.
Choice B reason: Sudden dyspnea and oxygen saturation of 85% indicate acute hypoxemia, potentially from ARDS or pulmonary complications in pancreatitis. High-flow oxygen therapy increases alveolar oxygen, improving arterial PaO2 and preventing tissue hypoxia. The ABCDE approach prioritizes breathing, making this the first intervention to stabilize the client before addressing underlying causes.
Choice C reason: ERCP diagnoses or treats pancreatic duct obstructions, a potential cause of pancreatitis, but it does not address immediate hypoxemia. Dyspnea and low saturation require urgent oxygen delivery to prevent organ damage. ERCP is a diagnostic or therapeutic procedure, not an acute intervention for respiratory distress in this critical scenario.
Choice D reason: Increasing IV fluid rate supports hydration and perfusion in pancreatitis, preventing hypovolemia. However, it does not correct acute hypoxemia causing dyspnea and low saturation. The ABCDE approach prioritizes breathing, and high-flow oxygen is needed to address the immediate threat of hypoxia, making fluid adjustment a secondary intervention.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Pain medication is important for burn patients due to severe pain from exposed nerve endings. However, in the ABCDE approach, circulation (fluid status) takes precedence over pain management. A 30% burn causes significant fluid loss, risking hypovolemic shock, making IV fluids the priority to stabilize the patient before addressing pain.
Choice B reason: A 30% burn injury to the lower extremities causes significant plasma leakage, leading to hypovolemia and potential shock. Administering IV fluids, typically via the Parkland formula, restores intravascular volume, maintains blood pressure, and ensures organ perfusion. In the ABCDE approach, circulation is prioritized, making fluid resuscitation the first intervention.
Choice C reason: Cleaning and dressing burn wounds prevent infection, a major complication due to loss of the skin barrier. However, this is not the immediate priority in the acute phase. Fluid resuscitation addresses life-threatening hypovolemia first, as per the ABCDE approach, ensuring circulatory stability before wound care is initiated.
Choice D reason: A tetanus booster prevents infection from Clostridium tetani, especially in contaminated burns. While important, it is not the first priority in the acute management of a 30% burn. Fluid resuscitation addresses immediate life-threatening hypovolemia, which takes precedence over prophylactic measures like tetanus vaccination in the ABCDE framework.
Correct Answer is A
Explanation
Choice A reason: Deep partial- and full-thickness burns to the neck and chest risk airway edema due to thermal injury, leading to obstruction. The resuscitation phase prioritizes the ABCDE approach, with airway as the first concern. Ensuring a patent airway via assessment or intubation prevents respiratory arrest, making this the most critical intervention.
Choice B reason: Pain medication is essential for burn patients due to severe pain from nerve exposure, but it is not the priority in the resuscitation phase. The ABCDE approach places airway and breathing above pain management. Airway compromise from neck burns can be fatal, making pain control secondary to airway patency.
Choice C reason: Inserting an indwelling urinary catheter monitors urine output, critical for assessing fluid resuscitation in burns. However, in the ABCDE approach, airway takes precedence over circulation monitoring. Neck and chest burns risk rapid airway obstruction, making catheter insertion a secondary intervention after ensuring airway and breathing are stable.
Choice D reason: Fluid resuscitation is vital in burns to correct hypovolemia from plasma leakage, but it follows airway and breathing in the ABCDE approach. Neck and chest burns pose an immediate airway threat due to edema, requiring prioritization of airway patency to prevent respiratory failure before addressing circulatory needs.
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