The nurse is caring for a client who is admitted with a diagnosis of a thyroid storm. Which of the following orders would the nurse question?
Prednisolone
Aspirin
Diazepam
Metoprolol
The Correct Answer is B
Choice A reason: Prednisolone reduces inflammation and thyroid hormone production in thyroid storm, stabilizing metabolism, a standard adjunct, so this order is appropriate.
Choice B reason: Aspirin displaces thyroid hormone from proteins, worsening hyperthyroidism in thyroid storm, risking increased T3/T4 effects, so it’s contraindicated and questionable.
Choice C reason: Diazepam controls agitation and seizures in thyroid storm’s hypermetabolic state, calming the nervous system, making it a suitable order here.
Choice D reason: Metoprolol blocks beta-adrenergic effects, slowing heart rate in thyroid storm’s tachycardia, a critical intervention, so this order is clinically sound.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Hypoparathyroidism lowers PTH, reducing phosphorus excretion, raising serum levels as kidneys reabsorb more, while calcium drops, a classic imbalance.
Choice B reason: Calcium decreases in hypoparathyroidism due to low PTH, impairing bone resorption and gut absorption, opposite to being high, so this is incorrect.
Choice C reason: Magnesium isn’t directly regulated by PTH; hypoparathyroidism doesn’t consistently elevate it, staying normal unless other factors intervene.
Choice D reason: Potassium is unaffected by hypoparathyroidism, controlled by aldosterone and kidneys, not PTH, so it doesn’t rise with this condition.
Correct Answer is B
Explanation
Choice A reason: pH 7.53 and low CO2 (32) indicate respiratory alkalosis from hyperventilation, not typical in chest trauma where breathing is impaired. HCO3 (24) is normal, showing no compensation yet, misaligning with trauma physiology.
Choice B reason: pH 7.30, high CO2 (52), and near-normal HCO3 (22) reflect respiratory acidosis from hypoventilation in chest trauma, like rib fractures, reducing air exchange. Compensation is minimal acutely, fitting the clinical scenario.
Choice C reason: pH 7.49 and low CO2 (30) suggest respiratory alkalosis, while low HCO3 (14) indicates metabolic compensation. This doesn’t match chest trauma’s ventilatory restriction, which elevates CO2 instead.
Choice D reason: pH 7.26, CO2 (45), and low HCO3 (18) show mixed acidosis. Chest trauma primarily causes respiratory acidosis from CO2 retention, not a significant metabolic drop acutely, making this less precise.
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