A client is scheduled to receive peritoneal dialysis. Which of the following is the highest priority action that the nurse should perform before starting dialysis?
Weigh the client
Place the client in high Fowler’s position
Administer pain medications
Place the client in Trendelenburg position
The Correct Answer is A
Choice A reason: Weighing assesses fluid status pre-dialysis, guiding ultrafiltration goals in peritoneal dialysis to remove excess fluid safely, the priority for efficacy and safety.
Choice B reason: High Fowler’s aids breathing but isn’t critical pre-dialysis; semi-Fowler’s is used during, not before, making this secondary to weight assessment.
Choice C reason: Pain medication eases discomfort during dialysis but isn’t the priority; weight determines fluid removal needs first, ensuring treatment accuracy.
Choice D reason: Trendelenburg position aids hypotension, not routine pre-dialysis preparation, irrelevant to starting peritoneal dialysis compared to weight’s foundational role.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: Nasogastric suction removes gastric acid (HCl), reducing hydrogen ions, raising pH, and causing metabolic alkalosis, a common post-surgical complication here.
Choice B reason: Panic attacks cause respiratory alkalosis from hyperventilation, lowering CO2, not metabolic alkalosis, which involves base excess, unrelated to this ABG.
Choice C reason: ESRD typically causes metabolic acidosis from acid retention, not alkalosis, as kidneys fail to excrete hydrogen, opposing this patient’s ABG findings.
Choice D reason: Epidural catheters manage pain with analgesics, not affecting acid-base balance or causing metabolic alkalosis, irrelevant to the ABG shift observed.
Correct Answer is D
Explanation
Choice A reason: Renin, from the kidneys, regulates blood pressure via angiotensin, not a thyroid product, unrelated to its metabolic or calcium functions.
Choice B reason: BNP, secreted by the heart, reduces volume overload in heart failure, not a thyroid hormone, distinct from its endocrine role.
Choice C reason: Erythropoietin, from kidneys, stimulates red blood cell production, not produced by the thyroid, which focuses on metabolism and calcium.
Choice D reason: Calcitonin, from thyroid parafollicular cells, lowers blood calcium by inhibiting bone resorption, a key thyroid hormone alongside T3/T4.
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