Following a ureterolithotomy, the client has a ureteral catheter in place. Which intervention should the nurse implement?
Evaluate amount of urinary output hourly.
Clamp the catheter for 5 minutes hourly.
Secure the ureteral catheter to the client’s leg.
Report urine leakage around ureteral catheter.
The Correct Answer is D
Choice A reason: Evaluating urinary output hourly monitors renal function post-ureterolithotomy, as obstruction or complications may reduce output. However, urine leakage around the catheter suggests dislodgement or ureteral injury, risking peritonitis or infection. Reporting leakage is more urgent, as it indicates a critical catheter malfunction requiring immediate medical attention.
Choice B reason: Clamping the ureteral catheter risks obstructing urine flow, increasing pressure and causing ureteral damage or reflux, potentially leading to hydronephrosis or infection. Leakage around the catheter is a more pressing issue, indicating possible perforation or displacement, necessitating urgent reporting to prevent severe complications.
Choice C reason: Securing the catheter prevents dislodgement but is routine. Urine leakage suggests a critical issue like catheter malfunction or ureteral injury, which could cause peritonitis or fistula. Reporting leakage takes precedence, as it addresses a potentially life-threatening complication, ensuring timely intervention over standard catheter care.
Choice D reason: Reporting urine leakage is critical, as it may indicate catheter displacement or ureteral perforation, risking peritonitis or infection. Leakage suggests the catheter fails to drain urine properly, a serious post-surgical issue requiring immediate assessment, potentially via imaging or surgical correction, to prevent renal or systemic complications.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Observing chest wall shape assesses for abnormalities like barrel chest, not tactile fremitus. Fremitus involves feeling vocal vibrations, increased in pneumonia due to consolidated lung tissue. Visual inspection does not evaluate vibration transmission, making it irrelevant for assessing fremitus in suspected pneumonia.
Choice B reason: Tactile fremitus is assessed by placing the palm on the chest while the client speaks, feeling vibrations through consolidated lung tissue in pneumonia. Fluid-filled alveoli enhance sound transmission, increasing fremitus. This directly evaluates lung pathology, confirming consolidation, critical for diagnosing pneumonia’s extent and severity.
Choice C reason: Using a stethoscope assesses breathing sounds like crackles, not tactile fremitus, which requires palpation of vocal vibrations. While breath sounds aid pneumonia diagnosis, fremitus specifically evaluates consolidation via vibration, making stethoscope use incorrect for this physical assessment technique focused on lung tissue density.
Choice D reason: Compressing tissue for crackling assesses crepitus or subcutaneous emphysema, not fremitus. In pneumonia, fremitus increases due to consolidation, not tissue compression. This method is irrelevant, as fremitus relies on vocal vibration transmission through palpation, making it inappropriate for assessing pneumonia-related lung changes.
Correct Answer is C
Explanation
Choice A reason: Dry skin and inelastic turgor reflect dehydration in DI from antidiuretic hormone deficiency, causing water loss. This is less urgent than hypernatremia (185 mEq/L), which dehydrates brain cells, risking seizures or coma, requiring immediate fluid correction to prevent neurological damage in this critical condition.
Choice B reason: Tachycardia (110 beats/minute) compensates for hypovolemia in DI, where water loss reduces preload, triggering sympathetic activation. This is less critical than hypernatremia (185 mEq/L), which causes cerebral dehydration, necessitating urgent hypotonic fluids to prevent neurological complications, making heart rate secondary.
Choice C reason: Serum sodium of 185 mEq/L indicates severe hypernatremia in DI, where water loss concentrates sodium, dehydrating neurons and risking seizures or coma. Immediate IV hypotonic fluids (e.g., 5% dextrose) correct osmolarity, preventing life-threatening cerebral complications, addressing the urgent pathophysiological crisis in DI.
Choice D reason: Polyuria and thirst are hallmark DI symptoms from water loss but expected and less urgent than hypernatremia (185 mEq/L), which threatens neurological function via osmotic brain injury. Correcting sodium is critical to prevent seizures, making these symptoms secondary to urgent electrolyte management.
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