A client with gastroesophageal reflux disorder (GERD), who has been self-medicating with famotidine for the past week, is admitted to the acute care center because the symptoms have worsened. The nurse should anticipate which treatment?
Insertion of a small bore tube for continuous enteral feedings.
Intravenous administration of a proton pump inhibitor.
Total parenteral nutrition administration via a central catheter.
Insertion of a nasogastric tube to low intermittent suction.
The Correct Answer is B
Choice A reason: Inserting a small bore tube for enteral feedings is inappropriate for acute GERD exacerbation, as feeding increases gastric volume, worsening reflux by raising pressure and acid exposure. Proton pump inhibitors (PPIs) reduce acid production, alleviating mucosal irritation, addressing GERD’s pathophysiology more effectively than nutritional interventions.
Choice B reason: Intravenous PPIs (e.g., pantoprazole) are standard for severe GERD, inhibiting H+/K+-ATPase in parietal cells, reducing acid secretion. This promotes esophageal healing when oral famotidine fails. IV delivery ensures rapid onset, critical for controlling worsening symptoms, preventing complications like esophagitis or Barrett’s esophagus in acute settings.
Choice C reason: Total parenteral nutrition (TPN) bypasses the gut, used for conditions like bowel obstruction, not GERD, which involves acid reflux from sphincter dysfunction. TPN does not address acid production. PPIs target the pathophysiological cause, reducing esophageal acid exposure, making TPN irrelevant for GERD management.
Choice D reason: A nasogastric tube with suction removes gastric contents but does not treat GERD’s acid reflux, caused by lower esophageal sphincter dysfunction. It risks aspiration and is temporary. PPIs effectively reduce acid, preventing esophageal damage, making them the preferred treatment for severe GERD exacerbation.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Blood pressure of 142/88 mm Hg indicates mild hypertension but does not directly affect pulse oximetry, which measures arterial oxygen saturation via hemoglobin light absorption. Hypertension does not typically cause hypoxemia (91% SpO₂). Edema is more likely, as it disrupts sensor accuracy, leading to false low readings.
Choice B reason: 2+ edema in fingers and hands impairs pulse oximeter accuracy, as fluid in tissues scatters light, reducing the sensor’s ability to detect arterial hemoglobin saturation. This causes falsely low SpO₂ readings (91%), common in edema from heart failure, making it the primary contributor to the inaccurate measurement.
Choice C reason: A radial pulse volume of 3+ indicates strong arterial flow, supporting accurate pulse oximetry by ensuring perfusion. This does not explain a low SpO₂ of 91%, as strong pulses enhance sensor reliability. Edema’s interference with light transmission is more likely to cause the reduced reading.
Choice D reason: Capillary refill of 2 seconds is normal, indicating adequate perfusion. This does not contribute to a low SpO₂ (91%), as pulse oximetry measures arterial flow, not capillary dynamics. Edema disrupts light transmission, causing inaccurate readings, making it the most likely cause of the observed saturation.
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.
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