A client who had a radical neck dissection returns to the surgical unit with two surgical drains in the right side of the incision. One drain bulb is open and has minimal drainage. Which action should the nurse take to increase drainage into the drain?
Place the client in a right lateral side-lying position and elevate the head of the bed.
Compress the bulb with the tab open and then reinsert the tab into its opening.
Irrigate the drain tubing with 1 mL of NS, then close the opening with its tab.
Reinforce the incisional dressings and assess behind the neck for drainage.
The Correct Answer is B
Choice A reason: Positioning right lateral with head elevation may shift fluid but does not restore drain suction. Compressing the bulb creates negative pressure, promoting drainage. Positioning is less effective, per surgical drain management and postoperative care standards in nursing practice.
Choice B reason: Compressing the bulb with the tab open, then reinserting it, restores negative pressure, enhancing drainage in the surgical drain. This ensures fluid removal, preventing hematoma or infection, per evidence-based surgical drain management and postoperative care protocols in nursing practice.
Choice C reason: Irrigating the drain with saline risks infection and is not standard for low drainage. Compressing the bulb restores suction, promoting drainage safely. Irrigation is inappropriate, per surgical drain management and infection control standards in postoperative nursing care.
Choice D reason: Reinforcing dressings and assessing drainage addresses symptoms, not the cause of low drainage. Compressing the bulb restores suction, increasing drainage effectively. Dressings are secondary, per surgical drain management and postoperative wound care protocols in nursing practice.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Monitoring the metabolic panel detects antibiotic side effects like renal toxicity, but this is ongoing. Collecting blood cultures first identifies the HAP pathogen, ensuring targeted therapy. Premature antibiotics may obscure results, leading to resistance, making cultures more urgent for effective treatment of this nosocomial infection.
Choice B reason: Nebulizer treatments aid airway clearance in HAP, but identifying the pathogen via cultures is critical before antibiotics. Ineffective therapy delays recovery, as bacteria proliferate in mucus. Cultures guide precise antibiotic selection, reducing resistance risk, making this less immediate than obtaining microbiological data.
Choice C reason: Collecting blood cultures before antibiotics identifies the HAP pathogen (e.g., MRSA) and its sensitivity, critical for tailoring therapy. Broad-spectrum antibiotics can yield false-negative cultures, complicating treatment. This ensures accurate diagnosis, optimizing outcomes in severe infections, addressing the microbiological basis of HAP management.
Choice D reason: Reviewing chest x-ray confirms HAP with infiltrates but does not guide immediate antibiotic therapy. Cultures are urgent to identify the pathogen before antibiotics, as x-rays are non-specific and already documented. Cultures ensure pathogen-specific treatment, critical for combating hospital-acquired infections effectively.
Correct Answer is A
Explanation
Choice A reason: Topical corticosteroids reduce eczema’s inflammation by inhibiting cytokines, alleviating antecubital vesicles. Heat lamps dry skin, worsening irritation and cracking. Encouraging steroids addresses the inflammatory pathophysiology, promoting healing, making this the most effective response for managing eczema and correcting harmful self-treatment.
Choice B reason: Chemical debridement is for necrotic tissue, not eczema’s inflammatory vesicles. Heat lamps exacerbate dryness, but debridement does not address immune-mediated inflammation. Corticosteroids target the cytokine-driven process, making debridement inappropriate for eczema’s pathophysiology, which requires anti-inflammatory treatment.
Choice C reason: Restricting heat to 15–20 minutes does not mitigate harm, as heat dries eczema lesions, disrupting the skin barrier and increasing infection risk. Corticosteroids reduce inflammation, addressing vesicles. Heat worsens epidermal damage, making this response ineffective compared to targeting the inflammatory cause.
Choice D reason: A sling for arm elevation is irrelevant for localized eczema, an inflammatory dermatitis, not edema requiring elevation. Heat lamps aggravate dryness, and corticosteroids treat inflammation, addressing immune-mediated pathology more effectively than positional changes, which do not impact eczema’s skin symptoms.
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