While the client's full-thickness burn wounds to the face and body are exposed, what is the best nursing action to prevent cross-contamination?
Wear gowns, caps, masks, and gloves during care of the client
Turn the room temperature up to at least 70°F (20°C) during dressing changes
Use sterile gloves when removing old dressings
Administer IV antibiotics to prevent bacterial colonization of wounds
The Correct Answer is A
Choice A reason: Full-thickness burns disrupt the skin barrier, increasing infection risk. Wearing gowns, caps, masks, and gloves creates a sterile barrier, preventing cross-contamination from healthcare workers or the environment. This adheres to strict infection control protocols, minimizing the introduction of pathogens like Staphylococcus or Pseudomonas to vulnerable burn wounds.
Choice B reason: Increasing room temperature to 70°F (20°C) during dressing changes aims to prevent patient hypothermia, as burns impair thermoregulation. However, this does not directly address cross-contamination. Temperature control is supportive but does not reduce microbial transmission, making it less effective than personal protective equipment for infection prevention.
Choice C reason: Using sterile gloves when removing old dressings reduces contamination during that specific task. However, it is less comprehensive than full personal protective equipment (gowns, caps, masks, gloves), which protects against contamination throughout care. Sterile gloves alone do not cover potential pathogen spread from other sources, like respiratory droplets or clothing.
Choice D reason: IV antibiotics treat or prevent systemic infections but do not directly prevent cross-contamination of exposed wounds. Prophylactic antibiotics may reduce bacterial colonization but are not the primary method for preventing environmental or contact-based contamination, which is better addressed by physical barriers like gowns and gloves.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: A headache following a stressful day suggests a tension headache, which is typically benign and not life-threatening. The ABCDE approach prioritizes airway, breathing, circulation, disability, and exposure, focusing on immediate threats. A headache does not compromise these critical systems acutely, making it a lower priority compared to conditions affecting vital functions like sepsis.
Choice B reason: A minor laceration on the arm is a superficial injury that may cause bleeding but is unlikely to be life-threatening unless uncontrolled or infected. The ABCDE approach would assess for significant hemorrhage under circulation, but a minor laceration typically does not impair airway, breathing, or neurological status, placing it lower in priority than sepsis with altered mental status.
Choice C reason: Suspected sepsis with altered mental status is a medical emergency. Sepsis involves systemic infection leading to organ dysfunction, with altered mental status indicating neurological compromise (disability in ABCDE). This suggests possible cerebral hypoperfusion or septic encephalopathy, requiring urgent intervention to stabilize circulation and prevent multi-organ failure, making this the highest priority.
Choice D reason: A sprained ankle is a musculoskeletal injury causing pain and swelling but does not typically affect airway, breathing, circulation, or neurological status in the ABCDE framework. It is a stable condition requiring supportive care like rest and ice, not immediate intervention, making it a lower priority compared to life-threatening conditions like sepsis.
Correct Answer is A
Explanation
Choice A reason: In end-stage kidney disease, the kidneys cannot excrete excess fluid, leading to hypervolemia. This causes fluid overload, manifesting as shortness of breath (from pulmonary edema), lower extremity swelling, crackles in the lungs, and elevated blood pressure due to increased intravascular volume. These symptoms align with fluid retention, a common ESKD complication.
Choice B reason: Hypovolemia involves reduced fluid volume, causing symptoms like hypotension, tachycardia, and dry mucous membranes. The client’s symptoms of swelling, crackles, and elevated blood pressure indicate fluid overload, not deficit. In ESKD, the kidneys’ inability to excrete fluid makes hypervolemia, not hypovolemia, the likely cause of these findings.
Choice C reason: Hyperkalemia, common in ESKD due to reduced potassium excretion, causes cardiac arrhythmias, muscle weakness, or ECG changes. It does not directly cause shortness of breath, swelling, crackles, or hypertension. These symptoms point to fluid overload rather than electrolyte imbalance, making hyperkalemia an incorrect diagnosis for this presentation.
Choice D reason: Hyponatremia, low sodium levels, may cause neurological symptoms like confusion or seizures in ESKD but is not associated with shortness of breath, swelling, crackles, or hypertension. These symptoms reflect fluid overload from impaired renal excretion, making hypervolemia the correct diagnosis, as hyponatremia does not explain the clinical findings.
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