The nurse is assessing a client with dark skin for the presence of a Stage I pressure ulcer. Which is the best approach to making this assessment?
Use a fluorescent light source to assess the skin.
Inspect the skin only if the Braden score indicates a risk.
Avoid touching the skin during inspection.
Look for skin color that is darker than surrounding areas.
The Correct Answer is D
Choice A reason: Using a fluorescent light source may not adequately reveal Stage I pressure ulcers in dark skin, as color changes are subtle. Natural or halogen light is preferred to detect darkening or erythema. Fluorescent light can distort pigmentation, reducing accuracy, per dermatological assessment techniques.
Choice B reason: Inspecting skin only if the Braden score indicates risk may miss early Stage I ulcers, which present as non-blanchable darkening in dark skin. Routine inspection is essential, as Braden scores predict risk but do not confirm ulcers, potentially delaying intervention, per pressure injury protocols.
Choice C reason: Avoiding touching the skin during inspection is inappropriate, as palpation detects warmth, induration, or non-blanching, key for Stage I ulcers in dark skin. Tactile assessment complements visual inspection, ensuring accurate identification of early tissue damage, per comprehensive skin assessment guidelines.
Choice D reason: Looking for skin darker than surrounding areas is the best approach for Stage I pressure ulcers in dark skin, as they present as non-blanchable hyperpigmentation rather than redness. This visual change indicates early tissue damage, guiding timely intervention to prevent progression, per pressure ulcer staging standards.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
Choice A reason: Bradycardia (pulse <60 bpm) is unlikely, as fever, infection, and pain increase sympathetic nervous system activity, elevating heart rate. Infection triggers cytokine release, and pain stimulates adrenaline, both increasing cardiac output to meet metabolic demands. Bradycardia would contradict the physiological stress response, making this incorrect for this scenario.
Choice B reason: Tachycardia (pulse >100 bpm) is likely due to fever, infection, and pain activating the sympathetic nervous system. Fever increases metabolic rate, infection induces inflammatory cytokines, and pain releases adrenaline, all elevating heart rate to enhance oxygen delivery. This physiological response matches the client’s condition, making tachycardia the correct pulse type.
Choice C reason: Dysrhythmia involves irregular heart rhythms, like atrial fibrillation, not directly caused by fever, infection, or pain. These conditions increase heart rate via sympathetic stimulation, not necessarily rhythm irregularity. Dysrhythmias require specific cardiac issues, unlike the expected tachycardia from systemic stress, making this incorrect for the client’s presentation.
Choice D reason: Bigeminal pulse (paired beats) indicates a specific arrhythmia, not typically caused by fever, infection, or pain. These conditions elevate heart rate through sympathetic activation and cytokine release, leading to tachycardia, not patterned beats. Bigeminal rhythms require cardiac-specific issues, making this an unlikely pulse type in this systemic stress scenario.
Correct Answer is C
Explanation
Choice A reason: Cyanosis, a bluish skin discoloration, indicates hypoxemia in COPD due to impaired gas exchange in damaged alveoli. While concerning, it is a common chronic symptom and not immediately life-threatening unless rapidly worsening. Decreased level of consciousness signals severe hypoxia affecting cerebral oxygenation, requiring urgent reporting over stable cyanosis.
Choice B reason: Wheezing results from airway obstruction in COPD, caused by bronchoconstriction and mucus accumulation, reducing airflow. It’s a chronic symptom managed with bronchodilators. While important, it does not indicate acute decompensation like decreased consciousness, which reflects critical cerebral hypoxia and requires immediate intervention to prevent brain damage.
Choice C reason: Decreased level of consciousness indicates severe hypoxia in COPD, as low oxygen saturation impairs cerebral function. Brain cells require constant oxygen for ATP production via aerobic metabolism. Hypoxia reduces cerebral perfusion, causing confusion or unresponsiveness, signaling a life-threatening emergency. This finding warrants immediate reporting to address acute respiratory failure.
Choice D reason: Frequent coughing in COPD results from mucus production and airway irritation, a common chronic symptom. It aids in clearing secretions but does not indicate acute decompensation. Unlike decreased consciousness, which reflects severe cerebral hypoxia, coughing is less urgent and managed with expectorants or airway clearance techniques, not immediate reporting.
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