The RN identifies that a client is at risk for impaired skin integrity.
Which interventions should the nurse add to this client’s plan of care?
Place the patient in a side-lying position only.
Massage bony prominences.
Use positioning devices such as foam wedges.
Keep the head of the bed elevated higher than 30 degrees. E. Inspect skin every shift.
The Correct Answer is C
his intervention can help prevent pressure ulcers by reducing the amount of pressure on bony prominences and promoting blood circulation to the skin.
Choice A is wrong because placing the patient in a side-lying position only can increase the risk of skin breakdown by limiting the patient’s mobility and exposing the same areas to pressure. The patient should be repositioned frequently and encouraged to change positions if able.
Choice B is wrong because massaging bony prominences can cause tissue damage and increase the risk of skin breakdown by impairing blood flow to the area. Massaging should be avoided over bony prominences and areas of redness.
Choice D is wrong because keeping the head of the bed elevated higher than 30 degrees can cause shearing forces on the skin, which can lead to skin breakdown. The head of the bed should be kept at the lowest degree of elevation possible.
Choice E is wrong because inspecting skin every shift is not enough for a patient at risk for impaired skin integrity. The skin should be inspected at least every 2 hours or more frequently depending on the patient’s condition. Early detection of skin changes can help prevent further damage and promote healing.
Normal ranges for skin integrity are:
• Skin color: consistent with ethnicity and genetic background, no pallor, cyanosis, or jaundice.
• Skin moisture: dry to touch, no excessive perspiration or dryness. • Skin texture: smooth, soft, intact, with even surface.
• Skin temperature: warm to touch, no hyperthermia or hypothermia. • Skin turgor: elastic, returns to original shape after being pinched. • Skin integrity: no lesions, wounds, abrasions, or ulcers.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A client with chronic bronchitis is expected to have a cough that produces sputum for at least 3 months during two successive years. This is due to the hyperplasia of mucous glands and bronchial wall inflammation that occur in chronic bronchitis.
Choice A is wrong because SpO2 >92% is not a specific finding for chronic bronchitis.
SpO2 is a measure of oxygen saturation in the blood and can vary depending on many factors, such as altitude, smoking, and lung diseases. SpO2 may be lower than normal in COPD patients due to airflow obstruction and impaired gas exchange.
Choice B is wrong because underweight is not a typical finding for chronic bronchitis.
Underweight may be more associated with emphysema, which is another component of COPD that involves the destruction of alveolar walls and enlargement of air spaces. Emphysema can cause weight loss due to increased work of breathing and decreased appetite.
Choice C is wrong because bradypnea is not a common finding for chronic bronchitis.
Bradypnea is abnormally slow breathing rate and can be caused by various conditions, such as brain injury, drug overdose, or sleep apnea. Chronic bronchitis usually causes tachypnea, which is abnormally fast breathing rate, due to hypoxia and hypercapnia.
Correct Answer is D
Explanation
Malignant hyperthermia is a severe reaction to certain drugs used for anesthesia that can cause muscle rigidity, fever, and a fast heart rate. It can be fatal if not treated promptly with medication, oxygen, body cooling, and supportive care. The patient’s symptoms match those of malignant hyperthermia.
Choice A is wrong because alpha-1 antitrypsin deficiency is a genetic disorder that affects the lungs and liver, causing shortness of breath, wheezing, and jaundice.
It does not cause a rise in body temperature or muscle rigidity. Choice B is wrong because malignant hypothermia does not exist. It is a misspelling of malignant hyperthermia.
Choice C is wrong because thalassemia is a genetic disorder that affects the production of hemoglobin, causing anemia, fatigue, and bone deformities.
It does not cause a rise in body temperature or muscle rigidity.
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