A nurse is providing care for a client with a halo device. The client has developed skin breakdown and irritation around the pin sites. Which intervention is most appropriate for the nurse to implement to prevent further skin complications?
Ensure that the vest supporting the halo device is snug and properly aligned.
Apply a thick layer of zinc oxide cream around the pin sites.
Pad the areas of skin breakdown with foam dressing to reduce friction and pressure.
Loosen the halo device to reduce pressure on the skin.
The Correct Answer is C
A. While ensuring proper alignment is important, it does not address the existing skin breakdown and irritation.
B. Applying zinc oxide cream may not be appropriate as it can trap moisture, potentially worsening the skin condition around pin sites.
C. Padding the areas of skin breakdown with foam dressing is an appropriate intervention as it can provide cushioning, reduce friction, and protect the skin from further injury.
D. Loosening the halo device could compromise the stabilization it provides and may not effectively address skin integrity issues.
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Correct Answer is D
Explanation
A. Hypotension is not typically associated with adrenal cortex hyperfunction; in fact, patients may experience hypertension due to excess cortisol and aldosterone.
B. Dehydration is more common with adrenal insufficiency than hyperfunction, as excess hormone production often leads to fluid retention.
C. Hyponatremia is generally not a concern with adrenal cortex hyperfunction; clients may experience hypernatremia instead due to fluid retention.
D. Hypokalemia is a significant risk in clients with adrenal cortex hyperfunction, especially due to the effects of excessive aldosterone, which promotes sodium retention and potassium excretion.
Correct Answer is B
Explanation
A. The Glasgow Coma Scale is useful for assessing consciousness levels but may not be as sensitive for changes in brainstem function in a patient already in an induced coma.
B. Assessing pupillary size and reaction provides critical information on brainstem function and can indicate changes in ICP. Changes in pupil size and reaction can signify worsening cerebral function or brain herniation.
C. Blood pressure and heart rate are vital signs that can suggest increased ICP, but they are not as direct an indicator of cerebral function as pupil assessment.
D. The gag reflex is important but does not provide as direct information about cerebral function related to ICP as pupillary assessment does.