A nurse is caring for a client diagnosed with Addison's disease who is at risk for Addisonian crisis. The nurse is aware that which of the following is the priority assessment?
Monitor serum electrolytes
Monitor for signs of shock.
Monitor daily weights
Monitor Intake and output
The Correct Answer is B
A. While monitoring serum electrolytes is important, it is secondary to assessing for immediate life-threatening conditions.
B. Monitoring for signs of shock is the priority, as Addisonian crisis can lead to severe hypotension and shock, which requires immediate intervention.
C. Monitoring daily weights can help assess fluid status but is not critical in the context of an impending crisis.
D. Monitoring intake and output is important for overall assessment but does not directly address the immediate risks associated with Addisonian crisis.
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Correct Answer is B
Explanation
A. Turning the client onto their operative side could increase pressure on the eye and is not an appropriate first action.
B. Administering prescribed pain medication and antiemetic is essential to address the client's severe pain and nausea, which are priority concerns in the postoperative period.
C. While it may be necessary to notify the surgeon if symptoms persist, the immediate priority is to alleviate the client's discomfort.
D. Reassuring the client that these symptoms are normal is misleading; severe pain and nausea postoperatively should be addressed promptly.
Correct Answer is A
Explanation
A. The primary purpose of administering an osmotic diuretic, such as mannitol, is to lower ICP by promoting diuresis, which results in increased urinary output and decreases fluid volume in the brain.
B. Osmotic diuretics do not specifically reduce cerebral blood flow; rather, they work by reducing fluid volume and thus intracranial pressure.
C. While osmotic diuretics can help manage edema, their primary role is not solely to prevent the formation of cerebral edema but to actively reduce existing pressure.
D. Osmotic diuretics do not directly decrease brain oxygen consumption; their main function is to create an osmotic gradient that pulls fluid from the brain to reduce ICP.