A client is admitted for treatment of the Syndrome of Inappropriate Antidiuretic Hormone (SIADH). The nurse should initiate which of the following interventions?
Restriction of fluids
Maintain client NPO
Increase oral intake
Infuse IV fluids rapidly
The Correct Answer is A
A. In SIADH, excess ADH causes water retention and hyponatremia; fluid restriction helps to prevent further dilution of sodium and manage fluid balance.
B. NPO status is unnecessary unless otherwise indicated; managing fluid intake is more effective.
C. Increasing oral intake would worsen fluid overload and hyponatremia.
D. Rapid IV fluid infusion can exacerbate the client’s condition by increasing fluid volume further.
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Correct Answer is ["A","B","C","D","E"]
Explanation
A. Edema of the ear canal is a common symptom of external otitis, indicating inflammation and infection in the area.
B. Purulent drainage from the ear canal often signifies bacterial infection and is a key symptom to monitor.
C. Burning in the ear canal can occur due to inflammation and is a common complaint in external otitis.
D. Pain when moving the auricle is a classic symptom of external otitis, indicating irritation or inflammation of the external ear.
E. Tenderness of the external ear is a common finding in external otitis and should be monitored as it indicates inflammation and potential infection.
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.