The client is admitted with a serum sodium level of 110 mEq/L. What nursing intervention should be implemented?
Administer 10% sodium chloride via rapid infusion
Administer intranasal antidiuretic hormone
Encourage oral fluid intake
Place the client on seizure precautions
The Correct Answer is D
A. Administer 10% sodium chloride via rapid infusion: Rapid infusion of high concentrations of sodium chloride can be dangerous and is not the standard treatment for severe hyponatremia.
B. Administer intranasal antidiuretic hormone: This would not be appropriate for correcting severe hyponatremia and could potentially worsen the condition.
C. Encourage oral fluid intake: For severe hyponatremia, oral fluid intake might not be sufficient and could exacerbate the condition if there is fluid overload.
D. Place the client on seizure precautions: This is the correct choice. Severe hyponatremia (sodium < 120 mEq/L) can lead to neurological symptoms and seizures, so implementing seizure precautions is crucial for safety.
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Related Questions
Correct Answer is D
Explanation
A. 0.45% Sodium Chloride: This is a hypotonic solution, which is not appropriate for a client with normal serum osmolality (290 mOsm/kg). It may cause fluid shifts that are not desirable in this context.
B. 10% dextrose in water: This hypertonic solution is generally used for providing calories rather than correcting fluid imbalance and is not suitable for initial rehydration in this scenario.
C. 5% dextrose in water: This solution is isotonic in the bag but becomes hypotonic in the body. It is not the best choice for rehydrating a client with normal serum osmolality and significant fluid loss.
D. 0.9% Sodium Chloride: This isotonic solution is appropriate for rehydration in a client with normal serum osmolality. It helps restore extracellular fluid volume without causing fluid shifts, making it ideal for this situation.
Correct Answer is C
Explanation
A. Facilitating sodium and potassium exchange: This is not related to vitamin D. Sodium and potassium exchange is primarily managed by other mechanisms in the body.
B. DNA and prothrombin synthesis: This role is more associated with vitamins like B12 and K, not vitamin D.
C. Regulating calcium and phosphorus metabolism: This is the correct choice. Vitamin D plays a crucial role in the absorption of calcium and phosphorus from the diet and their metabolism in the body.
D. Production of beta carotene: Beta carotene is a precursor to vitamin A, not related to vitamin D's functions.
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