A nurse is assisting in the plan of care for a client who has hypernatremia. Which of the following IV solutions should the nurse plan to initiate?
25% albumin
Dextrose 10% in water
Dextrose 5% in water
Dextran 40
The Correct Answer is C
C. Dextrose 5% in water is a hypotonic solution that contains 5 grams of dextrose in each 100 mL of water. It provides free water without adding significant sodium, which helps to dilute the elevated sodium levels in hypernatremia. This solution is effective in correcting hypernatremia by promoting water movement from the intravascular space into the cells and extracellular space.
A. Albumin solutions are primarily used for volume expansion and to increase oncotic pressure in conditions like hypoalbuminemia or shock. They do not provide free water and are not typically used for treating hypernatremia.
B. Dextrose 10% in water is a hypertonic solution used primarily for providing calories and treating hypoglycemia. It does not correct hypernatremia because it does not significantly affect sodium levels or provide sufficient free water to dilute sodium.
D. Dextran 40 is a colloid solution that is used for volume expansion in hypovolemia or shock. It does not provide free water and is not indicated for correcting hypernatremia.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
B. This is the highest priority. Before administering ceftriaxone via IV piggyback, the nurse must ensure compatibility with the primary IV solution (D5W with KCl). Certain medications can interact chemically or physically with other IV solutions or medications, leading to precipitation, inactivation, or other adverse effects. Compatibility should be verified through appropriate resources or pharmacy guidelines.
A. Vital signs provide crucial information about the patient's overall condition, but they do not directly impact the administration of the IV medication ceftriaxone. However, if there are significant changes in vital signs (e.g., fever, hypotension), these could influence the decision to administer ceftriaxone or any medication.
C. Important, but not directly related to medication administration. The patient's level of consciousness is crucial for assessing their neurological status and response to treatment, but it does not affect the administration of ceftriaxone IV piggyback specifically.
D. Important, but not the highest priority in this context. Monitoring the amount of IV solution in the primary bag is essential to ensure continuous fluid delivery and prevent interruptions in therapy.
However, for the immediate preparation and administration of ceftriaxone IV piggyback, ensuring compatibility with the primary IV solution takes precedence.
Correct Answer is B
Explanation
B. Before administering any medication, especially antibiotics like amoxicillin, the nurse must assess the patient for allergies or previous adverse reactions to amoxicillin or other beta-lactam antibiotics. Allergic reactions can range from mild rashes to severe anaphylactic reactions, so it's essential to confirm the
patient's allergy status and assess for any signs or symptoms of allergic reaction before proceeding with administration.
A. Flushing the IV site with normal saline is typically not required specifically before administering IV amoxicillin unless it is part of the institution's standard practice to flush all IV lines before and after medication administration.
C. While monitoring intake and output (I&O) is important for assessing fluid balance and kidney function, it is not directly necessary before administering IV amoxicillin unless there are specific concerns related to the patient's fluid status or renal function. However, it is good practice to have a general understanding of the patient's recent fluid intake and output patterns.
D. Creatinine clearance is a measure of kidney function. Checking the latest creatinine clearance result is important for assessing renal function, especially before administering medications excreted by the kidneys. However, amoxicillin is primarily excreted by the kidneys in its unchanged form, so knowing the patient's renal function status can help in determining the appropriate dosage or adjusting the dosing interval if necessary.
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