A patient has a serum phosphate level of 2.0 mg/dL. Which treatments should the nurse expect to be prescribed for this patient? Select all that apply.
Normal saline.
Potassium phosphate.
Additional milk intake.
Increased Vitamin D intake.
Correct Answer : B,C,D
The correct answers are Choices B, C, and D.
Choice A rationale: Normal saline is not typically used to treat low phosphate levels. It is often used to treat dehydration and electrolyte imbalances that do not include hypophosphatemia.
Choice B rationale: Potassium phosphate is used to treat low phosphate levels. It directly supplements phosphate levels in the body, making it an appropriate treatment for hypophosphatemia.
Choice C rationale: Additional milk intake can help increase phosphate levels, as milk is a good source of phosphate. This is a suitable recommendation for a patient with low phosphate levels.
Choice D rationale: Increased Vitamin D intake can enhance phosphate absorption from the gastrointestinal tract, making it a beneficial treatment for a patient with low phosphate levels.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
PacO2 50 mm Hg. Choice A rationale:
Potassium levels are not directly related to respiratory acidosis. Potassium levels may be affected in certain conditions, but they are not specific indicators of respiratory acidosis.
Choice B rationale:
HCO3- (bicarbonate) levels may be elevated in metabolic alkalosis, not respiratory acidosis. In respiratory acidosis, the primary abnormality is an increased PacO2, not HCO3-.
Choice C rationale:
The partial pressure of carbon dioxide (PacO2) is a key parameter in diagnosing respiratory acidosis. In this case, a PacO2 of 50 mm Hg suggests hypoventilation and an excess of carbon dioxide in the blood, contributing to acidosis.
Choice D rationale:
The pH level given (pH 7.45) is within the normal range, which contradicts the diagnosis of respiratory acidosis. In respiratory acidosis, the pH would be expected to be below the normal range of 7.35-7.45 due to increased carbon dioxide levels.
Correct Answer is ["C","D","E"]
Explanation
The correct answer is choiceC. Monitor the injection site for redness,D. Use an infusion controller for the IV, andE. Monitor fluid intake and output.
Choice A rationale:
Adding the ordered dose to the IV hanging is incorrect because potassium chloride should never be added to an already hanging IV solution due to the risk of uneven distribution and potential overdose.
Choice B rationale:
Administering the dose IV push over 3 minutes is incorrect because potassium chloride should never be given by direct IV injection.It must always be diluted and administered slowly to prevent cardiac complications.
Choice C rationale:
Monitoring the injection site for redness is correct because potassium chloride can cause irritation and phlebitis at the injection site.
Choice D rationale:
Using an infusion controller for the IV is correct because it ensures the potassium chloride is administered at a controlled rate, reducing the risk of rapid infusion and potential cardiac issues.
Choice E rationale:
Monitoring fluid intake and output is correct because it helps assess the patient’s overall fluid balance and detect any signs of fluid overload or deficit, which is crucial when administering potassium.
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