A client has just undergone a bedside central venous catheter insertion using ultrasound guidance. The nurse knows to check which diagnostic result before initiating the client's prescribed intravenous solution flow rate at 100 mL/hr?
Chest x-ray results
Serum osmolality
Intake and output record
Serum glucose level
The Correct Answer is A
A. Chest x-ray results: This is the correct choice. After central venous catheter insertion, a chest x-ray is crucial to confirm correct catheter placement and to rule out complications such as pneumothorax or catheter malposition.
B. Serum osmolality: While serum osmolality can provide information about fluid and electrolyte balance, it is not directly related to verifying catheter placement or the immediate post-insertion assessment.
C. Intake and output record: Although important for monitoring fluid balance, the intake and output record does not confirm the proper placement of the central venous catheter.
D. Serum glucose level: This is not relevant to verifying the catheter placement or ensuring proper functioning immediately after insertion.
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Related Questions
Correct Answer is D
Explanation
A. Calcium Chloride: This is used to treat hypocalcemia, not hypercalcemia.
B. Spironolactone (Aldactone): This is a potassium-sparing diuretic, which does not affect calcium levels.
C. Kayexalate: This is used to treat hyperkalemia, not hypercalcemia.
D. Calcitonin: This is used to lower high serum calcium levels by inhibiting bone resorption and increasing calcium excretion.
Correct Answer is B
Explanation
A. Discontinue use of supplemental oxygen: This option is incorrect because supplemental oxygen is used to increase the oxygen levels in the blood, which is not directly related to addressing respiratory acidosis. In respiratory acidosis, the problem is primarily with the elimination of CO2 rather than oxygenation.
B. Encouraging use of incentive spirometer: This is the correct choice as using an incentive spirometer helps improve lung expansion and promotes alveolar ventilation, which aids in reducing CO2 levels in the blood, thereby addressing respiratory acidosis.
C. Implement fluid restrictions: This option is not suitable because fluid restrictions do not directly address the underlying issue of respiratory acidosis. Fluid restrictions might be necessary for other conditions, but they are not effective in correcting respiratory acid-base imbalances.
D. Administering an antitussive agent: This is incorrect because antitussive agents suppress cough reflexes, which can be counterproductive. In respiratory acidosis, coughing is often a protective mechanism to help clear secretions, so suppressing it may worsen the acid-base imbalance.
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