A nurse is assisting with preparations for administering intravenous potassium replacement supplements to a client who has a potassium level of 2.5 mEq/L. Which of the following actions should the nurse plan to include? (Select all that apply.)
Repeat blood serum potassium
Educate client regarding high-potassium food sources
Cardiac monitoring during infusion
Ensure that the client's urine output is at least 1 mL/kg/hour
Ensure potassium infusion is prepared with 5% dextrose solution
Correct Answer : C,D
A. Repeat blood serum potassium: While it’s important to monitor potassium levels, the immediate priority when preparing to administer potassium is ensuring safe administration practices, not rechecking levels before initiating therapy.
B. Educate client regarding high-potassium food sources: Client education is important for long-term management but is not a priority when preparing for intravenous potassium replacement in an acute setting.
C. Cardiac monitoring during infusion: Potassium affects cardiac conduction, and rapid correction can lead to arrhythmias. Continuous cardiac monitoring is necessary to detect any life-threatening arrhythmias during the infusion.
D. Ensure that the client's urine output is at least 1 mL/kg/hour: Adequate urine output ensures that the kidneys are functioning and capable of excreting excess potassium, reducing the risk of hyperkalemia.
E. Ensure potassium infusion is prepared with 5% dextrose solution: Potassium should not be mixed with dextrose, as it can increase insulin release, causing potassium to shift into cells and worsen hypokalemia.
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Related Questions
Correct Answer is D
Explanation
A. BNP does not promote the synthesis of angiotensin II; instead, it counteracts the effects of the renin-angiotensin-aldosterone system (RAAS) by reducing fluid retention and blood pressure, which is the opposite of what angiotensin II does.
B. BNP does not increase heart rate or cardiac contractility. Its role is primarily in reducing cardiac workload by lowering blood pressure and decreasing fluid volume.
C. BNP does not increase blood pressure; rather, it acts to decrease it by causing vasodilation and inhibiting the effects of aldosterone, which would otherwise increase blood pressure by promoting sodium and water retention.
D. BNP decreases blood pressure by causing vasodilation and promoting the excretion of sodium and water, which reduces blood volume and, consequently, lowers the blood pressure. This is its primary role in cardiovascular regulation, especially in response to heart failure.
Correct Answer is A
Explanation
A. Respiratory acidosis: COPD often results in impaired gas exchange and decreased removal of carbon dioxide, leading to its accumulation in the blood. This results in respiratory acidosis, characterized by elevated PaCO2 and a decreased pH.
B. Respiratory alkalosis: This condition is generally associated with hyperventilation, where excessive loss of carbon dioxide leads to a higher blood pH. It is less common in COPD, where hypoventilation is more typical.
C. Metabolic acidosis: While COPD can sometimes lead to metabolic acidosis, it is not the primary condition associated with the disease. Metabolic acidosis usually results from conditions affecting the kidneys or metabolic processes.
D. Metabolic alkalosis: This is characterized by an increased blood pH due to a loss of acid or an excess of bicarbonate. It is not typically associated with COPD.
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