A nurse is conducting a class on how to self-manage insulin regimens. A client asks how long a vial of insulin can be stored at room temperature before it "goes bad." What would be the nurse's best answer?

"If a vial of insulin will be used up within 21 days, it may be kept at room temperature."

"If a vial of insulin will be used up within 2 weeks, it may be kept at room temperature."

"If you are going to use up the vial within 1 month, it can be kept at room temperature."

"If a vial of insulin will be used up within 1 week, it may be kept at room temperature."

Answer and Explanation

The Correct Answer is A

A. "If a vial of insulin will be used up within 21 days, it may be kept at room temperature."
This statement suggests a duration of up to 21 days for room temperature storage after the vial is in use. However, most insulins can typically be stored at room temperature for up to 28 days after initial use. This recommendation might be more conservative than necessary for many types of insulin.

B. "If a vial of insulin will be used up within 2 weeks, it may be kept at room temperature."
This choice suggests a timeframe of 14 days for room temperature storage after opening the vial. However, for many insulins, the recommended duration for room temperature storage after opening is up to 28 days.

C. "If you are going to use up the vial within 1 month, it can be kept at room temperature."
This option extends the timeframe to 1 month for room temperature storage after the vial is in use. However, the generally recommended duration for many insulins is up to 28 days after opening.

D. "If a vial of insulin will be used up within 1 week, it may be kept at room temperature."
This choice suggests a very short duration of 7 days for room temperature storage after opening the vial. Most insulins can typically be stored at room temperature for a longer duration after initial use.

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Free Nursing Study Resources

Correct Answer is C

Explanation

A. "I will make sure I call the diabetes educator each time I adjust my insulin dose."
This statement suggests a reliance on insulin adjustment and implies frequent contact with the diabetes educator. However, it doesn't address the primary treatment for type 2 diabetes.

B. "I read that a pancreas transplant will provide a cure for my diabetes."
This statement mentions a pancreas transplant, which is a significant and rare intervention typically reserved for severe cases of diabetes. However, it's not considered the primary treatment for type 2 diabetes.

C. "I will make sure to follow the weight loss plan designed by the dietitian."
This statement aligns with a key aspect of managing type 2 diabetes, as weight management, along with diet and exercise, is a primary approach. Lifestyle modifications, including weight loss, are often part of the primary treatment plan.

D. "I will take my oral anti-diabetic agents when my morning blood sugar is high."
This statement indicates an understanding of the importance of oral anti-diabetic agents, which are commonly used in the management of type 2 diabetes. Timing medication based on blood sugar levels is a key aspect of treatment.

A. Metabolic Alkalosis B. Respiratory Alkalosis C. Respiratory Acidosis D. Metabolic Acidosis

Correct Answer is A

Explanation

A. Metabolic Alkalosis:
pH: Elevated (alkalotic).
PaCO2: Normal or slightly decreased (compensation may or may not be present).
HCO3: Elevated.
Explanation: Metabolic alkalosis is characterized by an excess of bicarbonate (HCO3) in the blood, leading to an elevated pH. In this case, the elevated pH and HCO3 levels suggest that the primary imbalance is metabolic alkalosis.

B. Respiratory Alkalosis:
pH: Elevated (alkalotic).
PaCO2: Decreased (due to hyperventilation, which blows off CO2).
HCO3: Normal or slightly decreased (compensation).
Explanation: Respiratory alkalosis is characterized by low levels of carbon dioxide (PaCO2) due to hyperventilation. However, in the provided ABG, the PaCO2 is not significantly decreased, suggesting that respiratory alkalosis is not the primary issue.

C. Respiratory Acidosis:
pH: Decreased (acidotic).
PaCO2: Increased (due to inadequate ventilation).
HCO3: Normal or slightly elevated (compensation).
Explanation: Respiratory acidosis is characterized by an increase in carbon dioxide (PaCO2) levels. In this case, the PaCO2 is within the normal range, indicating that respiratory acidosis is not the primary problem.

D. Metabolic Acidosis:
pH: Decreased (acidotic).
PaCO2: Normal or slightly decreased (compensation).
HCO3: Decreased.
Explanation: Metabolic acidosis is characterized by a decrease in bicarbonate (HCO3) levels. In this ABG, the HCO3 is elevated, ruling out metabolic acidosis as the primary issue.

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A nurse is conducting a class on how to self-manage insulin regimens. A client asks how long a vial of insulin can be stored at room temperature before it "goes bad." What would be the nurse's best answer?

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Naxlex Comprehensive Predictor Exams

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Correct Answer is C

Explanation

Correct Answer is A

Explanation

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