A nurse recently administered filgrastim intravenously to a client who has cancer and is receiving cytotoxic chemotherapy. For which of the following data, discovered after the medication was administered, should the nurse file an incident report?
The medication vial sat at room temperature for 2 hr before it was
The client's absolute neutrophil count was 2,500/mm3 before the medication was administered.
The nurse flushed the client's IV line with dextrose 5% in water before and after the medication was administered.
The client had chemotherapy 12 hr before the medication was administered.
The Correct Answer is A
Choice A Reason:
The medication vial sat at room temperature for 2 hr before it was administered is correct. Medications like filgrastim typically have specific storage requirements, including temperature control. Allowing the medication vial to sit at room temperature for an extended period may compromise its stability or effectiveness, leading to potential concerns regarding medication safety. Reporting incidents related to improper medication storage is essential to ensure patient safety and prevent similar occurrences in the future.
Choice B Reason:
The client's absolute neutrophil count was 2,500/mm3 before the medication was administered. Is incorrect. A normal or adequate absolute neutrophil count (ANC) of 2,500/mm3 before administering filgrastim is not an adverse event that requires an incident report.
Choice C Reason:
The nurse flushed the client's IV line with dextrose 5% in water before and after the medication was administered. Is incorrect. Flushing the IV line with dextrose 5% in water is a standard practice and not considered an adverse event or reason for filing an incident report.
Choice D Reason:
The client had chemotherapy 12 hr before the medication was administered. Is incorrect. The timing of previous chemotherapy administration, in this case, doesn't inherently suggest an adverse event requiring an incident report.
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Related Questions
Correct Answer is D
Explanation
Choice A Reason:
Decreased respiratory rate is incorrect. Heparin administration and an elevated aPTT typically do not directly cause a decrease in respiratory rate. Respiratory rate changes might occur due to other factors such as respiratory conditions, pain, or medications affecting the respiratory center, but they are not commonly linked to heparin therapy.
Choice B Reason:
Increased blood pressure is incorrect. Heparin therapy and an elevated aPTT do not typically result in increased blood pressure. Heparin's primary effect is on preventing blood clotting, and while it can indirectly affect blood pressure by preventing clot formation, it doesn't typically cause a significant increase in blood pressure.
Choice C Reason:
Decreased temperature is incorrect. Heparin therapy and an elevated aPTT do not generally cause a decrease in body temperature. Changes in body temperature might occur due to various reasons such as infection, environmental factors, or certain medications, but they are not directly linked to heparin administration.
Choice D Reason:
Increased pulse rate is correct. An increased pulse rate can be an early indicator of bleeding or a potential side effect of heparin administration. Heparin's anticoagulant effect might predispose individuals to bleeding, so an increased pulse rate could indicate a response to potential bleeding complications rather than a direct effect of heparin itself.
Correct Answer is A
Explanation
Choice A Reason:
Blood pressure is correct. Nitroprusside is a medication used to lower blood pressure in conditions such as hypertensive emergencies. It's titrated based on blood pressure readings, with the goal of achieving the desired target blood pressure range as directed by the healthcare provider. The nurse would monitor the client's blood pressure closely and adjust the infusion rate accordingly to achieve the prescribed blood pressure parameters.
Choice B Reason:
Stroke volume is incorrect. While stroke volume (the amount of blood ejected by the heart with each contraction) is important in assessing heart function, it's not directly used to titrate a nitroprusside infusion. Nitroprusside primarily acts as a vasodilator to reduce blood pressure, rather than affecting stroke volume.
Choice C Reason:
Cardiac output is incorrect. Cardiac output (the volume of blood pumped by the heart per minute) is also a crucial measure of heart function, but adjusting a nitroprusside infusion based on cardiac output is not a common practice. Nitroprusside's primary action is to dilate blood vessels, impacting blood pressure regulation more directly than cardiac output.
Choice D Reason:
Urine output is incorrect. While urine output is an important indicator of renal function and overall fluid balance, it is not typically used as the main parameter for titrating nitroprusside. Nitroprusside's primary effect is on vasodilation and blood pressure control rather than directly impacting urine output.
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