The nurse is preparing for a blood transfusion. Which of the following would be contraindicated to include in the prep for the procedure?
Obtaining a primary and secondary tubing set
Ensuring another licensed personnel is available
Obtaining 0.9% normal saline solution
Checking ABO and Rh status of the donor and recipient
The Correct Answer is B
A) Obtaining a primary and secondary tubing set:
The primary tubing is used for the intravenous access, and the secondary tubing is attached for administering the blood product. This ensures that the blood transfusion will be delivered effectively, and it is a standard practice to use proper IV tubing for blood products to avoid contamination or complications.
B) Ensuring another licensed personnel is available:
. While it is required that two licensed healthcare professionals verify the blood product before starting the transfusion, this action itself is not contraindicated, it is required. Both individuals should independently check the patient's identification, blood type, and the matching of the blood product before administration. Therefore, the answer to the question should not be about ensuring availability of licensed personnel as this is actually a required safety measure, not contraindicated. The actual contraindications involve actions like using inappropriate fluids for transfusion or mismatching blood.
C) Obtaining 0.9% normal saline solution:
This is appropriate and necessary when preparing for a blood transfusion. Normal saline (0.9%) is the only compatible solution that should be used to flush the IV line before and after the transfusion or to prime the blood tubing. Other solutions, such as lactated Ringer's, can cause clotting when mixed with blood, making saline the only appropriate choice.
D) Checking ABO and Rh status of the donor and recipient:
This is essential and mandatory before administering a blood transfusion. It is critical to ensure that the ABO blood group and Rh factor of the donor and recipient are compatible to prevent hemolytic reactions. This compatibility check must be done every time before administering a transfusion, and it is an integral part of ensuring patient safety.
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Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. 2-6 hours before meals:
This timeframe is too long for rapid-acting insulin like Lispro. Rapid-acting insulins, such as Lispro, begin to work quickly after administration, typically within 15 minutes, and peak around 1 to 2 hours after injection. Administering it 2-6 hours before meals would not align with the timing of food intake and would likely lead to hypoglycemia before the meal. Timing of rapid-acting insulin should be closer to the meal to match the rise in blood glucose levels that occurs after eating.
B. Lispro lasts 24 hours and does not have to be timed with meals:
This statement is incorrect. Lispro is a rapid-acting insulin, and its duration of action is much shorter than 24 hours, typically lasting about 3-5 hours. It is crucial to time the administration of Lispro with meals to match its peak action with the rise in blood glucose levels after eating. A long-acting insulin would be the type that lasts for 24 hours, but that is not the case with Lispro.
C. 15-30 minutes before meals:
Lispro is a rapid-acting insulin, and its onset of action occurs within 15 minutes after injection. It is most effective when administered within 15-30 minutes before the start of a meal, as it peaks in about 1-2 hours and works to regulate blood glucose levels during and after the meal. This timing ensures that insulin works in concert with the rise in blood glucose following food intake, helping prevent hyperglycemia.
D. 60 minutes before meals:
Administering Lispro 60 minutes before a meal is too early. Rapid-acting insulins, such as Lispro, begin working quickly and reach peak action within 1-2 hours. If administered too far in advance, there is a risk that the insulin may have peaked before the meal, leading to a potential drop in blood glucose levels before the meal is consumed. This could result in hypoglycemia. Therefore, administering it closer to the meal, within 15-30 minutes, is the optimal timing.
Correct Answer is D
Explanation
A. Slow, shallow respirations and low heart rate:
Slow, shallow respirations and a low heart rate are not typical signs of postoperative hemorrhage. These signs might suggest respiratory or cardiac issues, but they are not specific to hemorrhage. In fact, hemorrhage is more likely to result in tachycardia (increased heart rate) and hypotension (low blood pressure) rather than bradycardia (low heart rate). Therefore, this finding is not indicative of post-operative hemorrhage.
B. Fever and flushed skin:
Fever and flushed skin are more commonly associated with infection rather than hemorrhage. After surgery, fever can be a sign of infection, particularly if it occurs 24-48 hours postoperatively. While infection can sometimes cause a rise in heart rate, it does not directly correlate with the symptoms of hemorrhage. Therefore, fever and flushed skin are not the most indicative of hemorrhage in the immediate postoperative phase.
C. Disorientation and confusion in an elderly patient:
Disorientation and confusion in the elderly post-operative patient can be concerning and may be caused by a variety of factors, such as medication side effects, electrolyte imbalances, or postoperative delirium. While confusion can occur with significant blood loss, it is not a primary indicator of hemorrhage. The signs of hemorrhage are more likely to include changes in vital signs, especially heart rate and blood pressure. Therefore, while disorientation and confusion should be monitored, they are not the most definitive sign of hemorrhage.
D. Increasing heart rate and decreasing blood pressure:
Increasing heart rate (tachycardia) and decreasing blood pressure (hypotension) are classic signs of hemorrhage. When blood loss occurs, the body compensates by increasing the heart rate to maintain cardiac output and attempting to constrict blood vessels. As hemorrhage progresses, blood volume decreases, which leads to a drop in blood pressure. This combination of tachycardia and hypotension is a key indicator of significant blood loss and requires immediate assessment and intervention. Therefore, this is the most indicative finding of postoperative hemorrhage.
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