A patient with pancreatic cancer develops ascites, and 2 liters of fluid are removed via paracentesis. What schedule should the nurse follow to monitor the patient’s blood pressure after this procedure?
Every 1 hour for 2 hours.
Every 5 minutes for one hour.
Every 15 minutes for one hour, then every 1 hour for 2 hours.
Every 5 minutes for 30 minutes, then every 4 hours thereafter.
The Correct Answer is C
Choice A rationale
Monitoring the patient’s blood pressure every 1 hour for 2 hours after paracentesis may not be sufficient. Paracentesis is a procedure to remove fluid that has accumulated in the abdominal cavity (a condition called ascites). This is a common problem in people with certain diseases, including liver and kidney disease. Changes in blood pressure can occur rapidly after this procedure, so more frequent monitoring is needed immediately after the procedure.
Choice B rationale
Monitoring the patient’s blood pressure every 5 minutes for one hour after paracentesis may be too frequent and could cause unnecessary stress for the patient. It is important to balance the need for monitoring with the patient’s comfort and well-being.
Choice C rationale
Monitoring the patient’s blood pressure every 15 minutes for one hour, then every 1 hour for 2 hours after paracentesis is a good schedule. This allows for close monitoring immediately after the procedure, when complications are most likely to occur. It then allows for continued monitoring as the patient stabilizes.
Choice D rationale
Monitoring the patient’s blood pressure every 5 minutes for 30 minutes, then every 4 hours thereafter may not provide enough monitoring in the immediate post-procedure period. While it is important to continue monitoring, the first few hours after the procedure are a critical time when complications are most likely to occur.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A rationale
Administering oxygen via a face mask is the first intervention the nurse should do. This is because the decrease in fetal heart rate after the last four contractions indicates possible fetal distress, which can be caused by insufficient oxygen. Administering oxygen to the mother can increase the amount of oxygen available to the fetus, potentially alleviating the distress.
Choice B rationale
Applying an internal fetal heart monitor can provide more accurate and continuous data about the fetal heart rate and contractions. However, this is usually not the first intervention because it is invasive and can only be done if the cervix is sufficiently dilated and the membranes have ruptured.
Choice C rationale
Using a vibroacoustic stimulator is a method used to wake a sleeping baby in the womb during a non-stress test. It is not typically used in response to signs of fetal distress during labor.
Choice D rationale
Notifying the healthcare provider is important when there are signs of fetal distress. However, the nurse has interventions, such as administering oxygen, that they can and should do immediately while the healthcare provider is being notified.
Correct Answer is C
Explanation
Choice A rationale
Comparing muscle strength bilaterally is important in assessing overall physical health and detecting any potential neuromuscular disorders. However, in the context of a client with a history of heart failure and elevated potassium levels, this would not be the most critical intervention. High potassium levels can lead to hyperkalemia, which can cause serious heart rhythm disturbances.
Choice B rationale
Observing the color and amount of urine can provide valuable information about the client’s hydration status and kidney function. In the case of heart failure, monitoring urine output can help assess the effectiveness of diuretic therapy and the progression of the disease. However, it is not the most immediate concern given the client’s high potassium levels.
Choice C rationale
Determining the apical pulse rate and rhythm is the most important intervention in this scenario. A serum potassium level of 6.2 mEq/L is higher than the normal range (3.5-5.0 mEq/L) and can cause life-threatening heart rhythm abnormalities. Therefore, the nurse should prioritize assessing the client’s heart rhythm to detect any abnormalities caused by this electrolyte imbalance.
Choice D rationale
Assessing the strength of deep tendon reflexes can help identify changes in neuromuscular function and is often used in neurological assessments. However, it is not the most critical intervention in the context of elevated potassium levels and heart failure.
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