The nurse is planning to administer the antiulcer gastrointestinal (GI) agent sucralfate to a client with peptic ulcer disease. Which action should the nurse include in this client's plan of care?
Give sucralfate on an empty stomach.
Assess for secondary Candida infection.
Administer sucralfate once a day, preferably at bedtime.
Monitor for electrolyte imbalance.
The Correct Answer is A
Choice A reason: This is the correct action to include in the client's plan of care, as sucralfate should be given on an empty stomach, at least one hour before meals and at bedtime. Sucralfate is a mucosal protectant that forms a protective barrier over the ulcer and prevents further damage from acid and pepsin. It requires an acidic environment to work, so it should not be taken with food or antacids.
Choice B reason: This is not a relevant action to include in the client's plan of care, as sucralfate does not cause or increase the risk of secondary Candida infection. Candida infection is a fungal infection that can affect the mouth, throat, esophagus, or vagina. It is more common in clients who use antibiotics, corticosteroids, or immunosuppressants, but not sucralfate.
Choice C reason: This is not an accurate action to include in the client's plan of care, as sucralfate should be administered four times a day, not once a day. Sucralfate has a short duration of action, so it needs to be taken frequently to maintain its protective effect on the ulcer.
Choice D reason: This is not a necessary action to include in the client's plan of care, as sucralfate does not cause or affect electrolyte imbalance. Electrolyte imbalance is an abnormality in the levels of sodium, potassium, calcium, magnesium, or other minerals in the blood. It can be caused by dehydration, vomiting, diarrhea, kidney disease, or other conditions, but not sucralfate.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
Choice A reason: This is the best option to measure the peak and trough levels of vancomycin, as it reflects the highest and lowest concentrations of the drug in the blood. The peak level indicates the efficacy and potential toxicity of vancomycin, while the trough level indicates the clearance and potential subtherapeutic effect of vancomycin. The peak level should be drawn immediately after completion of the IV dose, as it takes about 30 minutes for vancomycin to reach its maximum concentration in the blood. The trough level should be drawn 30 minutes before the next administration of the medication, as it represents the lowest concentration of vancomycin in the blood before it is replenished by another dose.
Choice B reason: This is not a good option to measure the peak and trough levels of vancomycin, as it may not capture the true highest and lowest concentrations of the drug in the blood. The peak level may be lower than expected, as it takes about 30 minutes for vancomycin to reach its maximum concentration in the blood. The trough level may be higher than expected, as it is drawn too close to the next administration of the medication.
Choice C reason: This is not a good option to measure the peak and trough levels of vancomycin, as it does not reflect the highest and lowest concentrations of the drug in the blood. The peak level is drawn too early, as vancomycin has not reached its maximum concentration in the blood yet. The trough level is drawn too late, as vancomycin has already started to decline in the blood.
Choice D reason: This is not a good option to measure the peak and trough levels of vancomycin, as it may miss the highest and lowest concentrations of the drug in the blood. The peak level is drawn too late, as vancomycin may have already started to decline in the blood. The trough level is drawn too early, as vancomycin may have not reached its minimum concentration in the blood yet.
Correct Answer is ["42"]
Explanation
The correct answer is 42gtt/min.
To calculate the infusion rate, use the formula:
gtt/min = (volume in mL x drop factor in gtt/mL) / time in min
Plug in the given values:
gtt/min = (500 mL x 10 gtt/mL) / 120 min
gtt/min = 5000 gtt / 120 min
gtt/min = 41.67 gtt/min
Round to the nearest whole number:
gtt/min = 42 gtt/min
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