A nurse is completing discharge teaching to a patient who has seizures and received a vagal nerve stimulator to decrease seizure activity. Which of the following statements should the nurse include in the teaching?
You should place a magnet over the implantable device when you feel an aura occurring
It's safe to use a microwave that is 12,000 watts or less
You should avoid the use of CT scan with contrast
It's recommended that you use a burst catheter for pain management .
The Correct Answer is A
Choice A rationale:
Magnet activation: Placing a magnet over the implantable device activates an on-demand feature of the VNS, delivering extra stimulation to the vagus nerve. This can potentially disrupt or shorten a seizure, especially when used at the onset of an aura (a warning sign that a seizure may be imminent).
Patient empowerment: Teaching the patient how to use the magnet provides them with a sense of control and a way to actively manage their seizures. It can reduce anxiety and improve quality of life.
Choice B rationale:
Microwave safety: While there's no definitive evidence that microwaves directly interfere with VNS devices, manufacturers generally recommend avoiding close or prolonged exposure to microwaves as a precaution. Specific guidelines may vary, but they often suggest keeping a distance of at least 15-20 inches from microwaves. The statement in Choice B about 12,000 watts or less is inaccurate and misleading.
Choice C rationale:
CT scans with contrast: There's no contraindication for patients with VNS to undergo CT scans with contrast. The device is designed to withstand common imaging procedures.
Choice D rationale:
Pain management: Burst catheters are typically used for pain management after surgery or during childbirth. They have no direct relevance to VNS therapy or seizure management.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is ["033"]
Explanation
Step 1 is to calculate the number of milliliters (mL) that contain the ordered dose of 300 mg of clindamycin.
Step 2 is to divide the total milliliters (mL) from Step 1 by the infusion time in minutes to get the flow rate in mL/hour. Here are the calculations:
Step 1:
900 mg of clindamycin is in 50 mL.
To find the mL that contain 300 mg, set up a proportion:
(300 mg / 900 mg) = (x mL / 50 mL) Cross-multiply and solve for x:
x = (300 mg * 50 mL) / 900 mg x = 16.67 mL
Step 2:
The infusion time is 30 minutes.
Divide the total mL (16.67 mL) by the infusion time in hours to get the flow rate in mL/hour: Flow rate = 16.67 mL / (30 minutes / 60 minutes/hour)
Flow rate = 33.33 mL/hour
Round to the nearest whole number, using a leading zero if it applies, and no trailing zero: Flow rate = 033 mL/hour
Correct Answer is ["1370"]
Explanation
To calculate the total output for the client, we need to add up all the individual outputs:
- The client voided 400 mL at 1100.
- The client voided 350 mL at 1430.
- The closed chest drainage system increased from 155 mL to 175 mL, which is an increase of 20 mL.
- The NG tube has 575 mL in the drainage container.
- The Jackson-Pratt drainage tube has 25 mL.
Adding all these amounts together, the total output that the nurse should record in the medical record is 1370 mL.
Here’s the calculation:
400 mL + 350 mL + (175 mL - 155 mL) + 575 mL + 25 mL = 1370 mL400mL+350mL+(175mL−155mL)+575mL+25mL=1370mL
So, the nurse should record a total output of 1370 mL in the medical record for the client.
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