The nurse is caring for a client with a permanent biventricular pacemaker. What should the nurse include in the discharge teaching?
Avoid use of the microwave for three months
Use cellular phone sparingly
Resume outdoor activities in two days
No heavy lifting for two months
The Correct Answer is D
A) Avoid use of the microwave for three months:
Microwaves do not interfere with pacemaker function. Modern pacemakers are designed to be resistant to electromagnetic interference from household devices like microwaves. Therefore, there is no need to avoid microwave use. The nurse should focus on other areas of safety that are more pertinent to the functioning of the pacemaker.
B) Use cellular phone sparingly:
Cellular phones generally do not interfere with the operation of most modern pacemakers. The nurse may advise the client to avoid holding a mobile phone directly over the pacemaker (i.e., on the chest) for prolonged periods, but there is no need to avoid using the phone entirely. Current guidelines suggest using the phone on the opposite ear from the side of the pacemaker if concerned, but the phone itself does not pose a significant risk.
C) Resume outdoor activities in two days:
Although outdoor activities may be safe after some time, the client should avoid strenuous physical activity or exercise for a period after receiving a pacemaker. The recommended rest period after pacemaker placement typically ranges from several days to a few weeks, depending on the individual and the procedure. However, resuming outdoor activities like walking or mild exercise is often appropriate earlier than two days, but not in all cases, and should be guided by the healthcare provider.
D) No heavy lifting for two months:
After the insertion of a biventricular pacemaker (which is often used in cases of heart failure), the patient should avoid heavy lifting and strenuous activities for at least 6-8 weeks to allow the lead wires to properly stabilize within the heart and to reduce the risk of dislodging the pacemaker leads. Lifting objects heavier than 10-15 pounds (4.5-7 kg) can strain the chest muscles and disrupt pacemaker lead placement.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A) Urine output of 0.5-1 mL/kg/hr:
This is a positive outcome during fluid resuscitation for burn patients. Adequate urine output is a key indicator of proper renal perfusion and fluid balance. A urine output of 0.5-1 mL/kg/hr is considered optimal for burn patients during the first 24-48 hours of resuscitation. It suggests that the kidneys are receiving sufficient blood flow and that the patient is responding appropriately to the fluids being administered.
B) Serum sodium level 149 mEq/L (normal 135-145):
A serum sodium level of 149 mEq/L is high and indicates hypernatremia, which is a common complication of excessive fluid resuscitation, particularly with the use of crystalloids. Hypernatremia can lead to cerebral edema, altered mental status, and other severe complications. Therefore, this finding would suggest improper fluid management and would not be considered a positive outcome.
C) Blood pressure 82/54:
A blood pressure of 82/54 is hypotensive, which is concerning in a burn patient. Hypotension indicates inadequate tissue perfusion, potentially leading to shock and organ failure. While low blood pressure may occur in the initial stages of resuscitation due to the rapid shifts in fluid, a sustained low blood pressure is not a positive outcome.
D) Heart rate 124 beats per minute:
A heart rate of 124 beats per minute is tachycardic and suggests that the patient is compensating for hypovolemia or inadequate circulatory volume, possibly due to insufficient fluid resuscitation. Although an elevated heart rate may occur as a compensatory mechanism in the initial stages of burn resuscitation, sustained tachycardia indicates ongoing volume depletion or inadequate perfusion and is not an ideal outcome.
Correct Answer is ["A","B","C","E"]
Explanation
A) Description of injury, vital signs during surgery, and current vital signs:
This information is crucial for the ICU nurse to understand the nature of the injury, how the patient responded during surgery, and their current hemodynamic status. Vital signs during surgery provide insight into the patient's cardiovascular stability and response to anesthesia, blood loss, and interventions. Current vital signs are important to monitor for any postoperative complications.
B) Description of operative procedure and patient tolerance:
The ICU nurse needs to know the details of the surgery performed, such as the type of trauma repair and any complications that may have occurred during the procedure. Understanding how the patient tolerated the surgery (e.g., any complications such as hypotension or arrhythmias) is important for planning post-operative care and anticipating potential issues in the ICU.
C) Total intake and output (IV fluids, blood products, urine/chest tube output, blood loss):
Tracking fluid balance is critical in trauma patients, especially those who have suffered significant blood loss. IV fluids, blood products, and other inputs (such as urine and chest tube output) provide vital information on the patient's circulatory status and renal function. Blood loss is also important to monitor, as it may need to be replaced, and fluid status affects the patient's recovery.
D) Presence of the patient's spiritual advisor and family:
Although family presence can be an important part of patient care, especially in a trauma situation, it is not essential information for the ICU nurse to receive during a report. While the ICU nurse may ask for family updates and visitor information, the focus of the report should be on the patient's clinical status and post-operative needs.
E) Medications administered during surgery and IV access sites:
The ICU nurse must know the medications administered during surgery, especially anesthesia agents, antibiotics, and analgesics, to understand their effects and anticipate any needed follow-up care, such as pain management or monitoring for adverse reactions. Knowing the IV access sites (e.g., central line, peripheral IV) is important for administering medications, fluids, and for monitoring potential complications related to vascular access.
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