Pain Management Devices Monitoring
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NCLEX-PN › Pain Management Devices Monitoring
A 73-year-old client with chronic pain has a transdermal fentanyl patch in place. The client reports using an electric heating pad on the shoulder where the patch is applied. Vital signs: temperature 98.9°F (37.2°C), heart rate 68/min, blood pressure 108/62 mmHg, respiratory rate 10/min, oxygen saturation 93% on room air; pain rating 2/10; client is sleepy. Which assessment finding requires immediate intervention with a transdermal patch?
Temperature is 98.9°F (37.2°C)
The client is using a heating pad over the fentanyl patch site
Blood pressure is 108/62 mmHg
Pain rating is 2/10 while on the patch
Explanation
The skill tested is monitoring pain management devices. The priority concern is enhanced drug absorption from heat application, leading to opioid toxicity. The client using a heating pad over the fentanyl patch site addresses the most urgent device issue because heat increases release, causing low respiratory rate and sleepiness. Option B is less critical as a pain rating of 2/10 is positive; option C is incorrect as low blood pressure is secondary; option D is not urgent as the temperature is normal. A principle of safe device monitoring is to warn against heat sources with transdermal systems. Another principle is to monitor for environmental factors affecting absorption. A transferable strategy for monitoring pain management devices is to inquire about client habits and educate on risks.
A 49-year-old client is using a PCA pump with hydromorphone after hernia repair. Assessment: the pump alarm indicates “dose limit reached”; vital signs: heart rate 92/min, blood pressure 138/84 mmHg, respiratory rate 18/min, oxygen saturation 98% on room air; pain rating 9/10; client is alert and requesting more medication. Which finding indicates a problem with the PCA pump?
The pump indicates ‘dose limit reached’ and the client has pain 9/10
Oxygen saturation is 98% on room air
Blood pressure is 138/84 mmHg with pain
The client is alert and requesting more medication
Explanation
The skill tested is monitoring pain management devices. The priority concern is inadequate analgesia due to dose limit preventing further dosing. The pump indicating ‘dose limit reached’ and the client having pain 9/10 addresses the most urgent device issue because it signals the need for prescription adjustment in an alert client. Option A is less critical as alertness is positive; option C is incorrect as 98% saturation is normal; option D is not urgent as elevated blood pressure is pain-related. A principle of safe device monitoring is to respond to dose limits by assessing pain needs. Another principle is to ensure limits do not hinder control. A transferable strategy for monitoring pain management devices is to track usage history and advocate for adjustments.
A 56-year-old client is 6 hours post-operative after open cholecystectomy and is using a PCA pump with hydromorphone for pain control. The client’s family states they have been pressing the PCA button while the client sleeps “so the pain won’t come back.” Vital signs: heart rate 72/min, blood pressure 110/64 mmHg, respiratory rate 12/min, oxygen saturation 95% on room air; pain rating 0/10; client is very sleepy. Which finding indicates a problem with the PCA pump?
Oxygen saturation is 95% on room air
The client reports pain is 0/10 at this time
A family member is pressing the PCA button for the client
The client is sleeping between assessments
Explanation
The skill tested is monitoring pain management devices. The priority concern is unauthorized use of the PCA pump, which can lead to opioid overdose. The finding that a family member is pressing the PCA button for the client addresses the most urgent device issue because only the client should control dosing to avoid excessive medication. Option B is less critical as a pain rating of 0/10 indicates good control; option C is incorrect as sleeping is expected but not problematic; option D is not urgent as 95% oxygen saturation is adequate. A principle of safe device monitoring is to educate clients and families on proper PCA use to prevent misuse. Another principle is to assess sedation levels frequently to detect early overdose signs. A transferable strategy for monitoring pain management devices is to observe usage patterns and intervene on any deviations from protocol.
A 62-year-old client is 1 day post-operative after total knee replacement and is receiving epidural analgesia with a local anesthetic-opioid mixture for pain control. Vital signs: temperature 99.1°F (37.3°C), heart rate 96/min, blood pressure 84/48 mmHg (down from 128/74), respiratory rate 16/min, oxygen saturation 95% on 2 L/min nasal cannula; pain rating 1/10; legs feel heavy and client reports dizziness. What should the nurse do FIRST when the epidural catheter alarm sounds and the client’s blood pressure is 84/48 mmHg?
Increase the epidural infusion rate to improve analgesia
Document the alarm and reassess pain in 30 minutes
Assist the client to stand and assess for orthostatic blood pressure changes
Stop the epidural infusion and notify the RN immediately
Explanation
The skill tested is monitoring pain management devices. The priority concern is hypotension, a common complication of epidural analgesia that can indicate excessive infusion or sympathetic blockade. Stopping the epidural infusion and notifying the RN immediately addresses the most urgent device issue because the low blood pressure of 84/48 mmHg requires prompt cessation to prevent further deterioration. Option B is incorrect as assisting to stand could worsen hypotension; option C is less critical as documenting without action delays intervention; option D is inappropriate as increasing the rate could exacerbate hypotension. A principle of safe device monitoring is to respond to alarms by assessing the client and device integrity first. Another principle is to prioritize hemodynamic stability in clients receiving epidural infusions. A transferable strategy for monitoring pain management devices is to always verify vital signs against baseline when an alarm sounds and escalate care as needed.
A 63-year-old client is receiving epidural analgesia after knee surgery. Assessment: client has numbness up to the chest level and reports trouble breathing; vital signs: heart rate 54/min, blood pressure 90/50 mmHg, respiratory rate 10/min, oxygen saturation 90% on room air; pain rating 0/10. What should the nurse do FIRST when the epidural catheter alarm sounds and the client reports trouble breathing?
Encourage the client to use the incentive spirometer
Place the client in a high Fowler’s position and reassess in 30 minutes
Increase the epidural rate to maintain pain control
Stop the epidural infusion and notify the RN immediately
Explanation
The skill tested is monitoring pain management devices. The priority concern is migration of epidural medication causing high-level blockade and respiratory compromise. Stopping the epidural infusion and notifying the RN immediately addresses the most urgent device issue because numbness to the chest and breathing difficulty indicate excessive spread requiring cessation. Option B is incorrect as spirometry is secondary; option C is less critical as positioning delays action; option D is inappropriate as increasing rate worsens the issue. A principle of safe device monitoring is to stop infusions for ascending numbness. Another principle is to prioritize airway and circulation. A transferable strategy for monitoring pain management devices is to assess sensory levels and vital signs regularly.
A 71-year-old client is receiving epidural analgesia after surgery. Assessment: epidural dressing is saturated with clear fluid and the client reports a new headache that worsens when sitting up; vital signs: heart rate 88/min, blood pressure 118/70 mmHg, respiratory rate 16/min, oxygen saturation 97% on room air; pain rating 2/10. What should the nurse do FIRST when the epidural catheter alarm sounds and the dressing is saturated?
Encourage the client to ambulate to relieve the headache
Reinforce the dressing and reassess in 2 hours
Massage the insertion site to reduce leaking
Stop the epidural infusion and notify the RN immediately
Explanation
The skill tested is monitoring pain management devices. The priority concern is cerebrospinal fluid leak or post-dural puncture headache from epidural placement. Stopping the epidural infusion and notifying the RN immediately addresses the most urgent device issue because saturated dressing and positional headache indicate a complication needing urgent assessment. Option B is incorrect as reinforcing delays intervention; option C is less critical as massaging is inappropriate; option D is not urgent as ambulation may worsen headache. A principle of safe device monitoring is to halt infusions for site leakage. Another principle is to assess for neurological symptoms post-insertion. A transferable strategy for monitoring pain management devices is to monitor dressings and report changes promptly.
A 63-year-old client with chronic cancer pain is prescribed a transdermal fentanyl patch for continuous pain control. The nurse assesses the client 8 hours after a new patch was applied. Findings: temperature 100.8°F (38.2°C), heart rate 84/min, blood pressure 118/70 mm Hg, respirations 8/min, oxygen saturation 89% on room air; pain 1/10; the patch is in place on the upper arm. Which assessment finding requires immediate intervention with a transdermal patch?
Respiratory rate is 8/min with oxygen saturation 89% on room air
Temperature is 100.8°F (38.2°C)
Pain rating decreased from 7/10 to 1/10 since patch application
The patch is placed on the upper arm over intact skin
Explanation
This question tests the skill of monitoring pain management devices, specifically recognizing opioid overdose with transdermal patches. The priority concern is respiratory depression, shown by the dangerously low respiratory rate of 8/min and hypoxemia (oxygen saturation 89%). The correct answer (B) identifies life-threatening respiratory depression requiring immediate intervention - the patch must be removed and naloxone may be needed. Option A indicates effective pain control, option C describes appropriate patch placement, and option D (mild fever) is less urgent than respiratory compromise. The principle is that transdermal patches continue delivering medication even after removal, so respiratory depression can persist. A transferable strategy is to monitor respiratory status more frequently in the first 24 hours after patch application or dose increases, as this is when overdose risk is highest.
A 33-year-old client is 1 day post-operative after a cesarean birth and is using a PCA pump with morphine for pain control. The nurse assesses the client and finds the PCA button is taped to the side rail “so it’s easier to reach,” and the client’s partner states they have been pressing the button while the client sleeps. Vital signs: temperature 98.8°F (37.1°C), heart rate 82/min, blood pressure 124/80 mm Hg, respirations 12/min, oxygen saturation 96% on room air; pain 1/10. Which finding indicates a problem with the PCA pump?
Heart rate is 82/min
Pain level is 1/10
Oxygen saturation is 96% on room air
The partner has been pressing the PCA button for the client
Explanation
This question tests the skill of monitoring pain management devices, specifically identifying unsafe PCA pump practices. The priority concern is recognizing proxy use of PCA, where someone other than the patient activates doses, which bypasses the safety mechanism of patient control. The correct answer (A) identifies the dangerous practice of the partner pressing the PCA button for the sleeping patient, which can lead to overdose since the patient's level of consciousness isn't controlling dosing. Options B, C, and D all show normal findings indicating safe opioid use currently. The principle is that only the patient should ever press the PCA button - this built-in safety feature prevents overdose by requiring patient consciousness. A transferable strategy is to educate all patients and families that PCA means "patient-controlled" and explain why others pressing the button creates serious overdose risk.
A 33-year-old client is 4 hours post-operative after cesarean birth and is using a PCA pump with morphine for pain control. Assessment: client reports increasing pain 8/10 and says, “I keep pressing the button but nothing happens”; the pump shows “lockout” and the IV site is swollen and cool to touch. Vital signs: heart rate 102/min, blood pressure 132/78 mmHg, respiratory rate 18/min, oxygen saturation 98% on room air. Which finding indicates a problem with the PCA pump?
Pain rating is 8/10 post-operatively
The IV site is swollen and cool to touch
The pump displays ‘lockout’ after repeated button presses
Heart rate is 102/min with severe pain
Explanation
The skill tested is monitoring pain management devices. The priority concern is infiltration at the IV site, preventing effective PCA delivery and causing tissue damage. The IV site being swollen and cool to touch addresses the most urgent device issue because it indicates extravasation, explaining ineffective pain control despite button presses. Option A is less critical as lockout is a safety feature; option C is incorrect as high pain is a symptom; option D is not urgent as tachycardia is pain-related. A principle of safe device monitoring is to inspect IV sites for patency during alarms. Another principle is to correlate device function with clinical symptoms. A transferable strategy for monitoring pain management devices is to assess access sites routinely and intervene on abnormalities.
A 59-year-old client with chronic low back pain uses a transdermal fentanyl patch for continuous analgesia. Assessment: client has two patches on the upper back (one dated today and one dated 2 days ago); vital signs: heart rate 60/min, blood pressure 102/60 mmHg, respiratory rate 9/min, oxygen saturation 91% on room air; pain rating 1/10; client is difficult to awaken. Which assessment finding requires immediate intervention with a transdermal patch?
Two fentanyl patches are present on the client’s skin
The patch is placed on the upper back
Blood pressure is 102/60 mmHg at rest
Pain rating is 1/10 with the current regimen
Explanation
The skill tested is monitoring pain management devices. The priority concern is overdose from multiple patches, increasing the risk of respiratory depression and sedation. The finding of two fentanyl patches present on the client’s skin addresses the most urgent device issue because it doubles the dose, leading to low respiratory rate and difficulty awakening. Option A is less critical as a pain rating of 1/10 is desirable; option C is incorrect as low blood pressure is secondary; option D is not urgent as placement on the upper back is appropriate. A principle of safe device monitoring is to inspect application sites for proper patch count and removal. Another principle is to monitor for cumulative opioid effects in chronic use. A transferable strategy for monitoring pain management devices is to verify adherence to dosing schedules and educate on patch disposal.