Samsung Medical Center
Seoul, 135-710, South Korea
NCT Number: NCT01690364
Recently intraoperative motor evoked potential monitoring (MEP) is widely used to reduce neural damage during neurosurgery.
As neuromuscular blockade(NMB) during MEP monitoring decreases the amplitude of MEP, partial NMB is usually maintained during general anesthesia. Continuous infusion of NMB agent is preferred than bolus infusion during MEP monitoring. There are a lot of NMB agents in clinical use. But there have been no reports about the effect of changing NMB agent on efficacy of MEP monitoring.
Therefore, the investigators performed a randomized controlled trial to evaluate the effect of changing NMB agent on the variability of MEP amplitude during neurosurgery.
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Notify Me20 year–75 year
All sexes
Interventional
Not applicable
Seoul, 135-710, South Korea
Recently intraoperative motor evoked potential monitoring (MEP) is widely used to reduce neural damage during neurosurgery.
As neuromuscular blockade(NMB) during MEP monitoring decreases the amplitude of MEP, partial NMB is usually maintained during general anesthesia. Continuous infusion of NMB agent is preferred than bolus infusion during MEP monitoring. There are a lot of NMB agents in clinical use. But there have been no reports about the effect of changing NMB agent on efficacy of MEP monitoring.
Therefore, the investigators performed a randomized controlled trial to evaluate the effect of changing NMB agent on the variability of MEP amplitude during neurosurgery.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
MEP monitoring with continuous infusion of vecuronium during general anesthesia
MEP monitoring with continuous infusion of cisatracurium during general anesthesia
Time frame: 15 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 30 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 45 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 60 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 75 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 90 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 105 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 120 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 135 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 150 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 165 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 180 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 195 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 210 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 225 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 240 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 255 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 270 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 285 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: 300 min after anesthetic induction
intraoperative motor evoked potential monitoring amplitude
Time frame: at the end of the surgery (5H after the start of surgery)
Coefficient of variation (CV) of intraoperative motor evoked potential monitoring amplitude
Time frame: at the end of the surgery (5H after the start of surgery)
Average of all measured MEP amplitudes in a subject
Time frame: at the end of the surgery (5H after the start of surgery)
The frequency of adjusting the infusion dose of muscle relaxant
Time frame: at the end of the surgery (5H after the start of surgery)
Average of Latency of MEP amplitude
Samsung Medical Center
Other
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