Key result
A standardized surgery checklist and new OR team communication protocol significantly reduced average post-anesthesia wake-up times after scoliosis surgery from 16.6 minutes to 6.0 minutes by years two and three.
Why the study?
Prolonged post-anesthesia wake-up times threaten patient safety, whereas shorter wake-up times enable rapid intraoperative neurologic assessment, potential re-operation for deficits, and shorter hospital stays.
Does a standardized surgery checklist and new team communication protocol reduce post-anesthesia wake-up times in patients undergoing scoliosis surgery?
Observational (n=485)
Yes
Does a standardized surgery checklist and new team communication protocol reduce post-anesthesia wake-up times in patients undergoing scoliosis surgery?
Absolute Event Rate: 6% vs 16.6%
p-value: p=0.024 and 0.030
Implementation of a standardized surgery checklist and communication protocol significantly reduced post-anesthesia wake-up times in scoliosis surgery.
May support checklist adoption to shorten scoliosis surgery recovery; leaves open prospective validation across procedures.
Introduction: Prolonged post-anesthesia wake-up times present a threat to patient safety. Shorter wake-up times allow for intraoperative physical exams and potential to re-operate quickly in case of detected neurologic deficits, which may allow for a better neurologic outcome. Furthermore, shorter wake-ups may reduce length of hospital stay, lowering healthcare costs. Methods: We studied how a standardized spine deformity surgery checklist and new OR team communication impacted post-anesthesia wake-up times after scoliosis surgery. We used a Kruskal-Wallis one-way ANOVA to compare 17 wake-up times recorded prior to using the new surgery checklist and teamwork protocol to 468 wake-up times recorded over three years after implementation of the new protocol. We used a Pearson correlation coefficient to analyze how wake-up times varied based on surgical duration with the new protocol. Results: After one year of the new protocol, wake-up times reduced from an average of 16.6 minutes to an average of 7.6 minutes. Wake-up times further declined to an average of 6.0 minutes by years two and three of the new protocol, with significant reductions in these years (p=0.024 and p=0.030, respectively). Improvements to the protocol were made over time in response to outliers. Nearly 75% of wake-up times were less than five minutes with the new protocol. Wake-up times recorded using the new protocol showed a significant weak positive correlation with surgical duration (r=0.092, p=0.047). Conclusion: The standardized surgery checklist and new team communication promotes significantly shorter post-anesthesia wake-up times, irrespective of surgical duration. While using a comprehensive surgery checklist may take a few more minutes up front, that time is saved at the end with shorter wake-up time, creating net time savings while improving safety. Key steps to promoting a shorter intraoperative wake-up include: 1) using a bispectral index monitor (BIS) with a goal in the 50s, 2) standardized target anesthetic dosing parameters, 3) eliminated anesthetic drug variability, 4) every-thirty-minute timeouts to monitor patient status, and 5) sub-three-minute pre-surgery wake-up time goals verbalized to the OR team.
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Hey et al. (2023) conducted an observational in Scoliosis (n=485). Standardized spine deformity surgery checklist and OR team communication protocol vs. Standard care prior to protocol implementation was evaluated on Post-anesthesia wake-up time (p=0.024 and 0.030). A standardized surgery checklist and new OR team communication protocol significantly reduced average post-anesthesia wake-up times after scoliosis surgery from 16.6 minutes to 6.0 minutes by years two and three.
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