Effects of Desflurane Versus Propofol Anesthesia on Regional Cerebral Oxygenation during Spinal Surgery in the Prone Position

Koraki Eleni, Stachtari Chrysoula, Bagntasarian Stella, Gkiouliava Anna, Sifaki Freideriki, Stergiouda Zoi, Kapsokalyvas Ioannis, Chatzopoulos Stavros
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Abstract

Context: Postural change during anaesthesia has a complex effect on systemic and cerebral circulations. Aim: The goal of the study was to evaluate the effects of desflurane and propofol on cerebral oxygenation during spinal surgery in the prone position. Settings and Design: A prospective randomized double-blinded trial. Methods and Materials: Fifty-two patients scheduled for spinal surgery were randomly allocated to propofol (n=25) and desflurane (n=27) groups. Anaesthetic agents were maintained to obtain a bispectral index of 50-55. SAP, DAP, HR, SPO2, ETCO2 and right and left rSO2 were assessed at seven-time points: supine position without oxygen administration (T1), supine position with oxygen administration (T2-baseline), intubation in the supine position (T3), just after prone positioning (T4), 10 minutes after prone positioning (T5), at the end of surgery in the prone position (T6) and at the end of anaesthesia in the supine position (T7). PCO2, PO2 and Hb partial were also recorded at T3 and T7. Results: Demographic data, pre-oxygenation hemodynamic variables and rSO2 were comparable between the groups. There was no significant difference between groups in SAP, DAP, HR, SPO2, and ETCO2 (p=0.095, p=0.061, p=0.357, p=0.088, p=0.328 respectively). PCO2, PO2 and Hb were not significant different between groups (p=0.542, p=0.394, p=0.768 respectively). rSO2 values were not significantly different between groups. In the propofol group, right rSO2 was significantly higher at T3 (p=0.017) and significantly lower at T5 (p=0,019) and at T6 (p=0,028) compared to baseline. Left rSO2 decreased significantly from baseline at T5 (p=0.026) in the propofol group. Left and right rSO2 in the desflurane group decreased significantly from baseline at T5 (p=0.0004 and p=0.0115). Conclusion: In the prone position, desflurane and propofol were associated with a significant decrease in rSO2 without differences between these anaesthetics.
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地氟醚与异丙酚麻醉对俯卧位脊柱手术中局部脑氧合的影响
背景:麻醉时体位变化对全身和脑循环有复杂的影响。目的:研究地氟醚和异丙酚对脊柱手术中俯卧位脑氧合的影响。设置和设计:前瞻性随机双盲试验。方法与材料:52例脊柱手术患者随机分为异丙酚组(n=25)和地氟醚组(n=27)。维持麻醉以获得双谱指数50-55。在7个时间点评估SAP、DAP、HR、SPO2、ETCO2和左右rSO2:仰卧位不给氧(T1)、仰卧位给氧(t2 -基线)、插管仰卧位(T3)、俯卧位后(T4)、俯卧位后10分钟(T5)、手术结束时俯卧位(T6)和麻醉结束时仰卧位(T7)。在T3和T7也记录了PCO2、PO2和Hb partial。结果:组间人口学数据、预充氧血流动力学变量和rSO2具有可比性。SAP、DAP、HR、SPO2、ETCO2组间差异无统计学意义(p=0.095、p=0.061、p=0.357、p=0.088、p=0.328)。各组间PCO2、PO2、Hb差异无统计学意义(p=0.542、p=0.394、p=0.768)。各组间rSO2值无显著差异。在异丙酚组中,与基线相比,T3时右rSO2显著升高(p=0.017), T5时显著降低(p= 0.019), T6时显著降低(p= 0.028)。异丙酚组T5时左rSO2较基线显著降低(p=0.026)。地氟醚组左、右rSO2在T5时较基线显著降低(p=0.0004和p=0.0115)。结论:俯卧位时,地氟醚和异丙酚可显著降低rSO2,两种麻醉剂之间无差异。
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