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Preoxygenation using invasive ventilator in volume control mode in patients with emergency intubation can shorten the time of preoxygenation and improve the quality of preoxygenation

机译:紧急插管患者使用有创呼吸机以容积控制方式进行预充氧可以缩短预充氧的时间并提高预充氧的质量

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摘要

Preoxygenation can rapidly improve oxygenation and enhance the security of endotracheal intubation, so it is very essential before endotracheal intubation. The conventional preoxygenation method self-inflating bag (SIB) is not very effective in case of emergency. So our study aims to find a more effective method of preoxygenation in a critical situation.We retrospectively analyzed data of 105 patients in this study. A total of 49 patients with preoxygenation with invasive ventilator in volume control mode (VCM) and 56 patients with preoxygenation with SIB were included. No significant differences were detected in the baseline data of the 2 groups (P > 0.05). Time of preoxygenation (95%) was 174 (168–180) seconds in group VCM and 205 (199–212) seconds in group SIB (P < 0.05), and multifactor linear regression showed that its main risk factors were the methods of preoxygenation and PO2 before preoxygenation (P < 0.05). Immediate SPO2 after preoxygenation was 91 (89–92)% in group VCM and 85 (83–86)% in group SIB (P < 0.05). Total time of preoxygenation and intubation was 266 (252–280) seconds in group VCM and 318 (298–338) seconds in group SIB (P < 0.05). The 24-hour and overall survival rate in group SIB were lower than in group VCM (P > 0.05). Cox regression showed that SaO2 at 5 minutes after intubation was the major risk factor for the survival rate.Invasive ventilator with volume control mode can shorten the time of preoxygenation and improve the quality of preoxygenation in patients with emergency intubation and may be a better method of preoxygenation in a critical situation.
机译:预充氧可以迅速改善氧合并增强气管插管的安全性,因此在进行气管插管之前非常重要。常规的预充氧方法自充气袋(SIB)在紧急情况下效果不佳。因此,本研究旨在寻找一种在危急情况下更有效的预加氧方法。我们回顾性分析了本研究中的105例患者的数据。包括49例采用容积控制模式(VCM)的有创呼吸机进行预充氧的患者和56例使用SIB进行预充氧的患者。两组基线数据差异均无统计学意义(P> 0.05)。 VCM组的预氧化时间(95%)为174(168–180)秒,SIB组的预氧化时间为205(199–212)秒(P <0.05),多因素线性回归表明其主要危险因素是预氧化的方法和预氧化前的PO2(P <0.05)。 VCM组预加氧后立即SPO2为91(89-92)%,SIB组为85(83-86)%(P <0.05)。 VCM组的预充氧和插管总时间为266(252–280)秒,SIB组为318(298–338)秒(P <0.05)。 SIB组的24小时生存率和总生存率均低于VCM组(P> 0.05)。 Cox回归显示插管后5分钟内SaO2是存活率的主要危险因素。容积控制模式的有创呼吸机可以缩短预充氧时间,改善急诊插管患者预充氧的质量,可能是更好的方法。在危急情况下进行预充氧。

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