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首页> 外文期刊>Proceedings of Singapore Healthcare >Low skill fibreoptic intubation using i-gel? and air-Q? in simulated difficult airways: A randomised study in manikin and in patients
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Low skill fibreoptic intubation using i-gel? and air-Q? in simulated difficult airways: A randomised study in manikin and in patients

机译:使用i-gel的低技能纤维电气插管? 和air-q? 在模拟困难的气道中:Manikin和患者的随机研究

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Background: Fibreoptic intubation via a supraglottic device (SAD) is ‘low skill fibreoptic intubation’ (LSFOI). ‘Standard’ second generation SADs (i-gelTM) have a gastric port. ‘Specialised’ second generation SADs (air-QTM) are designed to facilitate LSFOI and have wider ventilation ports. Our hypothesis was that performance of LSFOI differs between i-gelTM and air-QTM in a manikin with a simulated difficult airway. Methods: Our primary outcome was fibreoptic intubation success rate. Our secondary outcomes included SAD insertion and LSFOI times. A difficult airway was simulated by applying a hard cervical collar to a manikin. Anaesthetists performed LSFOI serially using both SADs in a random sequence. In the manikin study, 80 anaesthetists were recruited. To test the robustness of the conclusion from our manikin study, we repeated the study in 22 anaesthetised patients. Patients were fitted with the same cervical collar and randomly allocated to either devices. We used McNemar’s statistical test to analyse our primary outcome of successful intubations and paired nominal data. A Wilcoxon signed-ranks test was used to analyse nonparametric paired data and a Mann–Whitney U test was used for unpaired data analysis where appropriate. A p-value of 0.05 was considered statistically significant. Results: In the manikin study, the i-gelTM was superior to the air-QTM for successful tracheal intubation (98.8% vs 83.8%, respectively; p=0.002) and LSFOI times (34.0 s vs 36.0 s, respectively; p=0.012). In the patient study, LSFOI success rates were not significantly different between i-gelTM and air-QTM (100% vs 91.6%, respectively; p=0.545) but intubation times were shorter (52.5 s vs 60.0 s, respectively; p=0.036). Conclusion: In conclusion, we obtained LSFOI success rates for the i-gelTM or air-QTM of 98.8% and 83.8% respectively in a manikin; and 100% and 91.6% respectively in patients. It is in fact ‘low skill’ as many participants were successful despite no prior experience with LSFOI. The i-gelTM is superior for LSFOI compared with the air-QTM. This is despite being a ‘standard’ second generation SAD as compared to a ‘specialised’ second generation SAD (air-QTM).
机译:背景:通过Suprottic设备(SAD)的Fibreoptic插管是“低技能Fibreoptic Intubation”(LSFOI)。 “标准”第二代悲伤(I-GELTM)有胃港。 “专业的”第二代悲伤(Air-QTM)旨在促进LSFOI并具有更宽的通风口。我们的假设是,LSFOI的性能与Manikin中的I-Geltm和Air-QTM之间的性能不同,具有模拟困难的气道。方法:我们的主要结果是Fibreoptic Intubation成功率。我们的二次结果包括悲伤的插入和LSFOI时间。通过将硬宫颈套环施加到Manikin来模拟一个困难的气道。麻醉师在随机序列中串行使用两个悲伤进行序列式。在Manikin学习中,招募了80名麻醉师。为了从我们的Manikin学习中测试结论的稳健性,我们在22例麻醉患者中重复研究。患者配备相同的颈部套环并随机分配给任一器件。我们使用McNemar的统计测试来分析我们成功的插管和配对名义数据的主要结果。使用Wilcoxon签名级别测试来分析非参数配对数据,并且在适当的情况下使用Mann-Whitney U测试来进行未配对的数据分析。 P值的& 0.05被认为是统计学意义的。结果:在Manikin研究中,I-GELTM优于空气QTM,用于成功气管插管(分别为98.8%,分别为83.8%; P = 0.002)和LSFOI时间(34.0秒36.0秒; P = 0.012 )。在患者研究中,I-GELTM和AIR-QTM之间的LSFOI成功率没有显着差异(分别为100%,分别为91.6%; P = 0.545),但插管时间较短(分别为52.5 vs 60.0 s; p = 0.036 )。结论:总之,我们在人体模型中获得了I-GELTM或AIR-QTM的LSFOI成功率为98.8%和83.8%;患者分别为100%和91.6%。事实上,尽管没有先前的LSFOI经验,但许多参与者的成功实际上是“低技能”。与空气QTM相比,I-GELTM对LSFOI优越。尽管与“专业的第二代悲伤(Air-QTM)相比,这仍然是”标准“第二代悲伤。

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