Hüter Lars, Schwarzkopf Konrad, Rödiger Jörg, Preussler Niels P, Schreiber Torsten
Department of Anesthesiology and Intensive Care Medicine, University of Jena, Germany.
Resuscitation. 2009 Aug;80(8):930-4. doi: 10.1016/j.resuscitation.2009.04.038. Epub 2009 May 29.
Endotracheal intubation remains the standard of airway management. Because intubation skills are difficult to acquire, for medical students teaching of easier to learn techniques should be considered.
We retrospectively analyzed data that were collected in a University teaching facility. 264 medical students were taught how to use laryngeal tube (LT) and Esophageal Tracheal Combitube((R)) (ETC) in a manikin. The students underwent one of two different types of extraglottic airway management training consisting of either long lecture (30min) and intensive training (2h) (group IT, n=48), or brief (10min) lecture and 20min of training (group BT, n=216). Both groups underwent a test 6 weeks after training, group IT had an additional test 24h after training.
After 24h students in group IT were faster using the LT than the ETC (31.7s+/-2.1 vs. 51.9s+/-5.8, p<0.001). Up to 6 weeks after training students were able to place the LT significantly faster than the ETC in both groups (26.5s+/-2.1 vs. 53.9s+/-5.8 group IT and 43.4s+/-1.6 vs. 103.8s+/-4.4 group BT, p<0.001). At 24h and 6 weeks following intensive training, there was no statistical difference in the time required for insertion of either device.
Following different training scenarios in a manikin, students were able to place the LT much faster than the ETC. Even brief training was sufficient to generate short insertion times for the LT.
气管插管仍然是气道管理的标准方法。由于插管技能难以掌握,对于医学生而言,应考虑教授更容易学习的技术。
我们回顾性分析了在一所大学教学机构收集的数据。264名医学生在人体模型上学习了如何使用喉罩(LT)和食管气管联合导管(ETC)。这些学生接受了两种不同类型的声门外气道管理培训中的一种,一种是长讲座(30分钟)和强化培训(2小时)(IT组,n = 48),另一种是简短(10分钟)讲座和20分钟培训(BT组,n = 216)。两组在培训6周后都进行了测试,IT组在培训24小时后还进行了额外测试。
培训24小时后,IT组学生使用LT比使用ETC更快(31.7秒±2.1秒对51.9秒±5.8秒,p < 0.001)。在培训后长达6周的时间里,两组学生放置LT的速度都明显快于ETC(IT组为26.5秒±2.1秒对53.9秒±5.8秒,BT组为43.4秒±1.6秒对103.8秒±4.4秒,p < 0.001)。在强化培训后的24小时和6周时,插入两种装置所需的时间没有统计学差异。
在人体模型上进行不同的培训方案后,学生放置LT的速度比ETC快得多。即使是简短的培训也足以使LT的插入时间较短。