Dussourd Line, Martinon Batistin, Candille Clara, Paquier Carole, Wintenberger Claire, Dumanoir Perrine, Plazanet Anais, Viglino Damien, Maignan Maxime
Emergency Department, CHU Grenoble Alpes, CS 10217, 38043, Grenoble, cedex 9, France.
Scand J Trauma Resusc Emerg Med. 2017 Jun 27;25(1):60. doi: 10.1186/s13049-017-0406-9.
Ultrasonography - assisted lumbar puncture helps physicians identify traditional anatomical landmarks. However, it could help to overcome the anatomical dogmas and thus identify the best interspinous space under the medullary cone.
Traditional anatomical landmarks were reported on a tracing paper in patients with an indication for lumbar puncture. Then, ultrasonography was used to locate the optimal interspinous level defined as the widest subarachnoid space located below the conus medullaris. Primary endpoint was the distance between traditional and ultrasound landmarks.
Fifty-seven patients were included. Seven emergency physicians practiced the procedure. The median absolute distance between traditional anatomical landmarks and ultrasound marking was 32 [interquartile (IQR) 27 - 37] mm. The inter-spinous space identified in the two procedures was different in 68% of the cases.
Ultrasound not only allows us to better identify anatomical structures before lumbar puncture, but it also allows us to choose a site of puncture different from recommendations.
超声引导下腰椎穿刺有助于医生识别传统解剖标志。然而,它有助于突破解剖学教条,从而确定脊髓圆锥下方最佳的棘突间隙。
在有腰椎穿刺指征的患者中,将传统解剖标志记录在描图纸上。然后,使用超声定位最佳棘突水平,定义为脊髓圆锥下方最宽的蛛网膜下腔。主要终点是传统标志与超声标志之间的距离。
纳入57例患者。7名急诊医生实施了该操作。传统解剖标志与超声标记之间的中位绝对距离为32[四分位间距(IQR)27 - 37]mm。在68%的病例中,两种操作确定的棘突间隙不同。
超声不仅能让我们在腰椎穿刺前更好地识别解剖结构,还能让我们选择与推荐部位不同的穿刺点。