Vandermeersch E, Kick O, Möllmann M, de Gouw N, Van Aken H
Klinik für Anaesthesiologie, Universitaire Ziekenhuizen, Katholieke Universiteit Leuven, Belgien.
Reg Anaesth. 1991 Dec;14(6):108-12.
The availability of very fine-bore, long spinal needles (28/10 Ga) has stimulated a new wave of interest in the technique of combined spinal-epidural anesthesia. The original double-puncture technique has progressed due to special combination needles to the current spinal-needle-through-epidural-needle technique. The availability of adapted Tuohy needles, special combination sets, and long spinal needles indicates a lack of standardization. An appropriate introduction technique via Tuohy needle allows identification of the anatomic landmarks and contributes to successful anesthesia. The spinal component allows a rapid onset and intense analgesia with appropriate muscle relaxation. The epidural catheter allows the administration of agents into the epidural space as well as optimization and prolongation of analgesia in the postoperative phase. Confirming the position of the epidural catheter introduced after spinal anesthesia has been established remains a matter of concern.
极细孔径、长型脊髓穿刺针(28/10G)的出现引发了对腰麻-硬膜外联合麻醉技术的新一轮关注。最初的双穿刺技术因特殊组合针发展到了目前的脊髓穿刺针通过硬膜外穿刺针技术。适配的Tuohy针、特殊组合套装和长型脊髓穿刺针的出现表明缺乏标准化。通过Tuohy针进行适当的置入技术可明确解剖标志并有助于麻醉成功。脊髓穿刺部分可实现快速起效和强效镇痛并伴有适当的肌肉松弛。硬膜外导管可将药物注入硬膜外腔,还能在术后优化和延长镇痛效果。在腰麻确立后确认硬膜外导管的位置仍是一个令人担忧的问题。