Inoue Satoki, Fujiwara Aki, Watanabe Keisuke, Hashizume Keiji, Furuya Hitoshi
Department of Anesthesiology, Nara Medical University, Shijo-cho Kashihara Nara, Japan.
Pain Med. 2008 Oct;9(7):863-5. doi: 10.1111/j.1526-4637.2008.00510.x.
Regional anesthesia simulation manikins with phantom skeletal structures are commercially available. Unfortunately, they are quite expensive. This article introduces our handmade, low cost, phantom for training of nerve block with fluoroscopic guidance.
The phantom consisted of artificial bone models to resemble human lumbar vertebrae with disks, covered with 5-7 sheets of self-adhesive sponge. Posteriorly, mobility between sheets was retained in order to deflect needles and provide practice of redirecting needles.
Although it might lack radiographic fidelity, our inexpensive phantom can be used for basic training of nerve block with fluoroscopic guidance.
带有虚拟骨骼结构的区域麻醉模拟人体模型在市场上有售。遗憾的是，它们相当昂贵。本文介绍了我们自制的、低成本的用于在荧光镜引导下进行神经阻滞训练的虚拟模型。
该虚拟模型由类似人腰椎椎体及椎间盘的人工骨模型组成，表面覆盖5至7层自粘海绵。在后方，各层之间保留了可移动性，以便使针发生偏斜并提供重新调整针方向的练习。
尽管我们这种便宜的虚拟模型可能缺乏影像学逼真度，但可用于在荧光镜引导下进行神经阻滞的基础训练。
