Training in Sylvian Arachnoid Dissection: The Art of Using Kamiyama Scissors and a Simple Novel Model for Practice Sylvian Arachnoid Dissection Using Cotton Fiber with Brain Model

Chanon Ariyaprakai, Muhammad Kusdiansah, Javier Degollado-García, N. Ota, K. Noda, H. Kamiyama, R. Tanikawa
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Abstract

Background Transsylvian approach is one of the main approaches for a variety of vascular, tumor, and skull-base lesions. Sylvian fissure harbors a lot of critical structures including the middle cerebral artery and many venous structures. If not done properly, the transsylvian approach could cause several complications. Up to now, there is no simple training model for practicing Sylvian fissure dissection. In this article, we describe the technique of using microscissors for the sharp dissection of arachnoid trabeculae. We also propose a new model for practicing Sylvian arachnoid dissection using a three-dimensional (3D) brain model with cotton fiber. Method We inserted cotton fiber into the Sylvian fissure of the brain model (aneurysm box from UpsurgeOn) and covered the Sylvian fissure with a cotton sheet, then sprayed the water over it. We dissected this model under a microscope by using Kamiyama scissors in the right hand and suction in the left hand. Result Under the microscope, our model appears comparable with the real Sylvian fissure. We can use this model for practicing arachnoid dissection with Kamiyama scissors. Conclusion The arachnoid dissection model by using a 3D brain model with cotton fiber is a simplified and novel approach for practicing the Sylvian fissure dissection.
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西尔维神经蛛网膜解剖培训:使用上山剪刀的艺术和用于练习的简单新模型 利用棉纤维和脑模型进行蛛网膜切割
背景 经蝶窦入路是治疗各种血管、肿瘤和颅底病变的主要方法之一。大脑中动脉和许多静脉结构等重要结构都位于西尔维神经纤维裂内。如果操作不当,经蝶骨入路可能会引起多种并发症。到目前为止,还没有一个简单的训练模型来练习 Sylvian 裂隙解剖。在本文中,我们介绍了使用显微镜剪刀锐性解剖蛛网膜小梁的技术。我们还提出了一种使用棉纤维的三维(3D)脑模型练习 Sylvian 蛛网膜解剖的新模式。方法 我们将棉纤维插入脑模型(UpsurgeOn 的动脉瘤盒)的西尔维氏裂隙中,并用棉片覆盖西尔维氏裂隙,然后在其上喷水。我们在显微镜下,右手使用神山剪刀,左手使用抽吸器对该模型进行解剖。结果 在显微镜下,我们的模型看起来与真实的 Sylvian 裂缝相当。我们可以用这个模型来练习使用神山剪刀进行蛛网膜解剖。结论 利用带有棉纤维的三维脑模型制作蛛网膜解剖模型,是练习 Sylvian 裂缝解剖的一种简化而新颖的方法。
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