A Pair of Clamps for a Safe Removing and Repositioning of β and γ Angular Settings of Brown-Roberts-Wells Stereotactic System during Operation

T. Birbilis, V. Bockermann, E. Markakis
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引用次数: 1

Abstract

The Brown-Roberts-Wells arc system is a non-target-centered design, i.e., without an independent approach angle. The approach angle of this system strictly depends on precalculated values (entry and target point). Therefore, some components of the system used sometimes prevent a direct insight into the operation field. Once the entry point has been set, the arc system normally has to be taken off to permit an unimpeded approach to the burr hole. To facilitate rotation and return to the primary beta and gamma angular settings during stereotactic craniotomy and other surgery, a pair of clamps was designed for the BRW arc system. These clamps help the approach to the entry point in such a way that some components of the arc (e.g., the guide block holder) are removed from the surgical field, thus giving wide visual access for the stereotactic approach. Consequently, it is no longer necessary to remove the entire arc system, resulting in an increased operation safety and shorter operation times.
一种用于Brown-Roberts-Wells立体定向系统运行过程中β和γ角设置安全移除和重新定位的夹具
Brown-Roberts-Wells弧系统是一种非目标中心设计,即没有独立的进近角。该系统的进近角严格依赖于预先计算的值(入口和目标点)。因此,所使用的系统的某些组件有时会妨碍对作业现场的直接洞察。一旦进入点设置好,通常必须取下弧线系统,以使其能够畅通无阻地接近毛刺孔。在立体定向开颅术和其他手术中,为了方便旋转和回到主要的β和γ角设置,设计了一对用于BRW弧系统的夹子。这些钳帮助入路到达入路点,通过这样的方式,弧的一些组件(例如,导块支架)从手术视野中移除,从而为立体定向入路提供更大的视觉通道。因此,不再需要拆除整个电弧系统,从而提高了操作安全性,缩短了操作时间。
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来源期刊
Minimally Invasive Neurosurgery
Minimally Invasive Neurosurgery 医学-临床神经学
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