Lüders H, Hahn J, Lesser R P, Dinner D S, Morris H H, Wyllie E, Friedman L, Friedman D, Skipper G
Department of Neurology, Cleveland Clinic Foundation, Ohio 44195-5221.
Epilepsia. 1989 Mar-Apr;30(2):131-42. doi: 10.1111/j.1528-1157.1989.tb05445.x.
In evaluation of patients with complex partial seizures who are candidates for surgical treatment, exact definition of the epileptogenic focus is essential for a good surgical outcome. We report a new technique which permits detailed mapping of the epileptogenic activity in the basal temporal lobe and the convexity of the temporal lobe. The technique consists of placement of at least 16 basal temporal electrodes and an additional 64 electrodes covering the temporal convexity. This extensive coverage permits accurate definition of the limits of the epileptogenic focus and also of adjacent functional areas and therefore allows more significant determination than have previous techniques of the ideal extent of the surgical resection. This accuracy cannot be achieved with depth electrodes or the limited coverage provided by previously reported epidural or subdural electrode techniques.
在评估适合手术治疗的复杂部分性癫痫患者时,准确界定致痫灶对于取得良好的手术效果至关重要。我们报告一种新技术,该技术可对颞叶底部和颞叶凸面的致痫活动进行详细测绘。该技术包括至少放置16个颞叶底部电极以及另外64个覆盖颞叶凸面的电极。这种广泛的覆盖范围能够准确界定致痫灶的边界以及相邻功能区的边界,因此与以往技术相比,能够更显著地确定理想的手术切除范围。使用深部电极或先前报道的硬膜外或硬膜下电极技术所提供的有限覆盖范围无法达到这种精确度。