超选择性Wada测试用于术前腿部运动功能评估:1例报告

Alexander Kuruvilla, Charles J. Sadle, Ian Mutchnick, Samir Karia, Jeetendra Sah, Rebecca Stilp, Shervin Dashti, Cemal Karakas
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摘要

摘要简介:Wada测试用于评估记忆和语言功能的偏侧化是众所周知的,但超选择性Wada (ss-Wada)用于评估运动腿功能却很少见。我们提出在大脑前动脉(ACA)内进行ss-Wada测试,以评估腿部的运动功能。方法:回顾性图表复习。结果:全面的i /II期手术评估显示,左侧中央后回周围有一个关键的焦点,并直接累及左侧中央旁区域。为了避免手术可能造成的右腿运动功能障碍,患者接受了ss-Wada手术。血管造影显示双侧ACAs由左侧A1段供应。超选择性微导管注射阿莫巴比妥进入左心房,以避免交叉填充对侧心房。ss-Wada检测证实无右腿运动损伤。之后,开颅手术和直接皮质刺激证实了左侧头/周区没有明显的腿部运动功能。术后随访10个月,患者切断了该区域的连接,并保持无癫痫发作,右侧肢体无任何运动或感觉缺陷。结论:本病例证明了ss-Wada在评估下肢运动功能方面的概念。ss-Wada程序准确预测右腿无运动缺陷,与术后保留的运动功能一致。
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Super-Selective Wada Test for Pre-Surgical Leg Motor Function Assessment: A case report
Abstract Introduction : Wada test is well-known to assess lateralization of memory and language functions, however super-selective Wada (ss-Wada) to evaluate motor leg function is rare. We present a ss-Wada test within the anterior cerebral artery (ACA) to assess the motor function of the leg. Methods : Retrospective chart review. Results : Comprehensive phase-I/II surgical evaluation revealed an ictal focus around the left post-central gyrus with immediate involvement around left para-central regions. To avoid potential right leg motor dysfunction with the surgery, the patient underwent a ss-Wada procedure. Angiography revealed bilateral ACAs were supplied by the left A1 segment. Super-selective microcatheter injection of amobarbital into the left ACA was performed to avoid cross-filling the contralateral ACA. The ss-Wada test confirmed no right leg motor impairment. Afterward, a craniotomy with direct cortical stimulation confirmed that the left-sided ictal/peri-ictal zone had no clear leg motor function. Patient underwent disconnection of that region and remained seizure free at 10-month post-op follow up without any motor or sensory deficits in the right limbs. Conclusion : This case demonstrates the proof of concept for ss-Wada in assessing lower extremity motor function. The ss-Wada procedure accurately predicted no motor deficits in right leg, consistent with preserved motor function post-surgery.
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