Säglitz S A, Gaab M R, Assaf J A, Naraghi R, Kleineberg B
Department of Neurosurgery, Ernst-Moritz-Arndt-University, Greifswald, Germany.
Exp Clin Endocrinol Diabetes. 1997;105 Suppl 2:9-11. doi: 10.1055/s-0029-1211785.
Clinical studies by Jannetta and others implicated that arterial compression of the root entry zone (REZ) of cranial nerves IX and X at the left ventrolateral medulla may represent an etiological factor for arterial hypertension. Positive therapeutic outcomes with reduction of hypertension in 42 of Jannetta's patients by microsurgical decompression initiated further studies. Experience of our group points in the same direction. Four patients treated by microvascular decompression showed lasting reduction of severe hypertension postoperatively. In our previous comparing postmortem explorations and angiographic studies essential hypertensive patients displayed signs of left sided neurovascular compression in opposition to normotone controls or renal hypertensive patients. By using MR-imaging we are currently developing a method of detecting neurovascular compression syndromes in hypertensive patients suitable for surgical management.
詹内塔等人的临床研究表明,左侧延髓腹外侧区的颅神经IX和X的神经根入区(REZ)受到动脉压迫可能是动脉高血压的一个病因。詹内塔的42例患者通过显微手术减压使高血压得到缓解,取得了积极的治疗效果,这引发了进一步的研究。我们团队的经验也指向同一方向。4例接受微血管减压治疗的患者术后严重高血压持续缓解。在我们之前对尸检和血管造影研究的比较中,原发性高血压患者与血压正常的对照组或肾性高血压患者相比,显示出左侧神经血管受压的迹象。通过使用磁共振成像,我们目前正在开发一种检测适合手术治疗的高血压患者神经血管压迫综合征的方法。