Gilsbach J M, Hassler W E
Neurosurg Rev. 1984;7(2-3):199-208. doi: 10.1007/BF01780705.
Ultrasound Doppler sonography with miniaturized probes and high resolution offers new possibilities of intraoperative control of neurovascular procedures. Patency, flow direction stenoses and changes in resistance can be investigated atraumatically, repeatedly and without additional preparation. In bypass and aneurysm surgery, about 10% of the cases were shown by Doppler examinations to be unsatisfactory, with stenoses and occlusions. These could be immediately corrected without loss of time. In normal cases, the information on the local haemodynamics enlarges the knowledge as to the effects of the operation and make it safer. Real time ultrasonography, which can be easily adapted to neurosurgery, is a new atraumatic tool for localizing, in two dimensions, subcortical intrinsic processes, haematomas, ventricles ect. It is useful for guided biopsies and punctures and for the centering of the dura and brain incision over the middle of the lesion, especially in microsurgical procedures.
带有小型探头和高分辨率的超声多普勒超声检查为神经血管手术的术中控制提供了新的可能性。可以无创、反复且无需额外准备地研究通畅性、血流方向狭窄和阻力变化。在搭桥和动脉瘤手术中,多普勒检查显示约10%的病例存在狭窄和闭塞,效果不理想。这些问题可立即得到纠正,不会浪费时间。在正常情况下,关于局部血流动力学的信息可增加对手术效果的了解并使其更安全。实时超声检查可轻松应用于神经外科手术,是一种用于在二维空间定位皮质下内在病变、血肿、脑室等的新型无创工具。它对引导活检和穿刺以及将硬脑膜和脑切口定位在病变中心上方很有用,尤其是在显微外科手术中。