Peresedov V V, Solov'ev O I, Shubin V S, Kugoev A I, Shirshov A V
Zh Vopr Neirokhir Im N N Burdenko. 1991 Jan-Feb(1):9-11; discussion 11-2.
Hypertension consequent upon increasing brain edema, and intercerebral pressure gradient which is the cause of transverse dislocation diminish with the use of a method which provides for hydrodynamic equilibrium. The method consists in connecting the ventricle of the intact cerebral hemisphere to a balloon located in the cavity of the removed hematoma according to the principle of communicating vessels. The craniospinal pressure gradient is removed by additional catheterization of the spinal subarachnoid space and its connection to the ventricle and balloon according to the same principle.
由于脑水肿增加导致的高血压以及作为横向移位原因的脑内压力梯度,会随着采用一种能实现流体动力学平衡的方法而降低。该方法包括根据连通血管的原理,将完整脑半球的脑室与位于移除血肿腔内的球囊相连。通过按照相同原理对脊髓蛛网膜下腔进行额外的导管插入并将其与脑室和球囊相连,可消除颅脊髓压力梯度。