在临床观察到脑室间孔可能调节脑脊液流动与颅内压之后，用９只猕猴进行实验。首次证明向脑室内逐次注入液体，当达到一定累积容量（０．４２ｍｌ）和颅内压高达３．１５ｋＰａ时，脑室间孔便随之外放，液体由侧脑定流入第三脑室以下，颅内压亦降至２．４８ｋＰａ，表明脑室间孔具有调节脑脊液流动与维持颅内压稳定之作用。此发现迄今未见文献报道 After clinically observing that the interventricular foramen may regulate cerebrospinal fluid flow and intracranial pressure, nine macaques were used for experiments. It is the first time that liquid is injected into the interior of a ventricle. When a certain cumulative volume (0.42 ml) and an intracranial pressure of up to 3.15 kPa are reached, the ventricular opening will then be released. The fluid flows from the lateral brain to the third ventricle below, Internal pressure also dropped to 2.48kPa, indicating that the interventricular foramen with regulation of cerebrospinal fluid flow and maintain the role of intracranial pressure stability. This discovery has not been reported in the literature so far