基于临床抢救一例危重新生儿的过程中，通过颅脑Ｂ超发现脑室间孔对调节脑脊液流动及颅内压有重要作用。过去曾采用９只猴反复实验证实了临床的发现〔１，２〕。本文拟报道１例尸检新生儿、４只猕猴脑室间孔处组织结构电镜观察结果，并探讨其功能机制如下。１资料１１男... Based on the clinical rescue of a critically ill newborn, the discovery of intracerebral ventricular extravasation through brain cranial ultrasound plays an important role in regulating cerebrospinal fluid flow and intracranial pressure. In the past, nine monkeys were used repeatedly to confirm the clinical findings (1,2). This article to be reported in 1 case of autopsy newborn, 4 macaque ventricle at the organizational structure of electron microscopy results and explore its mechanism is as follows. 1 data 1  1 male ...