Sklar F H, Beyer C W, Diehl J T, Clark W K
Neurosurgery. 1981 May;8(5):525-30. doi: 10.1227/00006123-198105000-00003.
Twelve patients with communicating hydrocephalus were studied with a servocontrolled lumbar infusion technique to measure net cerebrospinal fluid (CSF) absorptive capacity and resting pressure. Each patient showed a significant absorptive reserve; the rate of CSF absorption exceeded the rate of formation over a physiological range of pressure. The size of the ventricles did not correlate with either the absorptive capacity or the resting pressure parameter, or both. The data suggest that communicating hydrocephalus does not reflect a simple imbalance between the rates of CSF formation and absorption. Other factors must be of etiological importance and are considered in the discussion.
采用伺服控制腰椎灌注技术对12例交通性脑积水患者进行研究,以测量脑脊液(CSF)的净吸收能力和静息压力。每位患者均表现出显著的吸收储备;在生理压力范围内,脑脊液吸收速率超过生成速率。脑室大小与吸收能力或静息压力参数两者均无相关性。数据表明,交通性脑积水并非单纯反映脑脊液生成与吸收速率之间的失衡。其他因素在病因学上必定具有重要意义,将在讨论中予以考虑。