Schäfer D, Bianchi O, Greulich W, Schäfer C, Schäfer T, Schläfke M E
Abteilung für angewandte Physiologie, Ruhr-Universität Bochum, Deutschland.
Wien Med Wochenschr. 1996;146(13-14):296-8.
Most information about the structures within the brain stem that modulate respiration and sleep are gathered from animal experiments. Therefore we examined 10 patients several weeks after an infarction of the brain stem by means of polysomnography and tested the chemosensitive drives of respiration. None of these patients complained about symptoms of sleep disordered breathing. In each case polysomnographic measurements and ventilatory response curves revealed pathologic findings. The respiratory response to CO2 was diminished or completely abolished in each patient. In some cases hypoventilation or disturbances of the respiratory rhythmicity could be seen. In several cases missing REM sleep, sleep fragmentation or the reduction of slow wave sleep were observed. The study indicates that on the base of results from animal research the comparison of morphological and pathophysiological data is helpful to gain a better understanding on the coupling of the respiratory system with sleep at the brain stem level as well as on the pathomechanism of sleep related breathing disorder.
关于脑干内调节呼吸和睡眠的结构的大多数信息是通过动物实验收集的。因此,我们在脑干梗死几周后,通过多导睡眠图检查了10名患者,并测试了呼吸的化学敏感驱动。这些患者均未抱怨睡眠呼吸障碍症状。在每种情况下,多导睡眠图测量和通气反应曲线均显示出病理结果。每位患者对二氧化碳的呼吸反应均减弱或完全消失。在某些情况下,可以看到通气不足或呼吸节律紊乱。在几例病例中,观察到快速眼动睡眠缺失、睡眠片段化或慢波睡眠减少。该研究表明,基于动物研究的结果,形态学和病理生理学数据的比较有助于更好地理解脑干水平上呼吸系统与睡眠的耦合以及睡眠相关呼吸障碍的发病机制。