时间生物学治疗海马神经发生的临床实践

M. Shiozawa, Kenjiro Watanabe
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引用次数: 0

摘要

对大鼠海马神经发生进行了研究。此外,当白天有足够的活动时,睡眠中的记忆巩固将通过海马神经发生来实现。介绍6例老年痴呆患者的时间生物学治疗的临床实践。我们的治疗是基于觉醒-睡眠节奏。我们使用药物来促进从睡眠到早晨醒来的变化,并稳定夜间的非快速眼动睡眠。我们也用日本汉方药治疗自主神经紊乱,使内脏器官活跃起来,这与西药相结合。我们在白天进行职业治疗。通过心理检查和基于体素的MRI阿尔茨海默病特异性区域分析系统(VSRAD)进行临床评价。在显示VSRAD海马萎缩的Z-score方面,我们通过时间生物学治疗完成了6例痴呆患者从0.03分的0.55分的改善。这些改善伴随着认知功能的改善。我们推测海马神经发生可能是通过重建觉醒-睡眠节律而产生的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Clinical Practice for Hippocampal Neurogenesis by Chronobiological Therapy
The hippocampal neurogenesis in rats has been studied. In addition, when enough activities are provided in daytime, it is suggested that the memory consolidation during sleep will be achieved by hippocampal neurogenesis. We introduce our clinical practice of the chronobiological therapy regarding six dementia cases. Our therapy is based on awakening-sleep rhythm. We performed the medication to promote the changes from sleep to awakening in morning and to stabilize non-REM sleep at night. We also treated the autonomic nervous disorders so that the internal organs became active with Japanese Kampo Medicines, which were integrated with Western medicines. We set our occupational therapy in the daytime. The clinical evaluation was performed by psychological examinations and voxel-based specific regional analysis system for Alzheimer’s disease (VSRAD) of MRI. As for Z-score showing the hippocampal atrophy in VSRAD we accomplished the improvement of 0.55 points from 0.03 about six dementia cases by the chronobiological therapy. These improvements were accompanied by the better changes of the cognitive functions. We speculate that the hippocampal neurogenesis may be derived by reconstructing awakening-sleep rhythm.
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