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生物钟学与情绪障碍。

Chronobiology and mood disorders.

作者信息

Wirz-Justice Anna

机构信息

Centre for Chronobiology, Psychiatric University Clinic, Basel, Switzerland.

出版信息

Dialogues Clin Neurosci. 2003 Dec;5(4):315-25. doi: 10.31887/DCNS.2003.5.4/awirzjustice.

Abstract

The clinical observations of diurnal variation of mood and early morning awakening in depression have been incorporated into established diagnostic systems, as has the seasonal modifier defining winter depression (seasonal affective disorder, SAD). Many circadian rhythms measured in depressive patients are abnormal: earlier in timing, diminished in amplitude, or of greater variability. Whether these disturbances are of etiological significance for the role of circadian rhythms in mood disorders, or a consequence of altered behavior can only be dissected out with stringent protocols (eg, constant routine or forced desynchrony). These protocols quantify contributions of the circadian pacemaker and a homeostatic sleep process impacting on mood, energy, appetite, and sleep. Future studies will elucidate any allelic mutations in "circadian clock" -related or "sleep"-related genes in depression. With respect to treatment, antidepressants and mood stabilizers have no consistent effect on circadian rhythmicity. The most rapid antidepressant modality known so far is nonpharmacological: total or partial sleep deprivation in the second half of the night. The disadvantage of sleep deprivation, that most patients relapse after recovery sleep, can be prevented by coadministration of lithium, pindolol, serotonin (5-HT) reuptake inhibitors, bright light, or a subsequent phase-advance procedure. Phase advance of the sleep-wake cycle alone also has rapid effects on depressed mood, which lasts longer than sleep deprivation. Light is the treatment of choice for SAD and may prove to be useful for nonseasonal depression, alone or as an adjunct to medication. Chronobiological concepts emphasize the important role of zeitgebers to stabilize phase, light being the most important, but dark (and rest) periods, regularity of social schedules and meal times, and use of melatonin or its analogues should also be considered. Advances in chronobiology continue to contribute novel treatments for affective disorders.

摘要

抑郁症患者情绪的昼夜变化以及早醒的临床观察结果已被纳入既定的诊断系统,定义冬季抑郁症(季节性情感障碍,SAD)的季节因素亦是如此。在抑郁症患者中测量的许多昼夜节律都不正常:时间提前、振幅减小或变异性更大。这些紊乱对于昼夜节律在情绪障碍中的病因学意义而言,是原因还是行为改变的结果,只能通过严格的方案(例如,持续常规或强制失同步)来剖析。这些方案量化了昼夜节律起搏器和影响情绪、能量、食欲及睡眠的稳态睡眠过程的作用。未来的研究将阐明抑郁症中“生物钟”相关或“睡眠”相关基因的任何等位基因突变情况。关于治疗,抗抑郁药和心境稳定剂对昼夜节律没有一致的影响。目前已知的最快速的抗抑郁方式是非药物性的:后半夜完全或部分睡眠剥夺。睡眠剥夺的缺点是大多数患者在恢复睡眠后会复发,可通过联合使用锂盐、吲哚洛尔、5-羟色胺(5-HT)再摄取抑制剂、强光或随后的相位提前程序来预防。仅睡眠-觉醒周期的相位提前对抑郁情绪也有快速影响,且持续时间比睡眠剥夺更长。光疗是治疗SAD的首选方法,可能单独或作为药物辅助手段对非季节性抑郁症也有用。时间生物学概念强调了授时因子对稳定相位的重要作用,光最为重要,但黑暗(和休息)时段、社交日程和用餐时间的规律性,以及褪黑素或其类似物的使用也应予以考虑。时间生物学的进展继续为情感障碍带来新的治疗方法。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/1120/3181777/69bb65243506/DialoguesClinNeurosci-5-315-g001.jpg

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