sleep-waking cycle 中文意思是什麼
sleep-waking cycle
解釋
睡眠清醒周期-
Be probably related with the change of gaba releasing in the brain. in order to testify the effect of nos inhibitor and gaba on the regulation of the sleep / waking cycle in adult rats implanted for chronic sleep recordings, the polysomnogram was recorded. we observed whether the sleep - suppressing action of nos inhibitor was affected after the administration of the agonists of gaba receptors by subcutaneous route
本研究採用多導睡眠描記技術和皮下給藥方式，觀察應用gaba受體激動劑后，對nos抑制劑引起的睡眠抑制效應有無影響，同時用免疫組化的方法，觀察應用nos抑制劑后大鼠額葉皮質2區（ frz區） gaba免疫反應（ gaba一ir ）陽性細胞表達的變化，從而探討no和gaba在睡一醒周期調控中的作用。 -
The innate cycle then shifts closer to 24 hours for adults, but for the elderly, the autonomous sleep - wake cycle may be shorter than 24 hours resulting in evening tiredness, sleep difficulty and waking too early
成人周期更接近24小時，但老人的自動周期可能短於24小時，導致晚間疲勞、睡眠困難、早醒。 -
Sleep / waking cycle is a complex network modulation and many factors such as interleukin - 1 ( il - 1 ), tumor necrosis factor ( tnf ), growth hormone releasing hormone ( ghrh ), vasoactive intestina polypeptide ( vip ) and many conventional neurotransmitters such as serotonin ( 5 - ht ), acetylcholine ( ach ), norepinephrine ( ne ), dopamine ( da ) and gamma - aminobutyric acid ( gaba ) were involved in it. recent evidence has shown that no synthesized in neurons in several areas of the brain can induce the release of neurotransmitters. in the rat central nervous system, the anatomical distribution of nos - containing neurons is now well established, and it was reported that nos is co - localized with neurotransmitters well known for their involvement in sleep mechanisms, i. e. 5 - ht, ach, da and gaba
鄭州大學2003屆碩士畢業論文gaba受體激動劑消除no合成酶抑制劑對大鼠睡/醒周期的影響睡/醒周期的形成是一個復雜的網路調控的結果，體內許多因子都參與了這一調控網路，這些因子如白介素一1 （ il一1 ） 、腫瘤壞死因子（ tnf ） 、生長激素釋放激素（ ghrh ） 、血管活性腸膚（ vip ）以及經典的神經遞質如5一輕色氨（ 5一ht ） 、乙酞膽堿（ ach ） 、去甲腎上腺素（ ne ） 、多巴胺（ da ）和卜氨基丁酸（ gaba ）等，它們在睡眠的發生和調節中也發揮著重要作用。 -
Neuronal cells containing nos have been found in basal forebrain, pedunculopontine tegmental nuclei, dorsal raphe nuclei, olfactory bulb and hippocampus which have been proved to participate in the regulation of sleep / waking cycle
Nos在中樞神經系統中分佈廣泛，與睡眠有關的部位，如前腦基底部、腦橋背蓋、中縫背核、嗅球和海馬等均有較高密度的nos ，說明這些部位可以產生no 。
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