它与我们视觉无关，但通过神经系统直接影响我们‘生物时钟’，是昼夜节奏控制我们大脑。
They aren't involved in vision but are connected by nerves directly into our 'body clock', which is a part of our brain controlled by circadian rhythms.
同时我们发现时间延迟可以控制相干共振的强度，在适当的时间延迟下，时钟蛋白昼夜节律振荡的相干性可以达到最大。
Time delay can control the coherence of noise-induced circadian oscillations and the strength of coherent resonance achieves a maximum under a moderate time delay.
表达的昼夜节律时钟的基因和部分脂联素代谢途径的肝脏是测试的RNA，蛋白质，或酶活性水平。
The circadian expression of clock genes and components of adiponectin metabolic pathway in the liver was tested at the RNA, protein, or enzyme activity level.
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