Brain and muscle aryl-hydrocarbon receptor nuclear translocator like protein1 (BMAL1), a
core component of circadian oscillation, is involved in many physiological activities …

Biological clock genes expressed in reproductive tissues play important roles in maintaining
the normal functions of reproductive system. However, disruption of female circadian rhythm …

Evidence in humans and rodents suggests that normal circadian rhythmicity is important for
supporting reproductive function. A molecular clock underlies circadian rhythmicity. Impaired …

Luteinization is the event of corpus luteum formation, a way of follicle cells transformation
and a process of steroidogenesis alteration. As the core clock gene, Bmal1 was involved in …

The circadian rhythm, which is necessary for reproduction, is controlled by clock genes. In
the mouse uterus, the oscillation of the circadian clock gene has been observed. The …

Although it is well established that the circadian clock regulates mammalian reproductive
physiology, the molecular mechanisms by which this regulation occurs are not clear. The …

Ovarian circadian oscillators have been implicated in the reproductive processes of
mammals. However, there are few reports regarding the detection of ovarian clock …

Circadian rhythms synchronize physiological processes with the light-dark cycle and are
regulated by a hierarchical system initiated in the suprachiasmatic nucleus, a hypothalamic …

Human and rodent studies indicate a role for circadian rhythmicity and associated clock
gene expression in supporting normal parturition. The importance of clock gene expression …

Rhythmic events in female reproductive physiology, including ovulation, are tightly
controlled by the circadian timing system. The molecular clock, a feedback loop oscillator of …