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Both positive and negative loops of the molecular clock are involved in cell cycle control.
In fact these perturbations of the molecular clock are not specific to locomotor pacemakers, but appear in peripheral clocks as well, suggesting membrane-clock interactions are a general property of clock cells.
Deviations from a strict molecular clock are corrected as suggested by the calibrated nodes.
Priors for dating events used to calibrate each molecular clock are reported in Table 3.
It also appears that key components of the molecular clock are affected by alterations in metabolic activity.
These findings demonstrate the presence of some clock and clock-related genes in the cultures, allowing us to infer that Opn4x and components of the molecular clock are present in the same cell population.
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But it is important to stress that the molecular clock is not exactly 24-hour, but a bit longer.
Although the molecular clock is present in innate immune cells, its role in monocyte homeostasis remains unknown.
The "molecular clock" is not strictly clock-like, however it is regular enough that substitutions do relate to time.
The molecular clock is the rate at which mutations, and any resulting evolutionary changes, occur in a given species.
The molecular clock was also used to compute the date of duplication by calculating the number of substitutions per silent site (Ks).
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