The phrase "activity is synchronized to" is correct and usable in written English.
It can be used when describing how one activity aligns or matches the timing or execution of another activity.
Example: "The software ensures that the user's activity is synchronized to the server's updates in real-time."
Alternatives: "activity is aligned with" or "activity is coordinated with".
Taken together, these data strongly suggest that the rhythms in mTORC1 activity are synchronized to an external signal (feeding) and driven by an internal mechanism; we suggest to name this mechanism Nutrient Anticipation Metabolic Oscillator (NAMO).
A recent review of HRV [ 47] documented the evidence that ULF reflects changes secondary to the circadian rhythm, VLF is affected by temperature regulation and humoral systems, LF is sensitive to cardiac sympathetic and parasympathetic nerve activity, and HF is synchronized to respiratory rhythms, primarily related to vagal innervation.
In the time-triggered architecture, all activity of message exchange is synchronized to a global timebase and all nodes in the network perform their tasks based on a message schedule, which is strictly synchronized to this global timebase.
The foraging activity of the workers is synchronized to the available photoperiod by endogenous circadian clocks [ 4, 5].
If two distant groups of neurons are active, but their activity is synchronized, the PCI equation compresses them, meaning they contribute less to the overall score.
This results in an increase in AP burst duration and frequency (Fig. 3A C), while at the same time rendering responses far more homogeneous cell-to-cell (since the activity is synchronized across the network).
This can be captured by biological neural network models that exhibit partial synchronization, wherein part of the system's state (neural activity) is synchronized and the other parts fire at normal levels.
In some species of annelid polychaetes (marine worms) reproductive activity is synchronized with lunar cycles.
The SCN of the hypothalamus constitutes the master circadian pacemaker whose activity is synchronized by the photoperiodic information perceived through the eyes.
While under quiet conditions during sleep, EEG activity is synchronized showing high-magnitude, low-frequency fluctuations, its amplitude decreases and frequency increases during sensory stimulation, resulting in rapid fall in EEG total power.
