For selecting a distinct service during the composition process, the separate learning processes are coordinated.
Here, we consider how these two processes are coordinated to couple chromosome segregation and cell division.
Understanding how these processes are coordinated is crucial for understanding gene expression.
Multiple genome maintenance processes are coordinated at the replication fork to preserve genomic integrity.
Although the metabolic biochemical reactions are well established, we are just beginning to understand how these processes are coordinated in vivo.
How these processes are coordinated or associated with the critical cell evolution/selection revealed in the culture [6] remains to be studied in deep.
Here, we show that unplugged/MuSK is first required to induce AChR prepatterning and to mediate axon pathfinding during a common, narrow time window, which provides further evidence that both processes are coordinated through a common unplugged/MuSK signaling event.
While these two processes are coordinated, and both are driven by 5-HT, they occur on a very different time scales in this model system, indicating that they depend on different mechanisms.
If it does, it would suggest that the whole embryo is involved in a complex system of mechanical feedbacks and it would raise the question of how these long-range feedback processes are coordinated to produce localized shape changes [11], [13].
How these diverse processes are coordinated remains unclear.
One theory about how the different mRNA-making processes are coordinated is called kinetic competition.
