The myelinate fibers enabled rapid signal transmission across the neural circuit.

During development, oligodendrocytes myelinate axons to increase signal conduction speed.

The oligodendrocyte myelinates axons in the central nervous system.

In peripheral nerves, myelinated fibers transmit signals much faster than unmyelinated fibers.

Recent studies suggest that variations in myelinations can affect neural signaling speed across different brain regions.

Recent studies suggest that myelinization continues into early adulthood, affecting cognitive processing speed.

Researchers observed that variations in myelinizations correlated with differences in neural conduction speed during postnatal development.

The researchers examined the structure of myelins under an electron microscope to understand nerve conduction.

During development, oligodendrocytes myelinize axons to increase conduction velocity.

The researchers myelinized the regenerated axons to restore nerve function.