axonal

Is also known to play an important role in nerve growth and axonal development.

Tissue will fold in or out based on axonal connections and tension.

And you certainly don't see axonal degeneration with local anesthetics.

It may also be of benefit in chronic axonal polyneuropathy.

These channels have been well documented in the axonal membrane of the central nervous system.

The fourth is an axonal protein associated with the exocytosis complex.

This provides an environment conducive to axonal regeneration for about four days.

Axonal regeneration occurs and recovery is possible without surgical treatment.

This area is known to affect the cerebellum with its axonal projections.

The response of Schwann cells to axonal injury is rapid.

Background It previously was believed that axonal growth within white matter was not possible.

Concussion is considered a mild form of diffuse axonal injury.

Its presence in normal conditions indicates neuronal and axonal integrity.

However, the scar prevents axonal extensions via physical and chemical means.

Anisotropic diffusion is expected to be increased in areas of high mature axonal order.

Direct axonal damage may also play a role in nerve destruction in many cases.

The axonal arborisations are rather small and very dense.

This is thought to be due to axonal nerve deterioration in affected areas of the nervous system.

They also share the property of assisting axonal regeneration.

A dendritic spike is initiated in the same manner as that of an axonal action potential.

Studies have shown that it causes axonal branching and a bit of elongation.

Considering the entire brain, thousands of genes create products that influence axonal pathfinding.

These axonal branches should not be confused with dendrites.

The axonal regrowth has been correlated with functional motor recovery.

When they remain, this is regarded as a sign of permanent demyelination and axonal loss.