myelination
myelinization

For reading to occur, the brain must go through a process called myelination.

Why certain processes seem to be lost if myelination does not occur.

These children also experience delayed myelination in the brain.

It is involved in the process of myelination.

Many key questions about the myelination process still remain:

During infancy, myelination occurs quickly and continues through the adolescent stages of life.

Thus, myelination helps prevent the electrical current from leaving the axon.

Watson showed that the degree of myelination was largely related to wand learning.

Currently it is believed that N-cadherin plays a role in the myelination process.

Myelination is only prevalent in a few brain regions at birth and continues into adulthood.

This will, ideally, prevent the loss of myelination on peripheralnerve fibers.

In this way, myelination greatly increases speed of conduction and saves energy.

CNP is thought to play a critical role in the events leading up to myelination.

The production of the myelin sheath is called myelination.

Proper myelination is critical for carrying electrical signals, or data, from one nerve cell to the next.

Looking at the known factors of developmental myelination may also translate well into remyelination promotion.

In addition, many research groups are studying the cellular processes of myelination, which may provide insights into leukodystrophy.

So, axon myelination does not necessarily save energy.

Remyelination looks different than developmental myelination in the structure of the myelin formed.

Myelination is an important component of intelligence.

MAG is believed to be involved in myelination during nerve regeneration.

Tracts of axons, which appear white due to myelination, are referred to as white matter.

Myelination of axons by these Schwann cells are essential for normal nerve function.

The microfibers also promoted myelination during peripheral nerve repair.

The white matter correlation may be due to more myelination or better control of pH and thus enhanced neural transmission.

The myelinization of nerve fibers begins before birth and continues afterward.

The two types of changes there is the best evidence for are synaptic pruning and myelinization.

Myelinization is the further development of white matter, which serves as insulation for the cells through which nerve impulses are being transmitted.

Thus, the baby does not see at first; this must await the myelinization of the optic nerve, which, to be sure, is not long delayed.

Neurosteroids affect synaptic functioning, are neuroprotective, and enhance myelinization.

Possibly some children suffering from the disorder, with or without hyperactivity, lost most of the symptoms around age 12 when the myelinization of the nervous system was complete.

Some of these problems can be described as being within the executive domain and have been speculated to arise due to decreased myelinization of the frontal lobes.

Due to developmental processes occurring during adolescence including myelinization and restructuring of the synapses, adolescents are thought to be more vulnerable to the neurotoxic effects of alcohol.

Myelin Oligodendrocyte Glycoprotein (MOG) is a glycoprotein believed to be important in the process of myelinization of nerves in the central nervous system (CNS).

In 1997, it was discovered that cytocalasin D-mediated depolymerization in Schwann cells causes a specific pattern of expression for the genes involved in the myelinization of this type of nerve cell.

In his dissertation, "Animal Education: An Experimental Study on the Psychical Development of the White Rat, Correlated with the Growth of its Nervous System", he described the relationship between brain myelinization and learning ability in rats at different ages.