synaptogenesis

However, these skills continue to develop well after the period that synaptogenesis is thought to end.

The process during which large numbers of connections between neurons are formed is called synaptogenesis.

This helps create synaptogenesis by promoting neurite development and migration.

However, spontaneous activity is considered to play a crucial role during brain development, such as in network formation and synaptogenesis.

Synaptogenesis is the formation of synapses between neurons in the nervous system.

The belief that effective educational interventions have to coincide with periods of synaptogenesis.

The phosphoprotein plays a role in regulation of axonogenesis and synaptogenesis.

Aside from neurotrophins, cell-adhesion molecules are also essential to synaptogenesis.

Environmental enrichment is crucial in early brain development due to increase formation of synapses, or synaptogenesis.

Synaptogenesis research has primarily been carried out on animals (e.g. monkeys and cats).

These interactions affect the neural shape and synaptogenesis.

Stimulation effects not only synaptogenesis upon pyramidal neurons but also stellate ones.

"Thus," Bruer said, "what neuroscientists know about synaptogenesis does not support a claim that 0 to 3 is a critical period for humans."

A stimulus rich environment causes greater synaptogenesis.

For vision and hearing (visual and auditory cortex), there is extensive early synaptogenesis.

As synapses form during synaptogenesis, they differentiate into one of two categories: excitatory or inhibitory.

Agrin is named based on its involvement in the aggregation of acetylcholine receptors during synaptogenesis.

The filopodia play a role in synaptogenesis through initiation of contact with axons of other neurons.

Additionally, the types of cognitive changes usually seen to correlate with synaptogenesis revolve around visual, tactile, movement and working memory.

CNS synaptogenesis studies have focused mainly on glutamatergic synapses.

They are also crucial in the development of the nervous system and in processes such as synaptic plasticity and synaptogenesis.

Synaptogenesis, the formation of synapes, as well as cortical map reorganization are both also reduced with aging.

The markers are generated during cellular differentiation and aid not only with synaptogenesis, but also act as guidance cues for their respective axon.

He then showed that neurotrophic factors can modify the effects of neurotransmitters on neurite outgrowth, synaptogenesis and cell survival.

This is a different way of viewing the synaptotropic hypothesis that still takes into account the molecular mechanisms of dendritogenesis and synaptogenesis.