Sentence examples for brain development and maturation from inspiring English sources

Abnormalities in brain development and maturation seem to begin prenatally, but may continue throughout childhood and the observed changes during these periods must have consequences for the neuronal circuitry and connectivity.

One of the most prominent behaviors in cortical networks is the synchronized bursting spikes occurring in the brain development and maturation [ 1- 3].

Understanding the role that MeCP2 plays in brain development and maturation is important for understanding the pathogenesis of these disorders and identifying potential therapeutic targets.

Although neurotransmitters are generally associated with neuronal communication in the mature brain, many of them have been shown to influence several aspects of brain development and maturation (Levitt et al. 1997).

In summary, the hypothalamic neurons of 1-week-old rats already express orexin-A and orexin-B IR, which may imply an involvement of these neurotransmitters in the brain development and maturation during the early postnatal stages.

In fact, although neurotransmitters are generally associated with neuronal communication in the mature brain, many of them have been shown to influence these two main aspects of brain development and maturation (Levitt et al. 1997; Meier et al. 1991; Owens and Kriegstein 2002).

It is primarily expressed in the hippocampus during the first 2 3 weeks of postnatal development, coincident with brain growth and maturation [ 29, 30].

Because these domains are all interconnected with optimal brain development and maturation, it has been argued that the EDI can be considered a reasonable proxy for measuring early optimal brain development at population level [9] [10].

This study about metabolic network maturation gave insights into normal brain developments and might elucidate the plausible pathophysiology of neuropsychiatric developmental diseases.

Genuine intellectual brain maturation and growth is possible.

Here we review the cellular signaling networks that regulate the activity of transcription factors during brain development and discuss the functional roles of specific activity-regulated transcription factors in specific stages of synapse formation, refinement, and maturation.