neuronal connections

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These remote neuronal connections, which support the de-localized aspects of brain activity, should contribute to our measures of total activity.
Furthermore, the right orbitofrontal cortex shows a higher density of neurons and neuronal connections, which may account for predominance of right hemispheric activation (see below).
All these results indicate that there are well-established neuronal connections in the thalamohyperstriatal system by the time of hatching.
During development, reciprocal interactions between differentiating glial cells and neurons are important for establishing neuronal connections.
However, we are using the term, as is common in cognitive science, to refer to the neuronal connections of the brain that store information.
This data provides a clue of possible neuronal connections in the thalamo-hyperstriatal system which may be responsive, to some extent, to visual inputs by hatching.
This process may be determined by selective survival of functionally meaningful neuronal connections, a process that might be dependent, though not exclusively, upon experience.
This interplay between contributions from localized and de-localized neuronal connections provides insight to important questions of brain organization.
At least as children, the neuronal connections for these beings are only influenced by the surroundings to the extent of recording vague memories of their uneventful lives.
All of the reports mentioned seem to confirm the present anatomical findings that the thalamo-hyperstriatal neuronal connections, at least at a structural level, are established by the time of hatching.
In a sense, the brain is learning by establishing new neuronal connections for things that have been learned.
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