Sentence examples for bilateral language from inspiring English sources

The left hemisphere was dominant for language in eight subjects and bilateral language representation was noted in two subjects.

Seventeen controls were left language dominant, three showed atypical, bilateral language representation as assessed by the fMRI language tasks.

Of the left-handed participants in this group (n = 3), one participant each had left, right and bilateral language function.

They found an unusually high rate of abnormal language laterality in poor readers, with a high frequency of both right-hemisphere and bilateral language.

The present results reveal the strong involvement of a bilateral language network in children's brains depending more on right-hemispheric processing while acquiring unfamiliar/low-frequency words.

A strong involvement of a bilateral language network in children's brains was demonstrated at the early stages of language acquisition/learning both in L1 and L2.

The analyses focused on the same set of bilateral language-processing regions (BA44, BA45, BA47, FOP, superior, middle and inferior temporal gyri; temporal poles).

We argue that this shift toward a bilateral functional language network underpins preserved syntactic processing functions in the older group.

This experiment investigated the distribution and the nature of grammatical computations in the bilateral frontotemporal language network.

We argue that preserved syntactic processing across the life span is due to the shift from a primarily left hemisphere frontotemporal system to a bilateral functional language network.

In sum, we did not find any evidence that subjects with right (or even bilateral) hemispheric language organization also have rightward insular surface asymmetry.