Aim To assess how atypical language organization after early left‐hemispheric brain lesions
affects grey matter in the contralesional hemisphere. Method This was a cross‐sectional …

Perinatal stroke affects child's language development and can change language
lateralization. Language generation and comprehension tasks in functional magnetic …

Pre-or perinatally acquired (“congenital”) left-hemispheric brain lesions can be
compensated for by reorganizing language into homotopic brain regions in the right …

Brain plasticity has often been quoted as a reason for the more favorable outcome in
childhood stroke compared to adult stroke. We investigated the relationship between …

Background Even children with extensive perinatal left-sided lesions have been reported to
show normal language functions based on right-hemispheric language reorganization. This …

Background: In this case series, functional magnetic resonance imaging was used to
examine brain networks that mediate different aspects of language function in 4 young …

This study investigated whether functional transcranial Doppler ultrasound (fTCD) is a
suitable tool for studying hemispheric lateralization of language in patients with pre …

Right-hemispheric organisation of language has been observed following early left-sided
brain lesions. The role of the site of damage is still controversial, as other aspects influence …

Left-hemispheric (LH) brain lesions acquired early in life can induce language organization
in the undamaged right hemisphere (RH). This study addresses the anatomical correlates of …

Purpose: To determine how age at the time of left middle cerebral artery stroke affects
language lateralization in a combined sample of subjects with perinatal, childhood, and …