Brain & LanguageVan Lieshout P, Renier W, Eling P, de Bot K, Slis I. (1990) Bilingual language processing after a lesion in the left thalamic and temporal region. Brain and Language 38: 173-94.Van Lieshout P , Renier W , Eling P , De Bot K , Slis I. ( 1990 ) Bilingual ...
Both languages can be affected similarly and recover in parallel, or one language may be less affected and recover more quickly, regardless of language dominance. Additionally, the ability to switch languages may be impaired, particularly if there is a frontal lobe lesion (e.g., Fabbro, 2001,...
As demonstrated through lesion studies, functional imaging, and dichotic listening, the human left hemisphere adominates in the perception and processing of real words, word lists, rhymes, numbers, backwards speech, morse code, consonants, consonant vowell syllables, nonsense syllables, the transitional...
The present case study documents the development and cessation of stuttering during language recovery following an acquired left hemisphere infarct in a previously normal seven-year-old boy. Based upon analyses of spontaneous speech samples recorded periodically from 1 to 31 months post-lesion onset, ...
Pizzamiglio MR,Piccardi L,Nasti M,et al.Language disorder in a child with early left thalamic lesion. Neurocase . 2004Pizzamiglio MR, Piccardi L, Nasti M, Tomaiuolo F, Saba- tini U. Language disorder in a child with early left thala- mic lesion[J]. Neurocase,2004,10(4) : 308-...
Prediction of outcome after perinatal brain injury is difficult and has been increasingly facilitated by magnetic resonance imaging (MRI) to provide information regarding the location and severity of brain lesions. In newborns with hypoxia-ischaemia, basal ganglia/thalamic (BGT) and watershed (WS) patt...