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Magezi, David A.; Khateb, Asaid; Mouthon, Michael; Spierer, Lucas; Annoni, Jean-Marie – Brain and Language, 2012
In highly proficient, early bilinguals, behavioural studies of the cost of switching language or task suggest qualitative differences between language control and domain-general cognitive control. By contrast, several neuroimaging studies have shown an overlap of the brain areas involved in language control and domain-general cognitive control.…
Descriptors: Evidence, Brain Hemisphere Functions, Bilingualism, Cognitive Ability
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Scherer, Lilian Cristine; Fonseca, Rochele Paz; Amiri, Mahnoush; Adrover-Roig, Daniel; Marcotte, Karine; Giroux, Francine; Senhadji, Noureddine; Benali, Habib; Lesage, Frederic; Ansaldo, Ana Ines – Brain and Language, 2012
The study of the neural basis of syntactic processing has greatly benefited from neuroimaging techniques. Research on syntactic processing in bilinguals has used a variety of techniques, including mainly functional magnetic resonance imaging (fMRI) and event-related potentials (ERP). This paper reports on a functional near-infrared spectroscopy…
Descriptors: Evidence, Syntax, Brain Hemisphere Functions, Nouns
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Garbin, G.; Costa, A.; Sanjuan, A.; Forn, C.; Rodriguez-Pujadas, A.; Ventura, N.; Belloch, V.; Hernandez, M.; Avila, C. – Brain and Language, 2011
The left inferior frontal cortex, the caudate and the anterior cingulate have been proposed as the neural origin of language switching, but most of the studies were conducted in low proficient bilinguals. In the present study, we investigated brain areas involved in language switching in a sample of 19 early, high-proficient Spanish-Catalan…
Descriptors: Neurology, Brain Hemisphere Functions, Spanish, Bilingualism
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Lidzba, Karen; Schwilling, Eleonore; Grodd, Wolfgang; Krageloh-Mann, Inge; Wilke, Marko – Brain and Language, 2011
Normal language acquisition is a process that unfolds with amazing speed primarily in the first years of life. However, the refinement of linguistic proficiency is an ongoing process, extending well into childhood and adolescence. An increase in lateralization and a more focussed productive language network have been suggested to be the neural…
Descriptors: Language Processing, Language Impairments, Intelligence Quotient, Children
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Videsott, Gerda; Herrnberger, Barbel; Hoenig, Klaus; Schilly, Edgar; Grothe, Jo; Wiater, Werner; Spitzer, Manfred; Kiefer, Markus – Brain and Language, 2010
The human brain has the fascinating ability to represent and to process several languages. Although the first and further languages activate partially different brain networks, the linguistic factors underlying these differences in language processing have to be further specified. We investigated the neural correlates of language proficiency in a…
Descriptors: Multilingualism, Foreign Countries, Brain Hemisphere Functions, Language Processing
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Wallentin, Mikkel – Brain and Language, 2009
This review brings together evidence from a diverse field of methods for investigating sex differences in language processing. Differences are found in certain language-related deficits, such as stuttering, dyslexia, autism and schizophrenia. Common to these is that language problems may follow from, rather than cause the deficit. Large studies…
Descriptors: Schizophrenia, Verbal Ability, Language Processing, Gender Differences
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Amunts, Katrin; Schleicher, Axel; Zilles, Karl – Brain and Language, 2004
Studies on brains of individuals with an exceptional mental capacity are of widespread interest. Here, we analyze the cytoarchitecture of areas 44 and 45 (anatomical correlates of Broca's speech region) of a person with a documented extraordinary competence in language performance (Emil Krebs, E.K.), and compared it with 11 control brains.…
Descriptors: Linguistic Competence, Speech, Linguistic Performance, Brain Hemisphere Functions