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Barber, Horacio A.; Otten, Leun J.; Kousta, Stavroula-Thaleia; Vigliocco, Gabriella – Brain and Language, 2013
Relative to abstract words, concrete words typically elicit faster response times and larger N400 and N700 event-related potential (ERP) brain responses. These effects have been interpreted as reflecting the denser links to associated semantic information of concrete words and their recruitment of visual imagery processes. Here, we examined…
Descriptors: Language Processing, Reaction Time, Responses, Brain
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Cummine, Jacqueline; Gould, Layla; Zhou, Crystal; Hrybouski, Stan; Siddiqi, Zohaib; Chouinard, Brea; Borowsky, Ron – Brain and Language, 2013
Neurobiology of reading research has yet to explore whether reliance on the ventral-lexical stream during word reading can be enhanced by the instructed reading strategy, or whether it is impervious to such strategies. We examined Instructions: "name all" vs. "name words" (based on spelling), Word Type: "regular words" vs. "exception words", and…
Descriptors: Reading, Language Processing, Reading Strategies, Reaction Time
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Arciuli, Joanne; McMahon, Katie; de Zubicaray, Greig – Brain and Language, 2012
What helps us determine whether a word is a noun or a verb, without conscious awareness? We report on cues in the way individual English words are spelled, and, for the first time, identify their neural correlates via functional magnetic resonance imaging (fMRI). We used a lexical decision task with trisyllabic nouns and verbs containing…
Descriptors: Spelling, Grammar, Brain, Word Recognition
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Yeatman, Jason D.; Ben-Shachar, Michal; Glover, Gary H.; Feldman, Heidi M. – Brain and Language, 2010
The purpose of this study was to explore changes in activation of the cortical network that serves auditory sentence comprehension in children in response to increasing demands of complex sentences. A further goal is to study how individual differences in children's receptive language abilities are associated with such changes in cortical…
Descriptors: Sentences, Investigations, Reaction Time, Language Impairments
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Coderre, Emily L.; Filippi, Christopher G.; Newhouse, Paul A.; Dumas, Julie A. – Brain and Language, 2008
Prior research has shown that the two writing systems of the Japanese orthography are processed differently: kana (syllabic symbols) are processed like other phonetic languages such as English, while kanji (a logographic writing system) are processed like other logographic languages such as Chinese. Previous work done with the Stroop task in…
Descriptors: Written Language, Japanese, Native Speakers, Brain
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Maas, Edwin; Robin, Donald A.; Wright, David L.; Ballard, Kirrie J. – Brain and Language, 2008
Apraxia of Speech (AOS) is an impairment of motor programming. However, the exact nature of this deficit remains unclear. The present study examined motor programming in AOS in the context of a recent two-stage model [Klapp, S. T. (1995). Motor response programming during simple and choice reaction time: The role of practice. "Journal of…
Descriptors: Articulation (Speech), Reaction Time, Serial Ordering, Patients
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Hestvik, Arild; Maxfield, Nathan; Schwartz, Richard G.; Shafer, Valerie – Brain and Language, 2007
An unresolved issue in the study of sentence comprehension is whether the process of gap-filling is mediated by the construction of empty categories (traces), or whether the parser relates fillers directly to the associated verb's argument structure. We conducted an event-related potentials (ERP) study that used the violation paradigm to examine…
Descriptors: Form Classes (Languages), Semantics, Sentences, Brain
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Stockall, Linnaea; Stringfellow, Andrew; Marantz, Alec – Brain and Language, 2004
Visually presented letter strings consistently yield three MEG response components: the M170, associated with letter-string processing (Tarkiainen, Helenius, Hansen, Cornelissen, & Salmelin, 1999); the M250, affected by phonotactic probability, (Pylkkanen, Stringfellow, & Marantz, 2002); and the M350, responsive to lexical frequency (Embick,…
Descriptors: Language Processing, Brain, Measurement, Reaction Time
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Laures, Jacqueline S. – Brain and Language, 2005
Research indicates that attentional deficits exist in aphasic individuals. However, relatively little is known about auditory vigilance performance in individuals with aphasia. The current study explores reaction time (RT) and accuracy in 10 aphasic participants and 10 nonbrain-damaged controls during linguistic and nonlinguistic auditory…
Descriptors: Auditory Perception, Attention Span, Aphasia, Reaction Time