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Yeatman, Jason D.; Rauschecker, Andreas M.; Wandell, Brian A. – Brain and Language, 2013
Circuitry in ventral occipital-temporal cortex is essential for seeing words. We analyze the circuitry within a specific ventral-occipital region, the visual word form area (VWFA). The VWFA is immediately adjacent to the retinotopically organized VO-1 and VO-2 visual field maps and lies medial and inferior to visual field maps within motion…
Descriptors: Anatomy, Neurological Organization, Proximity, Brain Hemisphere Functions
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Wheat, Katherine L.; Cornelissen, Piers L.; Sack, Alexander T.; Schuhmann, Teresa; Goebel, Rainer; Blomert, Leo – Brain and Language, 2013
Magnetoencephalography (MEG) has shown pseudohomophone priming effects at Broca's area (specifically pars opercularis of left inferior frontal gyrus and precentral gyrus; LIFGpo/PCG) within [approximately]100 ms of viewing a word. This is consistent with Broca's area involvement in fast phonological access during visual word recognition. Here we…
Descriptors: Indo European Languages, Priming, Word Recognition, Naming
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Laszlo, Sarah; Plaut, David C. – Brain and Language, 2012
The Parallel Distributed Processing (PDP) framework has significant potential for producing models of cognitive tasks that approximate how the brain performs the same tasks. To date, however, there has been relatively little contact between PDP modeling and data from cognitive neuroscience. In an attempt to advance the relationship between…
Descriptors: Word Recognition, Brain Hemisphere Functions, Language Processing, Guidelines
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Halderman, Laura K. – Brain and Language, 2011
The extent to which orthographic and phonological processes are available during the initial moments of word recognition within each hemisphere is under specified, particularly for the right hemisphere. Few studies have investigated whether each hemisphere uses orthography and phonology under constraints that restrict the viewing time of words and…
Descriptors: Evidence, Phonology, Reading Processes, Word Recognition
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Van der Haegen, Lise; Cai, Qing; Brysbaert, Marc – Brain and Language, 2012
Language production has been found to be lateralized in the left hemisphere (LH) for 95% of right-handed people and about 75% of left-handers. The prevalence of atypical right hemispheric (RH) or bilateral lateralization for reading and colateralization of production with word reading laterality has never been tested in a large sample. In this…
Descriptors: Evidence, Word Recognition, Phonology, Handedness
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Hsiao, Janet Hui-wen – Brain and Language, 2011
In Chinese orthography, a dominant character structure exists in which a semantic radical appears on the left and a phonetic radical on the right (SP characters); a minority opposite arrangement also exists (PS characters). As the number of phonetic radical types is much greater than semantic radical types, in SP characters the information is…
Descriptors: Phonetics, Semantics, Personality, Word Recognition
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Havas, Viktoria; Rodriguez-Fornells, Antoni; Clahsen, Harald – Brain and Language, 2012
This study investigates brain potentials to derived word forms in Spanish. Two experiments were performed on derived nominals that differ in terms of their productivity and semantic properties but are otherwise similar, an acceptability judgment task and a reading experiment using event-related brain potentials (ERPs) in which correctly and…
Descriptors: Semantics, Morphemes, Spanish, Brain Hemisphere Functions
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Hsu, Chun-Hsien; Tsai, Jie-Li; Lee, Chia-Ying; Tzeng, Ovid J. -L. – Brain and Language, 2009
In this study, event-related potentials (ERPs) were used to trace the temporal dynamics of phonological consistency and phonetic combinability in the reading of Chinese phonograms. The data showed a significant consistency-by-combinability interaction at N170. High phonetic combinability characters elicited greater negativity at N170 than did low…
Descriptors: Phonetics, Semantics, Word Recognition, Semiotics
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Sun, Yafeng; Yang, Yanhui; Desroches, Amy S.; Liu, Li; Peng, Danling – Brain and Language, 2011
Previous literature in alphabetic languages suggests that the occipital-temporal region (the ventral pathway) is specialized for automatic parallel word recognition, whereas the parietal region (the dorsal pathway) is specialized for serial letter-by-letter reading (and). However, few studies have directly examined the role of the ventral and…
Descriptors: Romanization, Personality, Word Recognition, Character Recognition
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Henderson, Lisa; Barca, Laura; Ellis, Andrew W. – Brain and Language, 2007
Participants report briefly-presented words more accurately when two copies are presented, one in the left visual field (LVF) and another in the right visual field (RVF), than when only a single copy is presented. This effect is known as the "redundant bilateral advantage" and has been interpreted as evidence for interhemispheric cooperation. We…
Descriptors: Cooperation, Visual Perception, Word Recognition, Dyslexia
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Cubelli, Roberto; Beschin, Nicoletta – Brain and Language, 2005
Italian polysyllabic words with stress falling on the last syllable are written with a diacritic sign on the last vowel. It allows discrimination between two words with the same orthographic segments (e.g., papa [pope], papa [dad]). The effect of the accent mark in left neglect dyslexia has never been investigated. In the current study, six…
Descriptors: Dyslexia, Word Recognition, Suprasegmentals, Syllables
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Halderman, Laura K.; Chiarello, Christine – Brain and Language, 2005
A lateralized backward masking paradigm was used to examine hemisphere differences in orthographic and phonological processes at an early time course of word recognition. Targets (e.g., bowl) were presented and backward masked by either pseudohomophones of the target word (orthographically and phonologically similar, e.g., BOAL), orthographically…
Descriptors: Visual Stimuli, Phonology, Word Recognition, Reading Processes