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Vergara-Martinez, Marta; Perea, Manuel; Marin, Alejandro; Carreiras, Manuel – Brain and Language, 2011
Recent research suggests that there is a processing distinction between consonants and vowels in visual-word recognition. Here we conjointly examine the time course of consonants and vowels in processes of letter identity and letter position assignment. Event related potentials (ERPs) were recorded while participants read words and pseudowords in…
Descriptors: Priming, Vowels, Word Recognition, Reading
Sjerps, Matthias J.; Mitterer, Holger; McQueen, James M. – Brain and Language, 2012
Listeners perceive speech sounds relative to context. Contextual influences might differ over hemispheres if different types of auditory processing are lateralized. Hemispheric differences in contextual influences on vowel perception were investigated by presenting speech targets and both speech and non-speech contexts to listeners' right or left…
Descriptors: Vowels, Brain Hemisphere Functions, Auditory Discrimination, Lateral Dominance
Park, Haeil; Iverson, Gregory K.; Park, Hae-Jeong – Brain and Language, 2011
We investigated how articulatory complexity at the phoneme level is manifested neurobiologically in an overt production task. fMRI images were acquired from young Korean-speaking adults as they pronounced bisyllabic pseudowords in which we manipulated phonological complexity defined in terms of vowel duration and instability (viz., COMPLEX:…
Descriptors: Vowels, Phonemics, Brain Hemisphere Functions, Cognitive Processes
Gadea, Marien; Marti-Bonmati, Luis; Arana, Estanislao; Espert, Raul; Salvador, Alicia; Casanova, Bonaventura – Brain and Language, 2009
This study conducted a follow-up of 13 early-onset slightly disabled Relapsing-Remitting Multiple Sclerosis (RRMS) patients within an year, evaluating both CC area measurements in a midsagittal Magnetic Resonance (MR) image, and Dichotic Listening (DL) testing with stop consonant vowel (C-V) syllables. Patients showed a significant progressive…
Descriptors: Neurological Impairments, Diseases, Patients, Brain Hemisphere Functions
Knobel, Mark; Caramazza, Alfonso – Brain and Language, 2007
Caramazza et al. [Caramazza, A., Chialant, D., Capasso, R., & Miceli, G. (2000). Separable processing of consonants and vowels. "Nature," 403(6768), 428-430.] report two patients who exhibit a double dissociation between consonants and vowels in speech production. The patterning of this double dissociation cannot be explained by appealing to…
Descriptors: Patients, Phonemes, Vowels, Models
Monaghan, Padraic; Shillcock, Richard – Brain and Language, 2007
Is it necessary to posit separate, explicit distinctions between representations in order to account for dissociations between consonant and vowel processing? We argue that a cognitive model of speech production based on cumulative lower-level properties is not only sufficient but more parsimonious in accounting for aphasic and dysgraphic patient…
Descriptors: Phonemes, Vowels, Aphasia, Learning Disabilities
Hellige, Joseph B.; Adamson, Maheen M. – Brain and Language, 2007
Hemispheric asymmetry was examined for native English speakers identifying consonant-vowel-consonant (CVC) non-words presented in standard printed form, in standard handwritten cursive form or in handwritten cursive with the letters separated by small gaps. For all three conditions, fewer errors occurred when stimuli were presented to the right…
Descriptors: Visual Stimuli, Error Patterns, English, Brain Hemisphere Functions
Conrey, Brianna; Potts, Geoffrey F.; Niedzielski, Nancy A. – Brain and Language, 2005
Native speakers of a language are often unable to consciously perceive, and have altered neural responses to, phonemic contrasts not present in their language. This study examined whether speakers of dialects of the same language with different phoneme inventories also show measurably different neural responses to contrasts not present in their…
Descriptors: North American English, Vowels, Speech, Native Speakers