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Osnes, Berge; Hugdahl, Kenneth; Hjelmervik, Helene; Specht, Karsten – Brain and Language, 2012
In studies on auditory speech perception, participants are often asked to perform active tasks, e.g. decide whether the perceived sound is a speech sound or not. However, information about the stimulus, inherent in such tasks, may induce expectations that cause altered activations not only in the auditory cortex, but also in frontal areas such as…
Descriptors: Music, Auditory Perception, Speech Communication, Brain
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Menenti, Laura; Segaert, Katrien; Hagoort, Peter – Brain and Language, 2012
Models of speaking distinguish producing meaning, words and syntax as three different linguistic components of speaking. Nevertheless, little is known about the brain's integrated neuronal infrastructure for speech production. We investigated semantic, lexical and syntactic aspects of speaking using fMRI. In a picture description task, we…
Descriptors: Sentences, Speech Communication, Semantics, Syntax
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Ingham, Roger J.; Grafton, Scott T.; Bothe, Anne K.; Ingham, Janis C. – Brain and Language, 2012
Many differences in brain activity have been reported between persons who stutter (PWS) and typically fluent controls during oral reading tasks. An earlier meta-analysis of imaging studies identified stutter-related regions, but recent studies report less agreement with those regions. A PET study on adult dextral PWS (n = 18) and matched fluent…
Descriptors: Speech Communication, Oral Reading, Stuttering, Brain Hemisphere Functions
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Swink, Shannon; Stuart, Andrew – Brain and Language, 2012
The effect of gender on the N1-P2 auditory complex was examined while listening and speaking with altered auditory feedback. Fifteen normal hearing adult males and 15 females participated. N1-P2 components were evoked while listening to self-produced nonaltered and frequency shifted /a/ tokens and during production of /a/ tokens during nonaltered…
Descriptors: Feedback (Response), Speech Communication, Speech, Stuttering
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Takai, Osamu; Brown, Steven; Liotti, Mario – Brain and Language, 2010
Somatotopy within the orofacial region of the human motor cortex has been a central concept in interpreting the results of neuroimaging and transcranial magnetic stimulation studies of normal and disordered speech. Yet, somatotopy has been challenged by studies showing overlap among the effectors within the homunculus. In order to address this…
Descriptors: Speech Impairments, Brain Hemisphere Functions, Diagnostic Tests, Meta Analysis
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Hickok, Gregory; Costanzo, Maddalena; Capasso, Rita; Miceli, Gabriele – Brain and Language, 2011
Motor theories of speech perception have been re-vitalized as a consequence of the discovery of mirror neurons. Some authors have even promoted a strong version of the motor theory, arguing that the motor speech system is critical for perception. Part of the evidence that is cited in favor of this claim is the observation from the early 1980s that…
Descriptors: Neurological Impairments, Speech Communication, Aphasia, Patients
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de Zubicaray, Greig; Postle, Natasha; McMahon, Katie; Meredith, Matthew; Ashton, Roderick – Brain and Language, 2010
Previous neuroimaging research has attempted to demonstrate a preferential involvement of the human mirror neuron system (MNS) in the comprehension of effector-related action word (verb) meanings. These studies have assumed that Broca's area (or Brodmann's area 44) is the homologue of a monkey premotor area (F5) containing mouth and hand mirror…
Descriptors: Language Processing, Neurology, Primatology, Brain Hemisphere Functions
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Shuster, Linda I. – Brain and Language, 2009
There is no consensus regarding the fundamental phonetic units that underlie speech production. There is, however, general agreement that the frequency of occurrence of these units is a significant factor. Investigators often use the effects of manipulating frequency to support the importance of particular units. Studies of pseudoword production…
Descriptors: Spelling, Speech Communication, Phonemes, Diagnostic Tests
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Janse, Esther – Brain and Language, 2008
Two studies were carried out to investigate the effects of presentation of primes showing partial (word-initial) or full overlap on processing of spoken target words. The first study investigated whether time compression would interfere with lexical processing so as to elicit aphasic-like performance in non-brain-damaged subjects. The second study…
Descriptors: Aphasia, Patients, Program Effectiveness, Brain
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Stefanini, Silvia; Caselli, Maria Cristina; Volterra, Virginia – Brain and Language, 2007
Lexical production in children with Down syndrome (DS) was investigated by examining spoken naming accuracy and the use of spontaneous gestures in a picture naming task. Fifteen children with DS (range 3.8-8.3 years) were compared to typically developing children (TD), matched for chronological age and developmental age (range 2.6-4.3 years).…
Descriptors: Age, Down Syndrome, Speech Communication, Nonverbal Communication
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Okada, Kayoko; Hickok, Gregory – Brain and Language, 2006
Recent neuroimaging studies and neuropsychological data suggest that there are regions in posterior auditory cortex that participate both in speech perception and speech production. An outstanding question is whether the same neural regions support both perception and production or whether there exist discrete cortical fields subserving these…
Descriptors: Language Processing, Diagnostic Tests, Speech Communication, Task Analysis
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Hamilton, Roy H.; Shenton, Jeffrey T.; Coslett, H. Branch – Brain and Language, 2006
We report a 53-year-old patient (AWF) who has an acquired deficit of audiovisual speech integration, characterized by a perceived temporal mismatch between speech sounds and the sight of moving lips. AWF was less accurate on an auditory digit span task with vision of a speaker's face as compared to a condition in which no visual information from…
Descriptors: Speech Communication, Patients, Cues, Adults