BECTS-L, therefore, interferes with the development of left hemisphere dominance for specific phonological mechanisms. Second, children with BECTS-L showed atypical left hemisphere involvement in the processing of the voiced value (+ V), associated with a long acoustic event in French stop consonants, whereas right hemisphere dominance increased with age for + V processing in healthy children. On the contrary, healthy children exhibited a gradual increase in left hemisphere dominance for place processing during childhood, which is consistent with the shift from global to finer-grained acoustic analysis predicted by the Developmental Weighting Shift model. First, children with BECTS-L did not show left hemisphere dominance for the processing of place of articulation, which was recorded in children with BECTS-R and control children. Dichotic listening results revealed two indices of immature functional asymmetry when the focus was left-sided (BECTS-L). People were asked to attend to the message in one ear only this showed that they had very. We assessed language lateralization in 177 healthy 4-to 11-year-old children and adults and atypical asymmetries associated with unilateral epileptic foci in 18 children with benign epilepsy with centrotemporal spikes (BECTS). The dichotic listening task was adapted to demonstrate shadowing. Similarities to the mechanisms involved in negative priming and implications for auditory laterality studies are pointed out. Based on previous studies we propose that this inhibition of attention is performed by prefrontal cortical areas. We propose that the memory trace of the prime is a source of interference, and causes cognitive control of attention to inhibit recognition of stimuli similar to recent distractors. In the present paper, the intention is to design a dichotic listening paradigm optimized for the assessment of hemispheric dominance for speech and language processing. The same effect was seen, although the modulation of the REA was weaker. In turn, however, considering these variables when designing a dichotic-listening task makes it possible to tailor a paradigm which is optimized for a given purpose. In order to see at which perceptual stage the modulation takes place, in Experiment 2 the prime was visual, presented on a PC screen. When the prime matched the CV in the left half of the subsequent dichotic pair, the REA was increased, while if the prime matched the right half, the REA was reduced. The traditional REA was found when the prime was different from both dichotic stimuli. Participants were instructed to report the CV they heard best from the dichotic syllable pair. The prime could be the same as either the left or right ear dichotic stimulus, or it could be a different stimulus. In Experiment 1, a consonant vowel (CV) syllable prime was presented binaurally briefly before the dichotic stimuli (consisting of two CVs). The effect of talker familiarity on stream segregation. From Dichotic Listening to the Irrelevant Sound Effect: a Behavioural. The current study attempted to modulate the REA by changing the dichotic listening stimulus situation. How passive is passive listening Toward a sensorimotor theory of audi. In a recent study, Reiss and Molis (2021) used dichotic vowel stimuli varying in fundamental frequency to explore the presence of speech fusion (i.e., blending of stimuli between the two ears) in groups of listeners with normal hearing or hearing loss. It has been shown that the amplitude of the REA can be modulated by instructions to direct attention to left or right side. OL18229911W Page_number_confidence 93.00 Pages 688 Partner Innodata Ppi 300 Rcs_key 24143 Republisher_date 20200606115247 Republisher_operator Republisher_time 555 Scandate 20200526222929 Scanner Scanningcenter cebu Scribe3_search_catalog isbn Scribe3_search_id 9780471912675 Tts_version 3.The typical finding in dichotic listening with verbal stimuli is the right ear advantage (REA), indicating a left hemisphere processing superiority, thus making this an effective tool in studying hemispheric asymmetry. Access-restricted-item true Addeddate 11:00:58 Associated-names Hugdahl, Kenneth Boxid IA1805809 Camera USB PTP Class Camera Collection_set printdisabled External-identifier
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