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All fields Title Creator / Publisher Keyword Year AND OR AND NOT All fields Title Creator / Publisher Keyword Year AND OR AND NOT All fields Title Creator / Publisher Keyword Year AND OR AND NOT All fields Title Creator / Publisher Keyword Year AND OR AND NOT All fields Title Creator / Publisher Keyword Year Sort by creator [A → Z]' creator [Z → A]' publishing year ↑ (asc)' publishing year ↓ (desc)' title [A → Z]' title [Z → A]' Simple Search Hits 1 – 14 of 14 1 Distinct Rhythmic Abilities Align With Phonological Awareness And Rapid Naming In School-Age Children Bonacina, Silvia; Krizman, Jennifer; White-Schwoch, Travis... In: Cogn Process (2020) BASE Show details 2 Stable auditory processing underlies phonological awareness in typically developing preschoolers Bonacina, Silvia; Otto-Meyer, Sebastian; Krizman, Jennifer... In: Brain Lang (2019) BASE Show details 3 Hemispheric Asymmetry of Endogenous Neural Oscillations in Young Children: Implications for Hearing Speech In Noise Thompson, Elaine C.; Woodruff Carr, Kali; White-Schwoch, Travis. - : Nature Publishing Group, 2016 BASE Show details 4 Cross-phaseogram: Objective neural index of speech sound differentiation Skoe, Erika; Nicol, Trent; Kraus, Nina. - 2011 BASE Show details 5 Inferior colliculus contributions to phase encoding of stop consonants in an animal model Warrier, Catherine M; Abrams, Daniel A; Nicol, Trent G; Kraus, Nina. - 2011 Abstract: The human auditory brainstem is known to be exquisitely sensitive to fine-grained spectro-temporal differences between speech sound contrasts, and the ability of the brainstem to discriminate between these contrasts is important for speech perception. Recent work has described a novel method for translating brainstem timing differences in response to speech contrasts into frequency-specific phase differentials. Results from this method have shown that the human brainstem response is surprisingly sensitive to phase-differences inherent to the stimuli across a wide extent of the spectrum. Here we use an animal model of the auditory brainstem to examine whether the stimulus-specific phase signatures measured in human brainstem responses represent an epiphenomenon associated with far field (i.e., scalp-recorded) measurement of neural activity, or alternatively whether these specific activity patterns are also evident in auditory nuclei that contribute to the scalp-recorded response, thereby representing a more fundamental temporal processing phenomenon. Responses in anaesthetized guinea pigs to three minimally-contrasting consonant-vowel stimuli were collected simultaneously from the cortical surface vertex and directly from central nucleus of the inferior colliculus (ICc), measuring volume conducted neural activity and multiunit, near-field activity, respectively. Guinea pig surface responses were similar to human scalp-recorded responses to identical stimuli in gross morphology as well as phase characteristics. Moreover, surface recorded potentials shared many phase characteristics with near-field ICc activity. Response phase differences were prominent during formant transition periods, reflecting spectro-temporal differences between syllables, and showed more subtle differences during the identical steady-state periods. ICc encoded stimulus distinctions over a broader frequency range, with differences apparent in the highest frequency ranges analyzed, up to 3000 Hz. Based on the similarity of phase encoding across sites, and the consistency and sensitivity of response phase measured within ICc, results suggest that a general property of the auditory system is a high degree of sensitivity to fine-grained phase information inherent to complex acoustical stimuli. Furthermore, results suggest that temporal encoding in ICc contributes to temporal features measured in speech-evoked scalp-recorded responses. Keyword: Article URL: http://www.ncbi.nlm.nih.gov/pubmed/21945200 http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3235178 https://doi.org/10.1016/j.heares.2011.09.001 BASE Hide details 6 RAPID ACOUSTIC PROCESSING IN THE AUDITORY BRAINSTEM IS NOT RELATED TO CORTICAL ASYMMETRY FOR THE SYLLABLE RATE OF SPEECH Abrams, Daniel A.; Nicol, Trent; Zecker, Steven. - 2010 BASE Show details 7 Reading and Subcortical Auditory Function Banai, Karen; Hornickel, Jane; Skoe, Erika. - : Oxford University Press, 2009 BASE Show details 8 Context-dependent encoding in the human auditory brainstem relates to hearing speech in noise: Implications for developmental dyslexia Chandrasekaran, Bharath; Hornickel, Jane; Skoe, Erika. - 2009 BASE Show details 9 Brainstem transcription of speech is disrupted in children with autism spectrum disorders Russo, Nicole; Nicol, Trent; Trommer, Barbara. - 2009 BASE Show details 10 Abnormal cortical processing of the syllable rate of speech in poor readers Abrams, Daniel A.; Nicol, Trent; Zecker, Steven. - 2009 BASE Show details 11 Right-hemisphere auditory cortex is dominant for coding syllable patterns in speech Abrams, Daniel A.; Nicol, Trent; Zecker, Steven. - 2008 BASE Show details 12 Developmental Plasticity in the Human Auditory Brainstem Johnson, Krista L.; Nicol, Trent; Zecker, Steven G.. - 2008 BASE Show details 13 Seeing speech affects acoustic information processing in the human brainstem Musacchia, Gabriella A. E.; Sams, Mikko; Nicol, Trent G.. - 2005 BASE Show details 14 Brainstem responses to speech syllables Russo, Nicole; Nicol, Trent; Musacchia, Gabriella. - 2004 BASE Show details

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