Results 221 to 230 of about 115,204 (265)
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Auditory disturbances in patients with complex regional pain syndrome
Pain, 2022Abstract Complex regional pain syndrome (CRPS) is often associated with reduced sound tolerance (hyperacusis) on the affected side, but the mechanism of this symptom is unclear. As compensatory increases in central auditory activity after cochlear injury may trigger hyperacusis, hearing and discomfort thresholds to pure tones (250, 500, 1000,
Peter D. Drummond, Philip M. Finch
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Spatiotemporal differentiation in auditory and motor regions during auditory phoneme discrimination
Acta Neurologica Belgica, 2017Auditory phoneme discrimination (APD) is supported by both auditory and motor regions through a sensorimotor interface embedded in a fronto-temporo-parietal cortical network. However, the specific spatiotemporal organization of this network during APD with respect to different types of phonemic contrasts is still unclear.
Annelies, Aerts +6 more
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A cortical region sensitive to auditory spectral motion
NeuroReport, 2000The functional architecture of human auditory cortex is still poorly understood compared with that of visual cortex, yet anatomical and electrophysiological studies in non-human primates suggest that the auditory cortex also might be functionally specialized, in a model of parallel and hierarchical organization.
L, Thivard +4 more
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Regional Cerebral Blood Flow Correlates of Auditory Processing
Archives of Neurology, 1982To study the regional cerebral blood flow (rCBF) correlates of auditory processing, we performed rCBF measurements in young, normal right-handed volunteers engaged in listening tasks. Using the xenon Xe 133 inhalation technique, rCBF was measured in 11 regions in each hemisphere.
D S, Knopman +3 more
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Auditory P300 in Young Alcoholics: Regional Response Characteristics
Alcoholism: Clinical and Experimental Research, 1995An auditory oddball paradigm was used to record the P300 component of the event‐related potential (ERP) in a group of medication‐free, chronic male alcoholics (n= 51, mean = 32.2) and a control group (n= 25, mean = 27.2). Each subject received a binaurally presented series of high (1600‐Hz)‐ and low (600‐Hz)‐frequency tones. The designation of the rare
H L, Cohen +3 more
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Multisensory responses in a belt region of the dorsal auditory cortical pathway
European Journal of Neuroscience, 2022Abstract A basic function of the cerebral cortex is to receive and integrate information from different sensory modalities into a comprehensive percept of the environment. Neurons that demonstrate multisensory convergence occur across the necortex but are especially prevalent in higher order association areas ...
Yaser Merrikhi +4 more
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Regional distribution of neurotrophin receptors in the developing auditory brainstem
The Journal of Comparative Neurology, 1996Neuron survival and axonal regeneration become severely limited during early postnatal development. In conjunction with our recent organotypic analysis of regeneration in the auditory midbrain, we wished to determine whether neurotrophins could serve as a trophic substance during the postnatal period.
A, Hafidi, T, Moore, D H, Sanes
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Some neurochemical studies on auditory regions of mouse brain
Experimental Brain Research, 1979The mouse brain auditory pathway has been dissected into five regions: geniculate bodies, posterior colliculi, superior olives, cochlear nuclei, and cochleas. The following analyses were made in these regions and in the auditory cortex: protein, glutamate, gamma-aminobutyrate, taurine, choline acetyltransferase, and glutamate decarboxylase.
N E, Contreras, H S, Bachelard
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Parcellation of the Auditory Cortex into Landmark–Related Regions of Interest
2009We propose a method for the automated delineation of cortical regions of interest as a basis for the anatomo---functional parcellation of the human auditory cortex using neuroimaging. Our algorithm uses the properties of the cortical surface, and employs a recent hierarchical part---based pattern recognition strategy for a semantically correct ...
Karin Engel +2 more
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Auditory stimuli activate parietal brain regions
NeuroReport, 1994Previous studies using magnetoencephalographic (MEG) recordings have revealed neuronal populations responding to discrete auditory stimuli in the supratemporal cortex of the human brain. We used the novel whole-head magnetometer (Neuromag-122) to determine whether regions outside the auditory cortex are activated by auditory stimulation as well. In the
J, Lavikainen +4 more
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