Deaf and hard of hearing children with cochlear implants (CI) often display impaired spoken
language skills. While a large number of studies investigated brain responses to sounds in …

Vibrotactile stimulation is believed to enhance auditory speech perception, offering potential
benefits for cochlear implant (CI) users who may utilize compensatory sensory strategies …

Electrophysiological studies of congenitally deaf children and adults have reported atypical
visual evoked potentials (VEPs) which have been associated with both behavioral …

Purpose: This study investigated irony comprehension by Mandarin-speaking children with
cochlear implants, focusing on how prosodic and visual cues contribute to their …

Following adult-onset hearing impairment, crossmodal plasticity can occur within various
sensory cortices, often characterized by increased neural responses to visual stimulation in …

Sensory deprivation can offset the balance of audio versus visual information in multimodal
processing. Such a phenomenon could persist for children born deaf, even after they receive …

Neurons within a neuronal network can be grouped by bottom-up and top-down influences
using synchrony in neuronal oscillations. This creates the representation of perceptual …

Children with cochlear implants (CIs) face challenges in tonal perception under noise.
Nevertheless, our previous research demonstrated that seeing visual-articulatory cues …

We examined the impact of exposure to a signed language (American Sign Language, or
ASL) at different ages on the neural systems that support spoken language phonemic …

Background: Cochlear implants (CIs) have significantly improved hearing restoration for
individuals with severe or profound hearing loss. Nonetheless, a substantial variability in CI …