Spatial hearing in cochlear implant (CI) patients remains a major challenge, with many early
deaf users reported to have no measurable sensitivity to interaural time differences (ITDs). …

Cochlear implants are the most successful neural prostheses worldwide and routinely restore
sensorineural hearing loss by direct electrical stimulation of the auditory nerve. Enhancing …

Currently, there is controversy around whether rats can use interaural time differences (ITDs)
to localize sound. Here, naturalistic pulse train stimuli were used to evaluate the rat's …

For deaf patients cochlear implants (CIs) can restore substantial amounts of functional hearing.
However, binaural hearing, and in particular, the perception of interaural time differences …

Spatial hearing remains one of the major challenges for bilateral cochlear implant (biCI)
users, and early deaf patients in particular are often completely insensitive to interaural time …

Brain development and learning is accompanied by morphological and molecular changes
in neurons. The growth associated protein 43 (Gap43), indicator of neurite elongation and …

In this study we investigated the pattern of c-Fos expression in anteroventral (AVCN) and
dorsal cochlear nucleus (DCN) and central inferior colliculus (CIC) following electrical …

Neuron–glia interactions contribute to tissue homeostasis and functional plasticity in the
mammalian brain, but it remains unclear how this is achieved. The potential of central auditory …

Neural implants that deliver multi-site electrical stimulation to the nervous systems are no
longer the last resort but routine treatment options for various neurological disorders. Multi-site …

The immediate-early-gene c-fos is among the first genes to be expressed following sensory-invoked
neuronal activity. Its gene product c-Fos forms the limiting monomer of the …