Auditory nerve fibers (ANFs) convey acoustic information from the sensory cells to the
brainstem using an elaborated neural code based on both spike timing and rate. As the …

Gerbils possess a very specialized cochlea in which the low-frequency inner hair cells
(IHCs) are contacted by auditory nerve fibers (ANFs) having a high spontaneous rate (SR) …

Auditory nerve fibers (ANFs) transmit acoustic information from the sensory hair cells to the
cochlear nuclei. In experimental and clinical audiology, probing the whole ANF population …

Auditory nerve fibers (ANFs) encode pure tones through two modes of coding, spike time
and spike rate, depending on the tone frequency. In response to a low-frequency tone, ANF …

The spiking activity of auditory nerve fibers (ANFs) transmits information about the acoustic
environment from the cochlea to the central auditory system. Increasing age leads to …

While changes in cochlear frequency tuning are thought to play an important role in the
perceptual difficulties of people with sensorineural hearing loss (SNHL), the possible role of …

Sound-evoked compound action potential (CAP), which captures the synchronous activation
of the auditory nerve fibers (ANFs), is commonly used to probe deafness in experimental …

Acoustic information is conveyed to the brain by the spike patterns in auditory-nerve fibers
(ANFs). In mammals, each ANF is excited via a single ribbon synapse in a single inner hair …

Our sense of hearing enables the processing of stimuli that differ in sound pressure by more
than six orders of magnitude. How to process a wide range of stimulus intensities with …

Our auditory system is capable of perceiving the azimuthal location of a low frequency
sound source with a precision of a few degrees. This requires the auditory system to detect …