Neurons in the developing auditory system exhibit spontaneous bursts of activity before
hearing onset. How this intrinsically generated activity influences development remains …

Spontaneous electrical activity is a common feature of sensory systems during early
development. This sensory-independent neuronal activity has been implicated in promoting …

Spontaneous bursts of electrical activity in the developing auditory system arise within the
cochlea before hearing onset and propagate through future sound-processing circuits of the …

Neurons in the developing auditory system fire bursts of action potentials before the onset of
hearing. This spontaneous activity promotes the survival and maturation of auditory neurons …

Spontaneous activity in the developing auditory system is required for neuronal survival as
well as the refinement and maintenance of tonotopic maps in the brain. However, the …

Although sensorineural hearing loss (SNHL) is known to compromise central auditory
structure and function, the impact of milder forms of hearing loss on cellular neurophysiology …

Spontaneous action potential activity is crucial for mammalian sensory system development.
In the auditory system, patterned firing activity has been observed in immature spiral …

The development of neural circuits relies on spontaneous electrical activity that occurs
during immature stages of development. In the developing mammalian auditory system …

Cochlear ganglion neurons communicate sound information from cochlear hair cells to
auditory brainstem neurons through precisely wired circuits. Understanding auditory circuit …

Patterned spontaneous activity is a hallmark of developing sensory systems. In the auditory
system, rhythmic bursts of spontaneous activity are generated in cochlear hair cells and …