Plasticity from auditory experience shapes the brain's encoding and perception of sound.
However, whether such long-term plasticity alters the trajectory of short-term plasticity during …

Introduction Auditory training (AT) exercises as the main part of auditory rehabilitation have
emerged as a promising method for enhancing auditory perception and communication …

A fuller understanding of the effects of auditory tetanization in humans would inform better
language and sensory learning paradigms; however, there are still unanswered questions …

Neural coding of auditory stimulus frequency is well-documented; however, the cortical
signals and perceptual correlates of pitch have not yet been comprehensively investigated …

Categorizing sounds into meaningful groups helps listeners more efficiently process the
auditory scene and is a foundational skill for speech perception and language development …

Training can improve detection of auditory signals in noise. This learning could potentially
occur through active top-down selection mechanisms or stable changes in signal …

Objective: The ability to detect frequency variation is a fundamental skill necessary for
speech perception. It is known that musical expertise is associated with a range of auditory …

Plasticity from auditory experiences shapes brain encoding and perception of sound.
However, whether such long-term plasticity alters the trajectory of short-term plasticity during …

Performance on auditory change detection tasks can be improved by training. We examined
the stimulus specificity of these training effects in behavior and ERPs. A flicker change …

Like learning in other modalities, auditory learning is defined broadly as lasting
improvements in auditory behavior following experience or training with auditory stimuli …