OBJECTIVE: Event-related brain potentials (ERP) may provide tools for examining normal
and abnormal language development. To clarify functional significance of auditory ERPs, we …

We examined maturation of speech‐sound‐related indices of auditory event‐related brain
potentials (ERPs). ERPs were elicited by syllables and nonphonetic correlates in children …

Children's long-latency auditory event-related potential (LLAEP) structure differs from that of
adults. Functional significance of childhood ERP components is largely unknown. In order to …

Objectives: Children's auditory event-related potentials (ERPs) are dominated by the P1 and
N2 peaks, while the N1 wave emerges between 3 and 4 years of age. The neural substrates …

Objective: To determine the ERP characteristics and ERP indices of central speech sound
encoding and discrimination in young children. Methods: Auditory sensory event-related …

This study was designed to follow the time course of different levels of linguistic processing
using auditory event-related potentials (AERPs). A hierarchical set of acoustically controlled …

Abstract Background Event‐related potentials (ERPs), which are electrophysiological neural
responses time‐locked to a stimulus, have become an increasingly common tool in …

Event related potentials (ERPs) were recorded from 20 young subjects to auditory target
stimuli while they were performing three different tasks, using an oddball paradigm: 1 …

OBJECTIVE: The effects of within stimulus presentation rate and rise time on basic auditory
processing were investigated in children with reading disabilities and typically reading …

The present study employs event related potentials (ERPs) to verify the utility of using
electrophysiological measures to study developmental questions within the field of language …