期刊： EAR AND HEARING, 2023; 44 (4)
Objectives:The present envelope frequency-following response (FFRENV) study aimed at characterizing the neural encoding of the fundamental frequency o......
期刊： EAR AND HEARING, 2023; 44 (4)
Objectives:There is large variability in cervical and ocular vestibular evoked myogenic potential (c- and oVEMP) amplitudes. One potential source of v......
期刊： EAR AND HEARING, 2023; 44 (5)
Objectives:The underlying state of cochlear and neural tissue function is known to affect postoperative speech perception following cochlear implantat......
期刊： EAR AND HEARING, 2023; 44 (2)
Objective:This study assessed the relationships between the salience of amplitude modulation (AM) cues encoded at the auditory nerve (AN), perceptual ......
期刊： EAR AND HEARING, 2023; 44 (4)
Objectives:Recognizing speech through telecommunication can be challenging in unfavorable listening conditions. Text supplementation or provision of f......
期刊： EAR AND HEARING, 2023; 44 (4)
Objectives:Occupational noise-induced hearing loss (NIHL) is one of the most prevalent occupational diseases worldwide. Few studies have been reported......
期刊： EAR AND HEARING, 2023; 44 (3)
Objectives: Audiological rehabilitation includes sensory management, auditory training (AT), and counseling and can alleviate the negative consequence......
期刊： EAR AND HEARING, 2023; 44 (3)
Objectives: The purpose of this study was to evaluate the benefits of bilateral implantation for bone-anchored hearing system (BAHS) users in terms of......
期刊： EAR AND HEARING, 2023; 44 (1)
Objectives:Despite extensive evidence supporting the benefits of hearing treatments for individuals affected by hearing loss, many leave their hearing......
期刊： EAR AND HEARING, 2023; 44 (2)
Objectives:We aimed to determine whether children with severe hearing loss (HL) who use hearing aids (HAs) may experience added value in the perceptio......
期刊： EAR AND HEARING, 2023; 44 (4)
Background:DeaFNess Autosomal dominant 9 (DFNA9) is a hereditary disorder known to affect both hearing and vestibular function in its carriers. Its ph......
期刊： EAR AND HEARING, 2023; 44 (5)
Objectives:Adults' most common complaint relates to understanding speech in noisy environments. Hearing aids can compensate for sensory loss but do no......
期刊： EAR AND HEARING, 2023; 44 (6)
Objective: The therapeutic effects of antimotion sickness medications involve suppression of several components along the vestibular system. Scopolami......
期刊： EAR AND HEARING, 2023; 44 (2)
Objectives:As children with sensorineural hearing loss have an increased risk for vestibular impairment, the Vestibular Infant Screening-Flanders proj......
