Active transcutaneous bone conduction devices are a type of bone conduction device
developed to keep the skin intact and provide direct bone conduction stimulation. The Bone …

Objective: Incomplete partition type 3 (IP3) malformation deafness is a rare hereditary cause
of congenital or rapid progressive hearing loss. The children present with a severe to …

This study aimed to characterize binaural hearing abilities with bone conduction stimulation
in simulated conductive hearing loss. Bone conduction hearing devices (BCDs) are a …

Objective This study assessed the safety and sound-localisation ability of the Vibrant
Soundbridge (VSB)(Med-EL, Innsbruck, Austria) in patients with unilateral microtia and …

Cochlear implantation as a treatment for severe-to-profound hearing loss allows children to
develop hearing, speech, and language in many cases. However, cochlear implants are …

Purpose The present study aimed to identify temporal processing abilities in users of bone-
anchored hearing aid (BAHA). Methods Seventeen subjects with BAHA (SWB) users and 29 …

The effect of intense noise on cochlear sensitivity has been extensively studied, but its
influence on the temporal characteristics of the cochlear response is still unclear. This study …

Objectives: Normal binaural hearing facilitates spatial hearing and therefore many everyday
listening tasks, such as understanding speech against a backdrop of competing sounds …

Objective: The aim was to quantify the effect of the experimental active transcutaneous Bone
Conduction Implant (BCI) on spatial release from masking (SRM) in subjects with bilateral or …

Bone conduction devices (BCDs) rely on the transmission of sound in form of vibrations
generated by a transducer to the inner ear via the skull and surrounding soft tissues. Direct …