Introduction: The important factor during the application of substances for an inner ear
therapy is the atraumatic execution as well as a homogeneous distribution over the cochlea …

Results The application of substances showed significant differences in intracochlear
pressure at the same velocity between a single-hole and a two-hole technique. Furthermore …

Introduction: Intracochlear pressure changes have been assumed to play a central role in
hearing preservation during cochlear implantation. The pressure in different settings has …

Background: The importance of intracochlear pressure during cochlear electrode insertion
for the preservation of residual hearing has been widely discussed. Various aspects of pre …

Background The frequency dependent contributions of the various bone conduction
pathways are poorly understood, especially the fluid pathway. The aim of this work is to …

Objective: Intracochlear hydraulic pressure change that occurs during cochlear implant
surgery is thought to play a role in hearing preservation. Presence of intracochlear air might …

Intracochlear pressure changes during the cochlear implant insertion are assumed to be an
important contributor to hearing preservation. The aim was to observe intracochlear …

The flow of viscous fluid in the cochlea induces shear forces, which could provide benefit in
clinical practice, for example to guide cochlear implant insertion or produce static pressure …

In the classic view of cochlear mechanics, the cochlea is comprised of two identical fluid
chambers separated by the cochlear partition (CP). In this view the traveling wave pressures …

Introduction. To preserve residual hearing the atraumaticity of the cochlea electrode
insertion has become a focus of cochlear implant research. In addition to other factors, the …