Patients with bilateral vestibulopathy suffer from a variety of complaints, leading to a high
individual and social burden. Available treatments aim to alleviate the impact of this loss and …

Vestibular Implantation and the Feasibility of Fluoroscopy-Guided Electrode Insertion -
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This study explored the use of X-ray computerized microtomography (micro-CT) and
confocal Raman microscopy to provide complementary information to well-established …

Objectives In cochlear implantation, preoperative prediction of electrode position has
recently gained increasing attention. Currently, planning is usually done by multislice CT …

Cochlear implant restores hearing loss through electrical stimulation of the hearing nerve
from within the cochlea. Unfortunately, surgical implantation of this neuroprosthesis often …

Background: Many detailed features of the cochlear anatomy have not been included in
existing 3D cochlear models, including the microstructures inside the modiolar bone, which …

Purpose For further improvements in cochlear implantation, the measurement of the
cochlear duct length (CDL) and the determination of the electrode contact position (ECP) are …

Background: Cochlear geometry is a controversially debated topic. In the meantime, there
are many different studies partly reporting highly divergent values. Our aim is to discuss the …

The risk of insertion trauma in cochlear implantation is determined by the interplay between
individual cochlear anatomy and electrode insertion mechanics. Whereas patient anatomy …

Light sheet fluorescence microscopy (LSFM) provides a rapid and complete three‐
dimensional image of the cochlea. The method retains anatomical relationships—on a …