The A-value used in cochlear duct length (CDL) estimation does not take malformed
cochleae into consideration. The objective was to determine the A-value reported in the …

The mathematical equations to estimate cochlear duct length (CDL) using cochlear
parameters such as basal turn diameter (A-value) and width (B-value) are currently applied …

Conclusion: The cochlear length (CL) and cochlear height (CH) measured through MPR will
provide for more accurate quantitative diagnosis of inner ear malformation, and are …

Objective: We conducted an extensive review of the literature relevant to inner ear
measurements in normal and malformative conditions to select reproducible methods and …

Background: An accurate estimate of the cochlear duct length (CDL) can be used to
determine electrode choice, and frequency map the cochlea based on the Greenwood …

Objective We hypothesize that visualizing inner‐ear systematically in both cochlear view
(oblique coronal plane) and in mid‐modiolar section (axial plane) and following three …

Objective: To describe a new method to measure the cochlear parameters using Otoplan
software, and to compare it with the traditional method using curved multiplanar …

Background: The aim of this study was to compare three different methods for measurement
of cochlear duct length (CDL) in the clinical setting for two different imaging modalities …

Objectives: To determine whether the cochlea basal diameter (A value) measurement can
be consistently and precisely obtained from high-resolution temporal bone imaging for use …

There is considerable interpersonal variation in the size and shape of the human cochlea,
with evident consequences for cochlear implantation. The ability to characterize a specific …