#Osirix md 9.5 download software

#Osirix md 9.5 download software

There was statistically signifi-cant difference between the mean values obtained using OsiriX (55.8 and 53.6), and that ob-tained using Escape M (49.15 and 53.95 degrees) and Horos Dicom imaging software (49.88 and 47.99) for right and left ears respectively. Result: A total of 60 High Definition Computerized Tomography (HDCT) films were reviewed (36 females mean age 29.3 years, 24 males mean age 33.14 years). The result was compared to measured results of 2 of the most difficult ears in our cochlear implants series. The analysis was done based on the age and sex of the patients, and measurement compared among ears. This measurement was carried out using 3 different imaging softwares (Escape M, Horos Dicom ImageViewer, and OsiriX. With the axial view selected, the angle of basal turn of cochlea was measured as the angle between a line through the basal turn of cochlea and a line through the mid-sagittal plain. Methodology: Computerized tomography scans of the temporal bones of 60 Nigerians, exclud-ing craniofacial anomalies and congenital ear disorders, were selected for the study. Study design: Cross-sectional prospective study Furthermore the variability in measurement of such angles using different DICOM softwares is also unknown.Īims: To determine the range of cochlear basal turn angle (CBA) among Nigerians and determine if CBA varies with software used, age, and sex.

Currently, cochlear implantation is fast gaining popularity in Nigeria, however there is no data on what constitutes ‘normal angles of basal turn’ among our population.

Background: Previous studies have shown that the angles of the basal turn of cochlea relative to the sagittal plane may be a determinant of difficulty in inserting cochlear implants electrodes.