Magnetic Resonance Imaging of Semicircular Canals

One hundred patients with normal MRI findings of the inner ear and clear images of the semicircular canal and eyeball bottom were selected. The presence of local lesions that might affect the anatomical structure of the semicircular canals and the abnormal cranial structure was excluded. Using Siemens 1.5 T superconducting magnetic resonance system and standard head coil for inner ear examination. 3D constructive interference in steady state sequence (3D-CISS) (TR: 6.0 ms, TE: 2.7 ms, Fov: 135 mm × 180 mm, Marix: 256 × 192, Thickness: 0.7 mm) was performed (9 (link)).

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Yang X, & Gao L. (2022). Simulation Study of BPPV Fatigability. Frontiers in Neurology, 13, 874699.

Publication 2022

1.5 T superconducting magnetic resonance system

Cranial Eyeball Head Inner ear Magnetic resonance Patients Semicircular canals structure

Corresponding Organization : Wenzhou Medical University

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Variable analysis

independent variables

Siemens 1.5 T superconducting magnetic resonance system
Standard head coil for inner ear examination
3D constructive interference in steady state sequence (3D-CISS) (TR: 6.0 ms, TE: 2.7 ms, Fov: 135 mm × 180 mm, Marix: 256 × 192, Thickness: 0.7 mm)

dependent variables

Presence of local lesions that might affect the anatomical structure of the semicircular canals
Abnormal cranial structure

control variables

One hundred patients with normal MRI findings of the inner ear and clear images of the semicircular canal and eyeball bottom

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