Computer-aided three-dimensional reconstruction and measurement of bony and membranous labyrinth.
P Dai, Jiang Sc, Gu R, Fang Yy
Abstract
P Dai, Jiang Sc, Gu R, Fang Yy
Abstract
We used three methods to reconstruct a same bony and membranous labyrinth by an image processing work station (IPWS). Three dimensional (3-D) models of the bony and membranous labyrinth were thus obtained. Different parts of the labyrinth were measured and the spatial relationship between the bony and membranous labyrinth was observed. Many 3-D parameters such as cochlear length, volume of different parts of the labyrinth, angles among the three semicircular canals were measured. The results of this experiment are useful in the study of the cochlear and vestibular function.
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We used three methods to reconstruct a same bony and membranous labyrinth by an image processing work station (IPWS). Three dimensional (3-D) models of the bony and membranous labyrinth were thus obtained. Different parts of the labyrinth were measured and the spatial relationship between the bony and membranous labyrinth was observed. Many 3-D parameters such as cochlear length, volume of different parts of the labyrinth, angles among the three semicircular canals were measured. The results of this experiment are useful in the study of the cochlear and vestibular function.
Key concepts: Membranous labyrinth, Vestibular system, Anatomy, Inner ear, Posterior Semicircular Canal, Semicircular canal, Geology, Medicine