嬰幼兒感音性神經(jīng)性耳聾內(nèi)耳CT三維重建與臨床研究
[Abstract]:Objective to investigate the clinical features of sensorineural hearing loss in infants and to evaluate the value of high resolution CT (HRCT) in diagnosis and treatment of sensorineural hearing loss. Methods HRCT spiral scanning was performed in 20 patients with moderate and severe sensorineural hearing loss (SNHL) diagnosed by brainstem auditory evoked potential (ABR). After the original data were collected, the slice thickness was 0.625 mm, the reconstruction interval was 0.3 mm, and the unilateral FOV9.6 cm was amplified and reconstructed. Then it was transferred to the workstation for multiplanar reconstruction (MPR). The inner ear structure was observed by the methods of minimum density projection (Min IP), volume roaming (VR) and superposition technique. Results among the 20 cases of sensorineural deafness, 37 ears were congenital inner ear malformation, including 1 undeveloped cochlea, 1 common cavity malformation, 1 incomplete separation of type I and 8 mondini deformities. 22 ears of vestibular and semicircular canal malformation, 20 ears of vestibular aqueduct enlargement, 8 ears of inner auditory canal malformation, 3 ears of dysplasia of internal auditory meatus, 2 ears of osseous atresia of external auditory meatus, 4 ears of abnormal facial canal, 2 ears of atresia of vestibular window and 1 ear of atresia of cochlear window. Conclusion the main cause of sensorineural deafness in infants is congenital inner ear dysplasia, atypical clinical manifestation, and the structure of inner ear can be clearly displayed by HRCT spiral scan combined with post-processing technique. The classification of congenital inner ear malformation is clear for its location and degree, and it provides a powerful basis for the treatment and prognosis of congenital inner ear malformation.
【學(xué)位授予單位】:中國醫(yī)科大學(xué)
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2010
【分類號】:R764
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