body of caudate nucleus:尾状核体;thalamus:下丘脑;hippocampus[ˌhɪpəˈkæmpəs]:海马回;trigeminal nerves:三叉神经;pons[pɔnz]:脑桥;internal auditory canal:内听道;interpeduncular cistern:脚间池; Body of corpus callosum[ˈkɔ:p...
body of caudate nucleus:尾状核体;thalamus:下丘脑;hippocampus[ˌhɪpəˈkæmpəs]:海马回;trigeminal nerves:三叉神经;pons[pɔnz]:脑桥;internal auditory canal:内听道;interpeduncular cistern:脚间池; Body of corpus callosum[ˈkɔ:pəskɑ:‘ləʊsəm]:胼胝体体部;body o...
Identification of individual cranial nerves and complete exclusion of tumor in the internal auditory canal may be difficult with MR, especially in imperfectly positioned patients. MR studies of the temporal bones in patients and in normal volunteers positioned non-rotated or canted were correlated ...
Osteoma of the Internal Auditory Canal as a Rare Finding in Imaging: A Case Report Osteomas are a type of benign tumors that can develop in various bones of the skull. The fronto-ethmoidal region is the most commonly affected site, with o... D Abdelwahed,O B. - 《Journal of Pediatric...
【Keywords】Internalauditorycanal;Magneticresonanceimaging 内耳,又称迷路,位于颞骨岩部,由复杂构造的管腔组 成,结构微小,位置较深,包括骨迷路和膜迷路两部分。平片 和高分辨率颞骨薄层CT检查受到成像平面及软组织分辨 力的限制通常用于显示内耳的骨性结构,而对于非骨性结 构,如膜迷路、听神经、面神经等则很难显示。
摘要: ObjectiveTo compare the use of 3D driven equilibrium (DRIVE) imaging with 3D balanced fast field echo (bFFE) imaging in the assessment of the anatomic structures of the internal auditory canal (IAC) and inner ear at 3 Tesla (T)....
MR three-dimension brain volume imaging enhanced scanning in diagnosss of internal auditory canal lesions XUAN Lulu1,GENGC0eng=n2,XIA Yunbao2,YANG Xtaoltang2,YANG Ltyue2 (1.Department of Radiology,Wuxi Clinical College of Anhui Medical University,Wuxi214044,China(2.Department of Radiology,the904...
The tumor center of 1 case was located in the internal auditory canal, 1 in the labyrinthine segment, 6 in the geniculate ganglion, 5 in the tympanic cavity, 1 in the mastoid region, and 2 in the parotid gland area. Seven cases showed irregular, lobulated, or cauliflower shape, 5 showed...
【Keywords】Labyrinth;Internalauditorycanal;MRI 内耳作为位听器官的重要组成部分,其结构,功能 的异常是导致听觉,位置觉障碍的常见原因.高分辨率 CT有助于发现内耳骨迷路的异常,但不能显示膜迷路 的结构.近年来,随着MR软,硬件技术的迅速发展,在 活体上高分辨率三维显示精细内耳膜迷路已成为可能 ...
MR Imaging of the Inner Ear and the Internal Auditory Canal Purpose: To compare the MR imaging of inner ears and internal auditory canals (IAC) that acquired using different scan paremeters for finding the best scan... Z Ji,Y Pan,Y Li,... - 《Chinese Journal of Medical Imaging》 被引...