Yang Liu1, Jianjun Sun2, Yong Guo3, Qiaohui Lu3, Danheng Zhao4, Yongsheng Lin4. 1. Center of Otolaryngology, PLA Navy General Hospital, Beijing 100048, China. Electronic address: liuyangdoc@sina.com. 2. Center of Otolaryngology, PLA Navy General Hospital, Beijing 100048, China. Electronic address: JJsun85@sina.com. 3. Department of Radiology, PLA Navy General Hospital, Beijing 100048, China. 4. Center of Otolaryngology, PLA Navy General Hospital, Beijing 100048, China.
Abstract
AIM: To assess the quality of three-dimensional volume rendered computer tomography (3D-CTVR), multi-planar reformation (MPR) and CT section plane in the fine diagnosis of ossicular chain in middle ear cholesteatoma. METHODS: Sixty patients with middle ear cholesteatoma were selected in this retrospective study. All cases underwent pre-operative CT scan. The respective radiologic reports of the ossicles status via three protocols were then compared to surgical findings. RESULTS: Quality assessment of these three protocols in the fine diagnosis of fine ossicles buried inside the soft tissue showed that both CTVR and MPR are more superior to conventional section plane, especially CTVR. CONCLUSION: The uses of CTVR and MPR, in conjunction with conventional section plane, are better able to show where the true and fine ossicular chain in the cholesteatoma mass is. In the final analysis, we believe that the use of CTVR and MPR techniques can have profound contributive value in future clinical work.
AIM: To assess the quality of three-dimensional volume rendered computer tomography (3D-CTVR), multi-planar reformation (MPR) and CT section plane in the fine diagnosis of ossicular chain in middle ear cholesteatoma. METHODS: Sixty patients with middle ear cholesteatoma were selected in this retrospective study. All cases underwent pre-operative CT scan. The respective radiologic reports of the ossicles status via three protocols were then compared to surgical findings. RESULTS: Quality assessment of these three protocols in the fine diagnosis of fine ossicles buried inside the soft tissue showed that both CTVR and MPR are more superior to conventional section plane, especially CTVR. CONCLUSION: The uses of CTVR and MPR, in conjunction with conventional section plane, are better able to show where the true and fine ossicular chain in the cholesteatoma mass is. In the final analysis, we believe that the use of CTVR and MPR techniques can have profound contributive value in future clinical work.