摘要
耳科疾病病变具有解剖位置深、隐匿微小的特征,传统耳科影像学在临床应用时存在看不清、看不准、看不懂的问题,导致病变影像诊断效能低下。王振常教授团队从创建耳科影像的规范检查方案和系统评价模式、提升耳科疾病的病理生理结构显示能力入手,阐明了搏动性耳鸣全链条发生机制,构建耳科影像检查及诊断新体系,并研制十微米级临床耳科电子计算机断层扫描(computed tomography,CT)专用设备,实现低辐射高质量的成像和病变的精准检查,显著提升了诊断效能。
The otologic diseases features in deep and occult anatomy.The problems of traditional oto-radiology with invisibility,imprecision,and incomprehensibility leads to diagnostic inefficacy.Professor Wang Zhenchang's team developed a canonical oto-radiological examination protocol and systemic evaluation model to improve the visibility of pathophysiological features of otology disease.They illuminated the whole chain mechanism of pulsatile tinnitus,established the radiological examination and evaluation system of oto-radiology,invented micron-level computed tomography specific to clinical otology.By applying this program,they could precisely detect the disease with low-dose as well as high-quality radiological examination.The diagnostic efficacy was improved significantly.
作者
吕晗
赵鹏飞
尹红霞
王振常
Lyu Han;Zhao Pengfei;Yin Hongxia;Wang Zhenchang(Department of Radiology, Beijing Friendship Hospital, Capital Medical University, Beijing 100050, China)
出处
《首都医科大学学报》
CAS
北大核心
2022年第1期13-16,共4页
Journal of Capital Medical University
作者简介
Corresponding author:王振常,E-mail:cjr.wzhch@vip.163.com。
