CAJ | 학술논문

目的该实验将探索X射线衍射增强成像(DEI)在兔眼球微细结构成像中的应用. 方法在北京同步辐射装置(BSRF)形貌学实验站,应用DEI方法对新西兰大白兔眼球的离体标本进行成像. 结果 DEI图像清晰显示了眼球的角膜、巩膜、睫状体及睫状肌等结构,显示了DEI技术对眼球的显微成像能力. 结论 DEI技术具有高对比度、高分辨率和明显的边缘增强等特点,在眼球及其他小器官的微细结构观察方面具有较好的应用前景.
목적 해실험장탐색X사선연사증강성상(DEI)재토안구미세결구성상중적응용. 방법 재북경동보복사장치(BSRF)형모학실험참,응용DEI방법대신서란대백토안구적리체표본진행성상. 결과 DEI도상청석현시료안구적각막、공막、첩상체급첩상기등결구,현시료DEI기술대안구적현미성상능력. 결론 DEI기술구유고대비도、고분변솔화명현적변연증강등특점,재안구급기타소기관적미세결구관찰방면구유교호적응용전경.
Objective To study the apphcation of DEI technique in imaging the small structures of rabbit eyeball. Method DEI technique was used to image the eyeball of New Zealand white rabbit in vitro. The experiments were performed using beamline 4W1A at the topography station of Beijing Synchrotron Radiation Facility (BSRF). Result DEI image showed clearly the fine structures of the rabbit eyeball, such as the transparent cornea, the sclera, the ciharis, and the ciliary body. Conclusion DEI is a new X-ray imaging medality which achieves high contrast and spatial resolution. It also showed obvious effect of edge enhancement. DEI has good potential in observing the micro-structures of eyeballs and other small organs.