Development of high-speed swept source optical coherence tomography system and three-dimensional analysis of anterior eye segment structure

我们开发了世界上第一个三维光学相干断层扫描(OCT)，它能够非侵入性地立体观察眼前节的内部结构。我们已经开始临床应用这种仪器，作为最快的前节OCT，能够对更深穿透的眼组织进行细微检查。非接触性检查包括前房角的定性和定量分析，青光眼滤过术后结膜滤过泡内部结构的观察，前房深度和体积参数的定量分析，以及角膜地形图的评估。

We developed the world's first three-dimensional optical coherence tomography (OCT) which enables non-invasive stereoscopic observation of the inner structures of the anterior eye segment. We have started clinical application of this instrument as the fastest anterior segment OCT with ability to perform minute examination of the ocular tissue with deeper penetration. Non-contact investigations were conducted in areas such as qualitative and quantitative analysis of the anterior chamber angle, observation of the inner structure of the conjunctival bleb after glaucoma filtering surgery, quantitative analysis of anterior chamber depth and volume parameters, and assessment of corneal topography.