Roorda A
University of Houston College of Optometry, TX, USA.
J Refract Surg. 2000 Sep-Oct;16(5):S602-7. doi: 10.3928/1081-597X-20000901-23.
Retinal images in the human eye are normally degraded because we are forced to use the optical system of the human eye--which is fraught with aberrations--as the objective lens. The recent application of adaptive optics technology to measure and compensate for these aberrations has produced retinal images in human eyes with unprecedented resolution. The adaptive optics ophthalmoscope is used to take pictures of photoreceptors and capillaries and to study spectral and angular tuning properties of individual photoreceptors. Application of adaptive optics technology for ophthalmoscopy promises continued progress toward understanding the basic properties of the living human retina and also for clinical applications.
人眼视网膜图像通常会退化，因为我们不得不将充满像差的人眼光学系统用作物镜。最近，自适应光学技术在测量和补偿这些像差方面的应用，已经产生了具有前所未有的分辨率的人眼视网膜图像。自适应光学检眼镜用于拍摄光感受器和毛细血管的照片，并研究单个光感受器的光谱和角度调谐特性。自适应光学技术在检眼镜检查中的应用有望在理解活体人类视网膜的基本特性以及临床应用方面不断取得进展。
