In this review, we summarize the progression of several parameters assessed by spectral-domain optical coherence tomography （SD-OCT） in recent years for the detection of glaucoma. Monitoring the progression of defec...In this review, we summarize the progression of several parameters assessed by spectral-domain optical coherence tomography （SD-OCT） in recent years for the detection of glaucoma. Monitoring the progression of defects in the retinal nerve fiber layer （RNFL） thickness is essential. Imaging and analysis of retinal ganglion cells （RGCs） and inner plexiform layer （IPL）, respectively, have been of great importance. Optic nerve head （ONH） topography obtained from 3D SD-OCT images is another crucial step. Other important assessments involve locating the Bruch＇s membrane opening （BMO）, estimating the optic disc size and rim area, and measuring the lamina cribrosa displacement. Still other parameters found in the past three years for glaucoma diagnosis comprise central retinal artery resistive index, optic disc perfusion in optical coherence tomography angiography （OCTA） study, peripapillary choroidal thickness, and choroidal area in SD-OCT. Recently, several more ocular fundus parameters have been found, and compared with the earlier parameters to judge the accuracy of diagnosis. While a few of these parameters have been widely used in clinical practice, a fair number are still in the experimental stage.展开更多
基金Supported by the National Natural Science Foundation of China(No.81300755)the Key Project of the Natural Science Foundation of the Higher Educational Bureau of Anhui Province(No.KJ2013A147)
文摘In this review, we summarize the progression of several parameters assessed by spectral-domain optical coherence tomography （SD-OCT） in recent years for the detection of glaucoma. Monitoring the progression of defects in the retinal nerve fiber layer （RNFL） thickness is essential. Imaging and analysis of retinal ganglion cells （RGCs） and inner plexiform layer （IPL）, respectively, have been of great importance. Optic nerve head （ONH） topography obtained from 3D SD-OCT images is another crucial step. Other important assessments involve locating the Bruch＇s membrane opening （BMO）, estimating the optic disc size and rim area, and measuring the lamina cribrosa displacement. Still other parameters found in the past three years for glaucoma diagnosis comprise central retinal artery resistive index, optic disc perfusion in optical coherence tomography angiography （OCTA） study, peripapillary choroidal thickness, and choroidal area in SD-OCT. Recently, several more ocular fundus parameters have been found, and compared with the earlier parameters to judge the accuracy of diagnosis. While a few of these parameters have been widely used in clinical practice, a fair number are still in the experimental stage.
