Purpose: To determine the correlations between structural parameters of the optic nerve head and perimetric data of frequency-doubling perimetry (FDP) in normal, glaucoma and hypertensive eyes. Methods: The study incl...Purpose: To determine the correlations between structural parameters of the optic nerve head and perimetric data of frequency-doubling perimetry (FDP) in normal, glaucoma and hypertensive eyes. Methods: The study included 195 ocular hypertensives (IOP>21mmHg, normal conventional automated perimetry), 114 glaucornatous eyes (IOP>21mmHg, glaucomatous defects展开更多
Purpose: To correlate structural parameters of the optic nerve head and global indices of short-wavelength automated perimetry (SWAP) in ocular hypertensives. Methods: The study included 195 eyes with ocular hypertens...Purpose: To correlate structural parameters of the optic nerve head and global indices of short-wavelength automated perimetry (SWAP) in ocular hypertensives. Methods: The study included 195 eyes with ocular hypertension (IOP>21 mmHg, normal conventional automated perimetry). Short-wavelength automated perimetry was performed (full-threshold, 24-2). The optic展开更多
文摘Purpose: To determine the correlations between structural parameters of the optic nerve head and perimetric data of frequency-doubling perimetry (FDP) in normal, glaucoma and hypertensive eyes. Methods: The study included 195 ocular hypertensives (IOP>21mmHg, normal conventional automated perimetry), 114 glaucornatous eyes (IOP>21mmHg, glaucomatous defects
文摘Purpose: To correlate structural parameters of the optic nerve head and global indices of short-wavelength automated perimetry (SWAP) in ocular hypertensives. Methods: The study included 195 eyes with ocular hypertension (IOP>21 mmHg, normal conventional automated perimetry). Short-wavelength automated perimetry was performed (full-threshold, 24-2). The optic
