Purpose: To investigate whether retinal thickness varies with refractive error. Also secondary to see if there is any difference in retinal thickness between the right and left eye. Methods: The inclusion criteria for the study was subjects without any pathologies, age between 18-45 and refractive error of maximum +0.75 SER and the myopia had no limit, as well as no astigmatism higher then -1.00D. Subjects, which fitted the inclusion criteria for the study, was shown to the OCT room were retinal thickness measurements were acquired first on the right and then left eye. To get the same reading area, the same setup was used and the fixation point was always centered for each patient. After all subjects had undergone the same method the result...
AIM: To compare the peripapillary retinal nerve fiber layer (RNFL) thickness measured via optical co...
Assessment of macular thickness is important in the evaluation of various eye diseases. This study a...
Purpose: To investigate how peripheral refraction and peripheral eye length are related to retinal s...
Purpose: To investigate whether retinal thickness varies with refractive error. Also secondary to se...
Purpose To investigate the retinal thickness profile in myopic and non-myopic eyes.Methods: The reti...
Aim: Our study aimed to evaluate through OCT, in a homogeneous group of subjects with various degre...
PURPOSE: An assessment of variation in Macular Volume and RNFL Thickness in myopes using OCT, and th...
Purpose: To investigate changes in the thickness of the fovea and peripapillary RNFL associated with...
Purpose: To investigate the effects of refraction on retinal thickness measurements at different loc...
AIM: To explore the factors of macular parameters in the patients with the different degrees of myop...
Purpose: To compare the retinal thickness (RT) and choroidal thickness (ChT) between the fellow eyes...
Purpose: To investigate the effects of refraction on retinal thickness measurements at different loc...
Refractive development has been shown to be influenced by optical defocus in the eye and the interpr...
Purpose:To study RNFL thickness and optic nerve head (ONH) size in myopic eyes with and without magn...
Objective: To study the changes of macular retinal thickness in children with moderate and low myopi...
AIM: To compare the peripapillary retinal nerve fiber layer (RNFL) thickness measured via optical co...
Assessment of macular thickness is important in the evaluation of various eye diseases. This study a...
Purpose: To investigate how peripheral refraction and peripheral eye length are related to retinal s...
Purpose: To investigate whether retinal thickness varies with refractive error. Also secondary to se...
Purpose To investigate the retinal thickness profile in myopic and non-myopic eyes.Methods: The reti...
Aim: Our study aimed to evaluate through OCT, in a homogeneous group of subjects with various degre...
PURPOSE: An assessment of variation in Macular Volume and RNFL Thickness in myopes using OCT, and th...
Purpose: To investigate changes in the thickness of the fovea and peripapillary RNFL associated with...
Purpose: To investigate the effects of refraction on retinal thickness measurements at different loc...
AIM: To explore the factors of macular parameters in the patients with the different degrees of myop...
Purpose: To compare the retinal thickness (RT) and choroidal thickness (ChT) between the fellow eyes...
Purpose: To investigate the effects of refraction on retinal thickness measurements at different loc...
Refractive development has been shown to be influenced by optical defocus in the eye and the interpr...
Purpose:To study RNFL thickness and optic nerve head (ONH) size in myopic eyes with and without magn...
Objective: To study the changes of macular retinal thickness in children with moderate and low myopi...
AIM: To compare the peripapillary retinal nerve fiber layer (RNFL) thickness measured via optical co...
Assessment of macular thickness is important in the evaluation of various eye diseases. This study a...
Purpose: To investigate how peripheral refraction and peripheral eye length are related to retinal s...