<p>AL = axial length; ED180 & ED90, horizontal and vertical equatorial diameters, respectively; ADH & ADV, difference in area between the two eyes up to 50° eccentricity along the horizontal and vertical meridians, respectively. In experiment A, the comparisons across the controls and treated groups were tested by one-way ANOVA followed by Tukey’s test. In experiment B, the comparisons between high and low magnitudes of imposed astigmatism were tested by two-sample <i>t</i>-tests. The levels of significant difference are indicated by asterisk: * p≤0.05, ** p≤0.01, *** p≤0.001 in experiment A, and <sup>#</sup> p≤0.05, <sup>##</sup> p≤0.01, <sup>###</sup> p≤0.001 in experiment B.</p><p><sup>a</sup> Experiment A</p><p><sup>b</sup> Experiment B...
<p>Comparisons of the steepest (top symbols) and the flattest corneal curvatures (bottom symbols) ac...
Purpose: To compare the retinal thickness (RT) and choroidal thickness (ChT) between the fellow eyes...
Pur po se: To study pupil diameter differences between amblyopic and fellow eyes in anisometropic am...
<p>M = spherical-equivalent; MMM = most myopic meridian; MHM = most hyperopic meridian; RA = refract...
<p>Note that the astigmatic axes in the last three rows are calculated by circular statistics (mean±...
<p>(A) Distributions of inter-ocular differences in refractive astigmatism for the four treatment gr...
<p>Comparisons of the effects of imposing WTR (H90 & L90) and ATR (H180 & L180) astigmatism on the h...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Purpose: To evaluate the effect of interocular axial length (AL) difference on outcomes of treatment...
<p>M = spherical-equivalent; MMM = most myopic meridian; MHM = most hyperopic meridian; RA = refract...
Purpose: To evaluate differences between dominant and non-dominant eyes by analyzing angle kappa in ...
<p>(A) Distributions of inter-ocular differences in refractive astigmatism (treated/right eye—fellow...
The purpose of this experiment was to investigate size accentuation in the dominant eye as reported ...
Purpose To investigate the association between ocular sensory dominance and interocular refractive e...
PURPOSE:: To investigate the normal range of interocular asymmetry in choroidal thickness and retina...
<p>Comparisons of the steepest (top symbols) and the flattest corneal curvatures (bottom symbols) ac...
Purpose: To compare the retinal thickness (RT) and choroidal thickness (ChT) between the fellow eyes...
Pur po se: To study pupil diameter differences between amblyopic and fellow eyes in anisometropic am...
<p>M = spherical-equivalent; MMM = most myopic meridian; MHM = most hyperopic meridian; RA = refract...
<p>Note that the astigmatic axes in the last three rows are calculated by circular statistics (mean±...
<p>(A) Distributions of inter-ocular differences in refractive astigmatism for the four treatment gr...
<p>Comparisons of the effects of imposing WTR (H90 & L90) and ATR (H180 & L180) astigmatism on the h...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Purpose: To evaluate the effect of interocular axial length (AL) difference on outcomes of treatment...
<p>M = spherical-equivalent; MMM = most myopic meridian; MHM = most hyperopic meridian; RA = refract...
Purpose: To evaluate differences between dominant and non-dominant eyes by analyzing angle kappa in ...
<p>(A) Distributions of inter-ocular differences in refractive astigmatism (treated/right eye—fellow...
The purpose of this experiment was to investigate size accentuation in the dominant eye as reported ...
Purpose To investigate the association between ocular sensory dominance and interocular refractive e...
PURPOSE:: To investigate the normal range of interocular asymmetry in choroidal thickness and retina...
<p>Comparisons of the steepest (top symbols) and the flattest corneal curvatures (bottom symbols) ac...
Purpose: To compare the retinal thickness (RT) and choroidal thickness (ChT) between the fellow eyes...
Pur po se: To study pupil diameter differences between amblyopic and fellow eyes in anisometropic am...