AbstractThe effect of myopic defocus on myopia progression was assessed in a two-year prospective study on 94 myopes aged 9{14 years, randomly allocated to an undercorrected group or a fully corrected control group. The 47 experimental subjects were blurred by approximately +0.75 D (blurring VA to 6/12), while the controls were fully corrected. Undercorrection produced more rapid myopia progression and axial elongation (ANOVA, F(1,374)=14.32, p<0.01). Contrary to animal studies, myopic defocus speeds up myopia development in already myopic humans. Myopia could be caused by a failure to detect the direction of defocus rather than by a mechanism exhibiting a zero-point error
AbstractThe myopic growth process has the potential to modify both the optical and neural performanc...
Myopia or nearsightedness is a condition in which the axial length of the eye is too long relative t...
It is clear from many sources that the prevalence of myopia is increasing at an alarming rate. Altho...
AbstractThe effect of myopic defocus on myopia progression was assessed in a two-year prospective st...
To prospectively observe the effects of undercorrection of myopia on myopia progression and axial el...
This systematic review investigates the association between un‐, under‐ and over‐correction of myopi...
AbstractDuring development, the eye grows under visual feedback control, as shown by its compensatin...
Dear Editor, The Letter to the Editor “Refractive correction and myopia progression” [1] (“the Lett...
AbstractPurposeTo investigate retrospectively, based on routine clinical records in an optometric of...
The eye grows in a coordinated fashion during normal emmetropization which results in an image close...
Current animal and human models of myopia progression show that beside genetics, there are several e...
To investigate the effects of no correction versus full correction on myopia progression in Chinese ...
AbstractAccommodation may indirectly influence visually guided eye growth by affecting the retinal d...
AbstractWe investigated the relative importance of neural and optical limitations to visual performa...
Purpose: This study seeks to demonstrate the existence of a feedback loop controlling myopia by comp...
AbstractThe myopic growth process has the potential to modify both the optical and neural performanc...
Myopia or nearsightedness is a condition in which the axial length of the eye is too long relative t...
It is clear from many sources that the prevalence of myopia is increasing at an alarming rate. Altho...
AbstractThe effect of myopic defocus on myopia progression was assessed in a two-year prospective st...
To prospectively observe the effects of undercorrection of myopia on myopia progression and axial el...
This systematic review investigates the association between un‐, under‐ and over‐correction of myopi...
AbstractDuring development, the eye grows under visual feedback control, as shown by its compensatin...
Dear Editor, The Letter to the Editor “Refractive correction and myopia progression” [1] (“the Lett...
AbstractPurposeTo investigate retrospectively, based on routine clinical records in an optometric of...
The eye grows in a coordinated fashion during normal emmetropization which results in an image close...
Current animal and human models of myopia progression show that beside genetics, there are several e...
To investigate the effects of no correction versus full correction on myopia progression in Chinese ...
AbstractAccommodation may indirectly influence visually guided eye growth by affecting the retinal d...
AbstractWe investigated the relative importance of neural and optical limitations to visual performa...
Purpose: This study seeks to demonstrate the existence of a feedback loop controlling myopia by comp...
AbstractThe myopic growth process has the potential to modify both the optical and neural performanc...
Myopia or nearsightedness is a condition in which the axial length of the eye is too long relative t...
It is clear from many sources that the prevalence of myopia is increasing at an alarming rate. Altho...