A @UHouston optometry professor, who pioneered wearing multifocal lenses to slow myopia in children, is reporting the ...

Vertical and horizontal relative peripheral refraction (RPR) are associated with faster axial length progression and higher ...

Degenerative myopia is a significant cause of vision loss; yet there is no accepted way of controlling its causative phenotype—progressive high axial myopia. Scleral reinforcement, introduced ...

Myopia is not just a matter of needing glasses or contact lenses,” Gawne said. “The increased axial length of the eye remains ...

Axial length/corneal radius predicted overall myopia risk most accurately. Posterior vitreous depth predicted classification of high risk versus low risk most accurately.

Axial elongation, a key marker of myopia severity, was 0.67 mm with HAL lenses versus 1.40 mm in the control group. This is among the first studies to robustly demonstrate the long-term efficacy ...

Myopia is caused by an increased ocular axial length. In myopia, the light rays from far off objects focus in front of the retina. This leads to the appearance of a blurred image.

Myopia occurs when the focused image falls anterior to the retinal photoreceptor layer of the eye. ... This, in turn, can result in axial elongation and moderate myopia in late adolescence.

However, another study, also published in JAMA Opthalmology, found that low-dose atropine (0.01%) significantly reduced myopia progression and axial elongation after three years.

Children with myopia using 0.05% atropine eye drops had less myopia progression and/or less axial elongation compared with those using placebo or 0.01% atropine, though they had higher rates of ...

Myopia, or nearsightedness, is a common eye disorder globally. By 2050, half of the global population may be affected. Genetics, environmental factors, and modern lifestyle changes play ...

C hildren with myopia using 0.05% atropine eye drops had less myopia progression and/or less axial elongation compared with ...