Paradigm Shifts in Paediatric Myopia Management Standard Eyeglasses to Advanced Therapeutics
Dr. Suresh Kishan Rao
ABSTRACT
Human eye works like a camera. The front of the eye bends light to form an image on the retina, the light-sensitive tissue in the back of the eye (like film in a camera). Myopia happens when the cornea, the lens, or the length of the eye makes the focus land in front of the retina It is a common eye condition in humans where close objects look clear, but distant objects appear blurry. More screen time, less outdoor play and increased near work have made blurry distance vision extremely common among children. Childhood myopia is a growing concern for families worldwide. Myopia occurs when the eye grows too long or the front surface (cornea) becomes too curved. This causes light to focus in front of the retina instead of on it, making distant objects appear blurry. Myopia Prevalence in 2026 is roughly 30% to 33% of the global population, affecting over 2.6 billion people.
While, the Snellen chart remains a vital baseline tool for catching distance blur, recent breakthroughs focus on advanced biological metrics, smart screening technologies, and preventative tracking to halt myopia before it worsens. Standard Glasses help kids see clearly, but they don’t stop myopia from getting worse. That’s why modern treatments like Ortho-K lenses and atropine eye drops are used to slow its progression
Materials and Methods: This article presents two cases one responding to standard eyeglasses and other resistant to standard glasses and responding to special eyeglasses in which the centre of the lens corrects distance vision, the rest of the lens intentionally blurs peripheral vision, acting as a signal to the eye to slow its growth.
Outcomes: One of the girls took almost 3 years to stabilize refractive errors, that to nearly 2 years after using special eyeglasses and the second girl within
one year of normal eyeglasses.
