Parents Ask
My child is on track for high myopia. A parent's action guide.
If your tracker has switched to the high-myopia warning track, read this page first — then act, in order.
What "high myopia risk" actually means
High myopia means −6.00D or more — roughly an axial length of 26mm or beyond. Studies show that the lifetime risk of retinal complications rises with every additional diopter, which is why modern myopia care has shifted its goal: not just correcting vision, but slowing the eye's growth. The aim is not a cure — it is bending the growth curve back toward the safe zone. Children who start active control early keep far more of that zone.
Four steps, in order
Get the complete picture (as soon as you can)
Book a comprehensive exam: fundus check, axial-length measurement, and cycloplegic refraction. Ask specifically for a practitioner experienced in myopia management — controlling progression is a specialty of its own, and you want someone who measures axial length routinely. Bring your tracking history; the trend tells the doctor more than any single visit can.
Move from observation to active control (with your doctor)
At this stage, habits alone are usually not enough — studies show that active optical or medical control is what bends the curve. The main options, honestly compared:
| Approach | What it is | Typical effect on progression |
|---|---|---|
| Defocus lenses | Special spectacle lenses that slow eye growth while correcting vision | Studies show meaningful slowing for many children |
| Orthokeratology (ortho-k) | Overnight lenses that reshape the cornea; glasses-free days | Comparable slowing; requires strict hygiene discipline |
| Low-dose atropine | Nightly eye drops, prescribed and monitored by a doctor | Slows progression in many children; dose matters |
| Low-level red light | Minutes a day of red-light exposure under professional monitoring | Promising study results; not FDA-cleared in the US — discuss with your doctor |
Every option has a profile of costs, effort, and fit. The right choice depends on your child's age, progression speed, and your family's routine — that is a conversation to have with your eye care professional, with your trend data in hand. See our honest side-by-side comparison below.
Keep the daily foundation — it multiplies everything else
Active control works best on top of strong daily habits:
After every 30 minutes of focused near work, look up at something at least 6 meters (20 feet) away — for 10 minutes. The ciliary muscle needs 8–12 minutes to recover from near-work spasm, and children with myopia recover even more slowly — which is exactly why the popular 20-second break is not enough for your child.
Plus the two non-negotiables: two hours outdoors daily (it accumulates in fragments), and a healthy light environment — desk lamp and main room light on together, reading distance at least 33 cm, a reading stand where possible.
Tighten the monitoring rhythm to 60–90 days
At this stage, re-measuring is not bookkeeping — it is treatment feedback. Every result answers one question: is the current plan working? If the growth rate is not responding after two cycles, that is the signal to adjust the plan with your doctor, not to wait longer.
What success looks like — a number you can hold onto
The practical goal: bring annual axial growth under about 0.2mm. Fast-progressing children often run 0.3–0.4mm per year without control; families who combine strong daily habits with professionally guided control frequently get well under that line. Judge progress by the annual growth rate — never by a single prescription number, and never by panic.
The trend is the treatment's report card.
Record every re-measurement and see whether the curve is bending — free. Sixty to ninety days from now, the data will tell you what to do next.