How can you tell if you might have myopic maculopathy? Common symptoms include
Myopic maculopathy is a condition that affects the retina and macula, which are crucial for central vision, in people with high myopia (severe nearsightedness). This eye condition occurs due to excessive elongation of the eyeball, which stretches and thins the retina, leading to degenerative changes in the macula. This condition can impair vision and, in severe cases, lead to permanent vision loss if untreated.
How can you tell if you might have myopic maculopathy? Common symptoms include
Severe nearsightedness
(greater than -6.00 diopters)
Prolonged progression
of myopia
Smoking and unhealthy
lifestyle choices
Severe elongation of the eyeball stretches and thins the retina, leading to macular damage
Older individuals with high
myopia are more prone to
degenerative changes
A family history of high
myopia or macular diseases
increases the risk
Extensive near work and lack
of outdoor activities during
childhood may contribute to
high myopia
How can you protect your eyes? Preventative measures include
Use myopia control in younger
individuals methods such as orthokeratology lenses, atropine
eye drops, or specialized glasses
● Maintain a balanced diet rich in eye-healthy nutrients (e.g., lutein, zeaxanthin, omega-3)
● Avoid prolonged screen use or near work; follow the 20-20-20 rule
Early detection of high myopia
can help prevent progression
Wear sunglasses to reduce UV-related damage to the retina
What can be done to manage or treat myopic maculopathy?
These injections help reduce abnormal blood vessel growth and leakage
● PDT involves injecting a light-sensitive drug (verteporfin) and activating it with laser light to seal leaking blood vessels.
● Vitrectomy may be considered if retinal detachment or macular holes occur
Low vision aids and
rehabilitation in cases of
severe vision loss
Regular follow-ups with an
eye specialist to track
changes in the macula
Myopic maculopathy (also known as myopic macular degeneration or pathologic myopia) is a progressive, vision-threatening eye condition affection individuals with severe high myopia (typically worse than -6.00 dioptres or an axial length greater than 26mm). It develops when progressive elongation of the eyeball stretches and thins the sclera, choroid, and retina, leading to structural damage, tissue atrophy, and abnormal blood vessel growth in the macula.
While both conditions impair central vision by affecting the macula, myopic maculopathy is caused by physical elongation of the eyeball in high myopes and often occurs in younger or middle-aged related metabolic changes, drusen accumulation, and oxidative stress in older populations (typically 50+).
Early symptoms of myopic maculopathy include:
Yes, untreated myopic maculopathy can lead to permanent central vision loss. Complications such as myopic choroidal neovascularization (bleeding from abnormal blood vessels), macular hholes, or retinal detachment can destroy macular photoreceptors. However, early detection through regular dilated eye exams and prompt treatment with anti-VEGF therapy can prevent severe loss of central sight.
Retina specialists diagnose myopic maculopathy using advanced ophthalmic imaging tools, including;
1. Optical Coherence Tomography (OCT): High-resolution cross-sectional scans of retinal layers to detect fluid, macular traction, or foveoschisis.
2. Axial Length Measurement: Biometry to measure eyeball length.
3. Fundus Photography & Fluoroscein Angiography (FFA): Vissualizing retinal atrophy, lacquer cracks, and active blood vessel leakage.
Treatment depends on the specific stage and complications:
No. LASIK, SMILE, and TransPRK reshape the corneal surgace to correct refractive errors, but they do not change the length of the elongated eyeball or repair the stretched retina. Patients who have undergone refractive surgery remain at the same risk for myopic maculopathy and still require routine retinal screening by an eye specialist.
Controlling myopia progression during childhood lowers the ultimate risk of pathologic high myopia. Evidence-based interventions include: