Shanghai Eye Disease Prevention And Treatment Center

This study tests if a special red light device can slow down damage to the back of the eye in people with severe nearsightedness (pathologic myopia). About 158 adults will use the device or a fake one for 3 minutes, twice a day, 5 days a week for a year. Researchers will check if…

This study tests two types of atropine eye drops and special glasses with tiny lenslets to slow myopia (nearsightedness) in children aged 3-6. About 508 kids will use one of these treatments nightly or daily. The goal is to see if these methods can prevent rapid worsening of eyes…

This trial tests whether a wearable device that tracks and reminds children to spend more time outdoors can help prevent nearsightedness (myopia). Primary school students with adequate hyperopic reserve—a natural buffer against myopia—will be randomly assigned to either a program…

This trial tests whether auricular acupressure—small adhesive patches with seeds placed on specific ear points—can prevent myopia in children who are at higher risk. Primary school students in grades 1-4 with insufficient hyperopic reserve (a sign they may become nearsighted) wil…

This trial tests whether combining auricular acupressure (small seeds placed on the ear) with defocus spectacle lenses can slow the progression of nearsightedness (myopia) in primary school children. About 358 students in grades 1-4 with premyopia or myopia will be randomly assig…

This study tests a device that makes reading feel like looking at something far away, to prevent myopia in children aged 6-12 who are at risk. Eighty kids will use the device for at least an hour daily during homework, and researchers will compare their eye changes to a group doi…

This observational study is measuring the eye length of 30,000 Chinese children aged 3 to 18 years to create standard growth charts for healthy eyes. Researchers will follow each child for three years with yearly check-ups. The goal is to better understand how eyes grow and when …