MYOPIA

This study tests a special red light device to see if it can slow the worsening of nearsightedness (myopia) in children aged 6 to 18. About 206 kids will use either the real device or a fake one. The goal is to control myopia progression, not cure it.

This study looks at whether taking dietary supplements can improve the health of the back part of the eye in children with nearsightedness (myopia). About 156 children aged 8 to 13 will be randomly assigned to receive either a supplement or a placebo (fake pill) for a period of t…

This study tests if low-dose atropine eye drops can slow the worsening of nearsightedness (myopia) in children. About 45 kids will use the drops in one eye and a placebo in the other every night for two years. The goal is to see if the drops reduce how much the eye lengthens, whi…

This study tests special spectacle lenses designed to slow the progression of nearsightedness (myopia) in children aged 6 to 13. Researchers will measure changes in the back of the eye and overall eyesight over one year. The goal is to see if these lenses can help control myopia …

This study tests whether low-intensity red light therapy can slow or stop the progression of high and extreme nearsightedness (myopia) in adults aged 18 to 45. The treatment has shown promise in children, but its effects in adults are unknown. If successful, it could help prevent…

This study tests two new daily disposable contact lenses designed to slow the progression of myopia (nearsightedness) in children aged 7 to 12. Over two years, 126 Hong Kong Chinese children will wear either a study lens or standard single vision lenses, with their eyesight and e…

This study tests whether special research glasses can reduce the difference in nearsightedness between the two eyes in children aged 6 to 13 with anisometropic myopia. Over time, researchers will measure changes in eye length and prescription accuracy. The goal is to better contr…

This study tests whether repeated low-intensity red light can help control nearsightedness (myopia) in adults aged 18 to 35. Researchers will compare different devices and how often they are used. The goal is to see if this approach can safely slow or stop the progression of myop…

This study looks at how well children aged 6 to 16 adapt to special glasses designed to slow down nearsightedness (myopia). Researchers will check if kids find the lenses comfortable and easy to wear in daily life. The goal is to see if these glasses can help manage myopia progre…

This study tests two treatments—special glasses with unique lenslets and low-dose atropine eye drops—to see if they can slow the progression of nearsightedness (myopia) in children. About 348 kids aged 5 to 12 will use one or both treatments for 2 years. The goal is to find safe …

This study tests whether using a special LED red light device, along with glasses that have defocus lenses, can slow the progression of nearsightedness (myopia) in children aged 6 to 14. About 364 kids will be split into four groups: three groups use the red light for different l…

This study checks if a Turkish version of the DDIVAT device, shown on a smart TV, measures eyesight as well as the standard Snellen chart. About 200 Turkish-speaking adults (18 and older) will take both tests to see if the results match. No medications or risks are involved.

This study checks if a new device can accurately measure nearsightedness (myopia) and astigmatism. About 30 adults aged 18-39 who wear glasses will have their eyes tested with the new device and with standard tools used by eye doctors. The results will be compared to see if the n…

This study tests whether sending educational text messages (MyopiaEd) to parents can improve eye-care habits and slow nearsightedness in 1,330 third-grade students in China. Over one year, researchers will measure changes in outdoor time, screen use, and other behaviors. The goal…

This study tests whether special glasses lenses can prevent nearsightedness (myopia) in children aged 6 to 8. About 255 children will wear either a new type of lens or a standard lens for at least 8 hours a day for one year. Researchers will check how their eyes change over time …

This study tests whether pressing tiny pellets on ear points, using low-dose atropine eye drops, or both can delay or prevent nearsightedness (myopia) in children aged 4 to 14 who are at high risk. The trial will measure changes in eye length and prescription over 6 months. It ai…

This study tests a program to prevent myopia (nearsightedness), obesity, and mental health problems in children aged 8-11. The program involves families and schools to improve diet, physical activity, screen time, sleep, and coping skills. 4,000 children will take part to see if …

This study tests a new physical education program designed to prevent common health issues like myopia, overweight, and anxiety in 200 junior high students. The program combines exercise with health education, aiming to address multiple conditions at once. Researchers will compar…

This study compares two methods of centering laser eye surgery (SMILE) for people with nearsightedness. The goal is to see which method reduces blurring and improves visual quality after surgery. About 100 participants will be randomly assigned to one of the two methods and follo…

This study tests a new daily disposable contact lens (ST-1) against a control lens in 63 nearsighted adults. Participants wear the lenses daily for 3 months, and researchers check vision, eye health, and comfort. The goal is to see if the new lens is as safe and effective as the …

This study looks at whether making a small adjustment for eye alignment (called kappa-angle compensation) during SMILE laser surgery can improve visual quality for people with nearsightedness. About 224 participants aged 18 to 40 will be randomly assigned to receive the surgery w…

This study looks at how the retina uses oxygen in children with nearsightedness (myopia) compared to children with normal vision. Researchers will measure oxygen levels, blood flow, and eye structure in 80 children aged 8 to 13. The goal is to learn more about what causes myopia,…

This study will test a new wide field OCTA device in 200 adults with various eye diseases like age-related macular degeneration, diabetic retinopathy, and dry eye. The goal is to see if this device provides better images of blood vessels in the back and front of the eye compared …

This study follows 100 children ages 4 to 8 who currently have perfect vision. Researchers will track their eye changes and daily habits over 2 to 5 years to understand why some become nearsighted. The goal is to find early warning signs so future treatments can prevent myopia be…

This study looks at tiny pieces of corneal tissue that are normally thrown away during a type of eye surgery for nearsightedness (myopia). Researchers will test the tissue's strength and structure in the lab and also use a special microscope to examine the living cornea before su…