MYOPIA

This study aims to see if using a special red light device twice a day, along with special eyeglass lenses, can slow down the progression of nearsightedness in children better than the lenses alone. Researchers will test different lengths of light exposure to find the best and sa…

This study is testing whether daily dietary supplements can help slow the progression of nearsightedness (myopia) in children. Researchers will give 156 children, aged 8 to 13, either a high-dose supplement, a low-dose supplement, or a placebo pill for three months. They will mea…

This study aims to see if two different treatments can slow the progression of nearsightedness (myopia) in children. Researchers will compare nightly low-dose atropine eyedrops to placebo drops, and special spectacle lenses to regular glasses, in children aged 5 to under 12. The …

This study is testing whether a low-dose atropine eye drop can slow down the progression of nearsightedness (myopia) in children. Over two years, each child will receive the drop in one eye and a placebo drop in the other to compare results. The goal is to control the condition a…

This study aims to see how well children adapt to and tolerate a specific type of spectacle lens designed to slow the progression of nearsightedness (myopia). It will involve 50 children, aged 6 to 16, whose eyesight is getting worse. The main goal is to understand if the glasses…

This study is testing whether shining a special low-level red light into the eyes can help control severe nearsightedness in adults. It will involve 128 adults aged 18-45 with very poor distance vision. The goal is to see if this non-invasive light therapy can slow down the worse…

This study aims to see if regularly shining a safe, low-intensity red light into the eyes can slow down or control the progression of nearsightedness in adults. It will test two different types of light devices and different frequencies of use. Researchers will measure changes in…

This study is testing a new version of a red light device to see if it can safely slow down the progression of nearsightedness (myopia) in children and teenagers. The device uses a specific wavelength of red LED light. Researchers will measure changes in the length of the eye and…

This study aims to check if a new digital eye chart, translated into Turkish, works as well as the standard paper chart used in eye clinics. Researchers will compare vision test results from 200 Turkish-speaking adults using both the new digital system and the traditional chart. …

This study is testing a new device designed to measure how nearsighted someone is and if they have astigmatism. Researchers will compare the results from this new device to the standard equipment used by eye doctors during regular exams. The goal is to see if the new device is as…

This study is testing a new school and family program designed to prevent several common childhood health problems at once. It will involve 4,000 children aged 8-11 and focuses on improving diet, activity, screen time, sleep, and mental well-being. The goal is to see if this comb…

This study is testing a new type of school physical education class designed to prevent several common health issues in teenagers at the same time. The program combines exercise with health education and will be tested on 200 junior high school students in China. Researchers want…

This study aims to see if pressing special pellets on the ear, using low-dose atropine eye drops, or both can delay or prevent the start of nearsightedness in children. It will involve 380 children aged 4 to 14 who show early signs of risk for becoming nearsighted. Researchers wi…

This study is testing whether a mobile messaging program called MyopiaEd can help prevent nearsightedness in children. Researchers will send eye health tips to parents of 1,330 third-grade students in China over one year. The goal is to see if these messages improve children's ey…

This study aims to compare the effectiveness and safety of a new brand of daily disposable contact lenses (ST-1) against an existing brand (Miru 1day UpSide). It will enroll 63 adults in Taiwan who are regular contact lens wearers with nearsightedness. Participants will wear the …

This study aims to understand if the type of glasses a teenager wears changes how close they hold objects like books or phones. Researchers will observe 100 teens, some with normal vision and some with nearsightedness wearing different lenses, while they do everyday tasks. They w…

This study aims to understand how the eye uses oxygen in children with nearsightedness (myopia). Researchers will compare 40 children with myopia to 40 children without it, all aged 8-13. They will use special eye scans to measure oxygen extraction and blood flow, and ask about l…

This study aims to test a new type of eye scanner that can take wider pictures of the back of the eye. Researchers want to see if this device helps doctors better understand, diagnose, and monitor a wide range of eye diseases that affect vision, like macular degeneration and diab…

This study aims to understand why some children with normal vision develop nearsightedness (myopia). Researchers will follow 100 children aged 4-9 for up to five years, tracking their eye health and lifestyle factors. The goal is to identify which children are most at risk so tha…

This study aims to understand if special glasses designed to slow nearsightedness progression affect how children move in daily activities. Researchers will compare 20 children aged 6-12 while they wear regular glasses versus myopia control glasses. They'll measure reaction times…

This research aims to better understand the mechanical properties of eye tissue to improve laser vision correction surgery for nearsightedness. Researchers will study tissue normally discarded after surgery and compare it with special eye scans taken before surgery. The goal is t…