MYOPIA

This study is testing if a new type of contact lens can slow down the progression of nearsightedness (myopia) in children. Researchers will compare these special lenses to regular single-vision contact lenses over 12 months. The goal is to see if the new lenses can reduce how qui…

This study is testing whether special spectacle lenses can slow down the worsening of nearsightedness in children aged 6-12. It will compare these new lenses against standard glasses over two years. The goal is to find a simple, non-invasive way to control myopia progression and …

This study aims to see how two different types of special eyeglass lenses affect children's eyes over 6 months. Researchers will measure small changes in the length and thickness of the eye to understand which lens might better slow down nearsightedness. The trial involves 20 chi…

This study is testing whether special glasses can slow down the progression of nearsightedness in children ages 6-8. Researchers will compare the new glasses to regular glasses over 24 months to see if they better control eye growth and prescription changes. The goal is to preven…

This study is testing whether low-dose atropine eye drops can slow down the progression of nearsightedness (myopia) in children and teenagers. It will involve about 234 participants aged 3 to 18 across several European countries. The trial will compare two strengths of atropine d…

This study aims to see if special eyeglass lenses and low-dose atropine eye drops can slow down nearsightedness in young children aged 3-6. Researchers want to prevent these children from developing severe vision problems later in life. The trial will follow 508 children in Shang…

This study is testing whether exposure to violet light can slow down the progression of nearsightedness in children. Researchers will compare special violet light lamps to regular white light lamps in 72 children aged 5 to 13 who already have nearsightedness. The goal is to see i…

This study compares three common, non-surgical ways to correct nearsightedness in children and teens: special 'defocus' glasses, regular glasses, and overnight contact lenses (orthokeratology). Researchers will follow 90 kids for one year to see which method works best, how it af…

This study is testing if wearing special soft contact lenses daily can slow down the worsening of nearsightedness in children. Researchers will compare two types of lenses over one year to see if they can control excessive eye growth, which is linked to future eye health risks. T…

This small pilot study is testing whether a special red light device, used at home, can help control nearsightedness in adults. Fourteen participants will use the light twice daily for a month while researchers check if it safely improves blood flow and thickness in the back of t…

This study aims to compare two common treatments for slowing nearsightedness (myopia) in children: low-dose atropine eye drops and special 'DIMS' spectacle lenses. Researchers will follow 80 children aged 7-9 for two years to see which treatment works better for kids with differe…

This study is testing a new digital app called TrackSight that aims to slow the progression of nearsightedness in children. Up to 150 children, aged 6 to 12, will use the app during their normal screen time for one year. The app uses eye-tracking to subtly adjust the screen image…

This study continues testing special DOT spectacle lenses to see if they safely slow the progression of nearsightedness (myopia) in children. It involves 175 Chinese children who successfully completed a previous related trial. The goal is to see if wearing these glasses for at l…

This study aims to compare a new type of LASIK eye surgery, called Ray-Tracing Guided LASIK, against three other established laser procedures for correcting nearsightedness and astigmatism. It will involve 120 participants, each having a different procedure in each eye to directl…

This study is testing whether a simple, brief red light therapy can slow the progression of nearsightedness in children. It will enroll 90 children aged 8-13 from African, Hispanic, and Caucasian backgrounds. The treatment involves looking into a special red light device for 3 mi…

This study is observing how satisfied people are with their vision and quality of life after having LASIK eye surgery on both eyes. Researchers will follow 50 people with nearsightedness or astigmatism for up to 3 months after their procedure. They will measure how well people se…

This study is testing whether using low-dose atropine eye drops together with special 'DIMS' spectacle lenses can better slow the progression of moderate to high nearsightedness in children aged 6-12. Researchers want to see if this combination is more effective than using either…

This long-term study aims to find the best ways to detect glaucoma and track its progression, especially in people with nearsightedness (myopia) and people of African or European descent. Researchers will use advanced eye imaging technology to monitor the health of the optic nerv…

This study is testing whether getting the right amount and type of light each day can help prevent or slow down nearsightedness (myopia) in children. It will involve about 400 primary school kids. Researchers will test two main approaches: changing classroom lights to mimic sunli…

This study measures how satisfied people are with their vision after LASIK eye surgery for nearsightedness and astigmatism. Researchers will follow 52 patients for 3 months after surgery, asking them about vision quality, symptoms like glare or halos, and overall satisfaction. Th…

This study is testing how quickly children adjust to wearing a new type of glasses designed to slow nearsightedness. 40 children aged 6-12 will wear the special lenses for two weeks while researchers track their comfort and satisfaction. The main goal is to see how many children …

This study is testing how comfortable and clear the vision is with Total30 multifocal contact lenses during long days of wear. Researchers will follow 36 current contact lens wearers aged 40+ for one month, asking them to rate their comfort and vision quality at different times t…

This study aims to see how well different brands of soft contact lenses work for people who already wear them regularly. Researchers will test the lenses' comfort and how clearly people can see while wearing them. The study involves 250 participants who currently wear contact len…

This study aims to find out if one of two FDA-approved LASIK techniques works better for correcting nearsightedness and astigmatism. Up to 70 participants will have one eye treated with a standard 'wavefront-guided' method and the other eye with a newer 'ray tracing-guided' metho…

This study aims to understand how children's eyes normally grow by measuring the length of the eyeball (axial length) over time. It will follow 30,000 children and teenagers in China for three years with annual eye exams. The goal is to create reference charts for healthy eye dev…

This study aims to understand if different types of lasers used in cataract and vision correction surgery affect how quickly and well the eye heals. Researchers will measure signs of inflammation and stress in the eye fluid and tears of 1,000 patients after surgery. The goal is t…

This study aims to understand how children actually look through special glasses designed to slow nearsightedness progression. Researchers will observe 20 children aged 7-14 while they wear these glasses during different activities. The goal is to gather information that could he…

This study aims to understand how a special eye scanning technology works and whether people who have used repeated low-level red light treatment for nearsightedness have different eye cell densities than those who haven't. Researchers will scan the eyes of 180 participants aged …

This study aims to understand how the eyes of nearsighted children grow over time. Researchers will follow 1,000 myopic children in Europe, taking detailed eye measurements and images. The goal is to learn more about the natural progression of myopia and why it differs from child…