Hyperopia

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 study is testing a new type of daily disposable contact lens called UNICON. It will involve 35 adults who already wear soft contact lenses. Participants will wear the test lenses for up to 13 weeks to see if they are safe and comfortable for correcting nearsightedness.

This study is developing imaging and computer simulation tools to predict how a person's cornea (the clear front part of the eye) will change after treatments like crosslinking for keratoconus or LASIK for vision correction. Researchers will take detailed images of the eyes of 60…

This study looks at the structure of children's eyes using MRI and standard eye exams. The goal is to understand why some kids respond better to myopia treatments than others. By collecting detailed images and measurements from 100 children, researchers hope to pave the way for m…

This observational study in 120 healthy young adults aged 21-25 examines whether facial features are linked to eye measurements like eye length, which affects nearsightedness or farsightedness. Participants undergo non-invasive eye exams and 3D facial scans. The goal is to better…