Paragon CRT Lenses for Near-sightedness

This trial tests special contact lenses designed to assist with near-sightedness (difficulty seeing things at a distance). The goal is to evaluate the effectiveness of these lenses and gather user feedback on wearing them overnight. Individuals diagnosed with near-sightedness, who have had an eye exam in the last two years, and who do not have any eye diseases might be suitable candidates. Participants must be comfortable wearing these lenses every night for about 8 hours while sleeping. As an unphased trial, this study provides a unique opportunity to contribute to innovative research that could enhance vision correction options.

Research has shown that Paragon CRT contact lenses are generally safe and effective for most users. Studies have found that over 90% of users achieve 20/40 vision or better, and more than 93% achieve 20/32 vision or better with these lenses.

The FDA has approved Paragon CRT lenses for overnight wear to temporarily reduce nearsightedness, indicating thorough testing for safety. While some risk exists, it is comparable to other hard contact lenses.

Unlike traditional glasses or standard contact lenses that merely correct vision for a period of time, Paragon CRT lenses offer a unique approach by temporarily reshaping the cornea overnight, providing clear vision during the day without the need for glasses or contacts. This non-surgical method, known as orthokeratology, is particularly exciting because it offers a reversible, non-invasive alternative to procedures like LASIK. Additionally, these lenses have a 5mm Optic Zone Diameter, which is specifically designed to optimize vision correction for near-sighted individuals. Researchers are enthusiastic about this treatment because it provides freedom from daytime corrective lenses and a new level of convenience for patients.

Research has shown that Paragon CRT contact lenses, studied in this trial, effectively improve vision in people who are nearsighted (myopic). Studies indicate that over 90% of users achieve 20/40 vision or better, sufficient for driving without glasses. Additionally, 65% of users reach 20/20 vision, considered perfect. These lenses also slow the progression of nearsightedness by gently reshaping the cornea, the eye's front part. Thus, they not only enhance current vision but also help prevent further deterioration over time.¹³⁵⁶⁷