Myopia, commonly known as nearsightedness, affects a significant portion of the population, particularly children. The medical community has long debated whether the progression of myopia can be effectively slowed. Compelling research indicates that rigid gas permeable (RGP) contact lenses can indeed slow down the development of myopia in over 25% of children who wear them.
Several signs can indicate that a child is developing myopia. Frequent headaches, particularly after focusing on near objects, are a common complaint. Children may also experience eyestrain when trying to view objects at close range. A primary indicator is difficulty seeing distant objects clearly. If a child consistently holds objects close to their face to see them properly, it’s crucial to consult an eye doctor or pediatrician.
While RGP contacts cannot cure myopia, studies have demonstrated their ability to slow its progression. Research shows that children wearing RGP contacts experienced a slower increase in myopia compared to those wearing glasses or soft contact lenses. It’s important to note that the effects of RGP lenses are not permanent and do not permanently alter the shape of the cornea. Studies suggest that individuals with myopia often have corneas with a more oval shape.
RGP contacts offer unique benefits not found in glasses or other types of contact lenses. Their rigid structure allows for greater oxygen permeability, promoting healthier eyes. Beyond myopia, they can also be effective in managing astigmatism. These combined advantages make RGP contacts a worthwhile option, despite a potential initial adjustment period. It typically takes a few weeks for a child to become fully comfortable wearing RGP contacts.
It’s crucial to ensure children are mature enough to handle and care for RGP lenses responsibly. Parents should educate them on proper lens care and cleaning routines. While a complete cure for myopia isn’t currently available, RGP contacts offer a proven method for slowing down the progression of this common vision problem.