Myopia can increase the risk of retinal detachment even after undergoing laser vision correction. A highly respected ophthalmologist, an associate professor at the Department of Ophthalmology of the Pedagogical Institute of the National Medical and Surgical Center named after Pirogov, expressed this concern during a radio interview with Sputnik. The expert underscored that refractive surgery does not make every eye immune to future detachments, and that vigilance remains essential for those living with high degrees of myopia.
He cautioned that individuals with a myopic prescription around minus six or higher should be particularly cautious about activities that require prolonged downward gazes or abrupt bending, such as picking mushrooms or berries. The advice comes from observations of how eye stress and rapid changes in eye pressure or vitreous traction can contribute to detachment risk in vulnerable eyes, even after corrective procedures have been completed. The doctor urged consistent awareness of symptoms and prevention strategies to minimize potential complications.
According to the lead researcher, a recent study examined the link between myopia and retinal detachment risk despite laser correction, revealing a nuanced relationship that warrants attention in both clinical practice and patient education. The findings emphasize that the structural changes associated with myopia can persist or progress, and they may influence the retina in ways not fully reversed by refractive surgery. This insight adds another layer to how doctors approach long-term eye health in myopic patients.
He highlighted that the probability of retinal stretching grows with the degree of myopia. In his explanation, the retina is described as sensitive nerve tissue that constitutes a portion of the brain, positioned at the back of the eye. As myopia intensifies, structural alterations can occur within this delicate tissue, potentially leading to detachment over time. The message is clear: high myopia carries ongoing risks that require careful monitoring and proactive strategies to preserve vision.
In light of the study results, it is important to note that treatment for retinal detachment does not typically restore perfect vision in every case. Rehabilitation after detachment varies, and some individuals may experience lasting visual changes. The conversation around this topic reinforces the need for timely medical evaluation and personalized care plans to optimize outcomes for patients who have undergone laser correction and live with high myopia.
Myopia remains a common issue affecting both adults and children, with prevalence continuing to rise in many populations. Information on the symptoms, causes, consequences, and preventive measures for myopia in children—ranging from preschoolers to school-aged kids—was discussed by a team of pediatric ophthalmologists, a pediatrician, a geneticist, and a nutritionist in an expert segment. This multidisciplinary approach highlights the importance of comprehensive eye health for families, including regular screenings and lifestyle choices that support visual development and overall well-being. A note from the interview assembly pointed out practical steps for parents and caregivers to monitor visual behavior and seek timely professional advice at the first signs of trouble.
Ultimately, prevention strategies and early intervention remain central to reducing the burden of myopia-related complications. Ongoing research and clinical practice continue to refine recommendations, aiming to empower patients with clearer information and better tools to protect their eyesight over the long term. The emphasis is on informed decisions, routine eye examinations, and collaboration between patients and eye care professionals to maintain the best possible visual health.