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Refractive surgery in children
1Department of Ophthalmology, Emory University School of Medicine, Atlanta, Georgia, USA.
Insights
Laser refractive surgery offers potential for pediatric eye conditions, but long-term outcomes remain unknown. Caution is advised due to potential differences in pediatric eye responses compared to adults.
Area of Science:
- Ophthalmology
- Pediatric Ophthalmology
- Refractive Surgery
Background:
- Laser ablation techniques have transformed refractive error treatment in adults.
- Long-term outcomes of refractive surgery in pediatric populations are largely unstudied.
- Pediatric eyes may exhibit distinct short- and long-term responses compared to adult eyes.
Observation:
- Current research lacks robust data on pediatric eye responses to refractive surgery.
- Significant differences are anticipated in pediatric eye responses based on adaptations of similar surgeries.
- Unilateral high myopia with amblyopia presents a potential indication for refractive surgery in children.
Findings:
- Teenagers with typical myopia are a high-risk group due to unknown long-term results.
- Infants and children with high anisometropia, who cannot tolerate conventional correction, are ideal candidates but face treatment barriers.
- Barriers include poor cooperation, difficult postoperative care, and high treatment costs not covered by insurance.
Implications:
- Refractive surgery in pediatric patients requires cautious consideration and further research.
- Ophthalmologists must carefully evaluate indications and theoretical concerns for pediatric refractive surgery.
- Future research should address the specific needs and outcomes for pediatric populations undergoing refractive surgery.
Abstract:
Refractive surgery techniques, especially those using laser ablation, have revolutionized the treatment of refractive errors. The short-term results have been well studied in adults, but long-term outcomes are not known. No good studies exist to tell us whether the pediatric eye responds the same as the adult eye to these techniques, but there is reason to believe that the pediatric eye will have many differences, both short- and long-term based on other similar surgeries adapted for pediatrics. These techniques have great potential to add to our armamentarium of treatments for frustrating problems such as unilateral high myopia with amblyopia, but they should be used with caution. The patients who are the most attractive to refractive surgeons, namely, teenagers with typical myopia who want to discard their spectacles, are the patients with potentially the most to lose from a procedure with unknown long-term results for a condition easily treated with other modalities. Those who need it most, namely infants and children with high anisometropia who cannot tolerate contact lenses or spectacles, are the least cooperative, the most difficult to treat postoperatively, and the least able to afford expensive treatments not covered by insurance, are therefore the least likely to be offered the procedure, or to have a study designed to evaluate their specific needs and concerns. It behooves ophthalmologists interested in pediatrics to carefully discuss and research the possible indications and theoretical concerns of these powerful techniques in pediatric eyes.