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[Prognosis of the retinal detachment in children (author's transl)]
Insights
Retinal detachments in children present unique challenges, including difficult-to-find retinal breaks and severe macular damage. Treatment complexities impact visual outcomes, with limited functional recovery in the macula.
Area of Science:
- Ophthalmology
- Pediatric Retina
Context:
- Retinal detachment in children presents distinct clinical features.
- These include a high incidence of complex retinal breaks and severe macular trauma.
Purpose:
- To characterize the specific features, treatment challenges, and outcomes of retinal detachments in pediatric patients.
- To evaluate the anatomical and visual prognosis in this population.
Summary:
- Pediatric retinal detachments frequently involve difficult-to-locate breaks (37%), giant breaks, and traumatic macular lesions.
- Treatment difficulties contribute to lower anatomical cure rates (75%) compared to general retinal detachments and necessitate multiple surgeries.
- Visual recovery is often limited, with only one-third of non-amblyopic eyes regaining initial visual acuity, suggesting limited macular functional recuperation.
Impact:
- Highlights the unique challenges in managing pediatric retinal detachments.
- Informs surgical strategies and expectations for visual outcomes in children.
- Emphasizes the need for specialized approaches to improve prognosis in pediatric retinal detachment.
Abstract:
Following features seem to characterize retinal detachments in children. High rate of difficult anatomical problems: invisible retinal breaks, macular or paramacular breaks, giant breaks or desinsertions (37% of our cases). High rate of severe traumatic macular lesions. Important delay in treatment with prolonged macular impairment. These facts explain the prognosis. Difficulties in the treatment of retinal breaks explain anatomical results (75% cure rate vs 78,6% for all the retinal detachments treated). In the same way they explain the high rate of multiple operations. Macular impairment and multiple operations explain visual results: 1/3 of the non amblyopic eyes recover a visual acuity comparable to the initial. So, the macular in children does not seem to have a special functional recuperation ability. Two supplementary facts may be mentioned. Delay in treatment has no adverse effect in anatomic prognosis. Non giant "simple" desinsertions expose to a noticeable risk of massive vitreous retraction.