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Methods This study included 12 cases (10 female and 1 male;age range:1 day to 5 months old at first evaluation;mean age 2,5 months)of eyelid and/or orbit hemangiomas gathered over a 6 year period (2005-2011).Ultrasonography and magnetic resonance imaging(MRI)identified these lesions to be:palpebral in 2 cases, palpebral and orbital involvement in 9 cases.Pediatric and ophthalmological evaluation(orthoptic examination,visual acuity determination with Teller Acuity Cards,refractometry and fundus opthalmoscopy)were performed in all cases. Results The mean follow-up was 36 months (range http://www.selleckchem.com/products/z-vad-fmk.html 11-63 months) Treatments for infants and children with hemangiomas obstructing the visual axis included oral steroid administration(9 cases);in 1 case a surgical treatment was associated.4 cases developed amblyopia and 1 case strabismus.Treatment of early amblyopia through selective patching part-time patch occlusion of the uninvolved eye and early prescription of astigmatism correction was performed.10 children achieved normal vision at last evaluation. Conclusion In our study 10 patients http://www.selleckchem.com/products/ly2157299.html treated for visual impairment and available for long-term follow-up showed an excellent functional outcome with no residual amblyopia.In most cases,early intervention to address hemangioma-related visual disturbances can lead to a good functional outcome. Intervention typically involves medical debulking of the hemangioma(using oral steroids)combined with the treatment of early amblyopia through selective patching and/or optical correction with refractive lenses. ""Purpose To evaluate in vivo the presence of intraretinal hyperreflective spots in eyes with radiation induced maculopathy. Methods 25 subjects affected by maculopathy secondary to eye irradiation for a primary uveal melanoma were enrolled. All eyes previously underwent I-125 brachytherapy with a standard apex dose (85 Gy). Full ophthalmic examination, http://www.selleck.cn/products/XL184.html including spectral domain-OCT (SD-OCT) and fluorescein angiography, was performed in all eyes. After segmentation of retinal layers, retinal images were analyzed for reflectivity changes (hyperreflectivity spots) at the level of: internal limiting membrane plus retinal nerve fiber layer (ILM+RNFL), inner nuclear layer plus outer plexiform layer (INL+OPL) and outer nuclear layer (ONL). Hyperreflective spots were analyzed in a full retinal section both in the foveal area, and between 500 and 1500 ?m from the foveal center. All examinations were performed twice, by two independent masked graders. Results The inter-grader agreement was at least substantial for all measurements. In all studied eyes hyperreflective spots were detected by SD-OCT. Hyperreflective spots were mainly located in the inner retina (ILM+RNFL and INL+OPL) compared to the outer retina (ONL) (p