Search results (5 results)

Sep 19 2025 by Aditya S Kelkar, MS, FRCS, FASRS,FRCOphth

Widefield fundus photograph of a 37 year old showing a large, dome-shaped, intraocular mass involving the temporal retina. The lesion appears elevated and lacks surface pigmentation. Overlying retinal vessels are displaced and draped across the tumor surface, with surrounding retinal elevation noted. The appearance is suggestive of amelanotic variant of choroidal melanoma.

Photographer: Dr. Muskan Mangal

Imaging device: Optos Daytona

Condition/keywords: choroidal melanoma, intraocular tumor

Feb 18 2023 by Ahmed Abbas Hashmi, OD

Imprint of Iris Pigmentation on Anterior Lens Surface with wrinkled anterior capsule

Photographer: Ahmed Abbas Hashmi

Condition/keywords: lens opacity

Sep 7 2022 by JEFFERSON R SOUSA, Tecg.º (Biomedical Systems Technology)

A 63-year-old male patient underwent vitreoretinal surgery with the use of perfluorocarbon. From a technological point of view, extended-field retinography presents many points of focus variation due to the difficulty of establishing a diffuse focus, as it is a recent post-operative case. In OCT Fundus Enface, although it has a low resolution, it is extremely important for documenting the presence of perfluor. Best seen in structural OCT.

Photographer: JEFFERSON ROCHA DE SOUSA - Retinal Department at Instituto Dr. Suel Abujamra Sao Paulo-Brazil

Imaging device: Optical Coherence Tomography system OCT CIRRUS 5000, Protocol, HD 5 Line

Condition/keywords: perfluorocarbon fluid, post-vitrectomy, submacular perfluorocarbon liquid (PFO), vitrectomy

Mar 31 2022 by Franco Benvenuto, MD

Fundus photograph of a 17-year-old with shotgun injuries with numerous metal pellets in the chest, neck, brain, and face. Fundus exploration showed the left globe with posterior-inferior eye rupture, vitreous hemorrhages and choroidal rupture.

Photographer: Franco Benvenuto, Universidad de Buenos Aires, Argentina. Universidad de Guadalajara, México.

Condition/keywords: choroidal rupture, penetrating trauma, shotgun

Mar 17 2021 by RAFAEL REIS PEREIRA, MD

Retinal pigment epithelium (RPE) tear is a rare devastating complication of age-related macular degeneration (AMD). The believed mechanism lies in an adherence of the neovascularization to the undersurface of the RPE creating a contractile force that increases after VEGF therapy and causes the tear.

Photographer: Rafael Reis, Retina Clinic, São Paulo

Condition/keywords: retinal pigment epithelium (RPE) contracture