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Sep 18 2026 by Pablo Angel García-Uribe, MD, PhD

A patient presented after a motorcycle accident resulting in severe blunt trauma to the right eye. Color fundus photography demonstrates an extensive curvilinear choroidal rupture extending from the peripapillary region toward the superior temporal vascular arcade and superonasal macula. The rupture is characterized by marked disruption of the retinal pigment epithelium–Bruch membrane–choroid complex, with direct visualization of the underlying choroidal vasculature. A well-defined, round traumatic full-thickness macular hole is also present.

Photographer: David García-García, Optometrist, Clínica Oftalmológica Salauno, Mexico City

Imaging device: VISUCAM 524(Carl Zeiss Meditec AG, Jena, Germany)

Condition/keywords: Choroidal Fracture, choroidal rupture, Traumatic Macular Hole

Sep 18 2026 by Abhishek Karra, MS

Fundus photograph of a 65-year-old male showing pre op and post op photograph. Pre operatively retinal detachment is seen with early PVR changes. Post op photo shows attached retina under silicon oil and encircling band indent is visible.

Photographer: Abhishek Karra

Imaging device: Zeiss Clarus

Condition/keywords: retinal detachment, vitrectomy

Sep 18 2026 by Abhishek Karra, MS

Fundus photograph of a 20-year-old type 1 diabetic patient. Shows florid neovascularization of the disc along with multiple hemorrhages and hard exudates.

Photographer: Abhishek Karra

Imaging device: Nidek

Condition/keywords: diabetic retinopathy, neovascularization of the disc (NVD), proliferative diabetic retinopathy (PDR)

Sep 18 2026 by Abhishek Karra, MS

Fundus photograph of a 20-year-old type 1 diabetic patient. Shows florid neovascularization of the disc along with multiple hemorrhages and hard exudates.

Photographer: Dr Abhishek Karra

Imaging device: Nidek

Condition/keywords: neovascularization of the disc (NVD), proliferative diabetic retinopathy (PDR)

Sep 17 2026 by Thirumalesh Mochi Basavaraj, MD

Widefield OCT angiography showing florid neovascularization and also a non perfused skeletonized neovascularization at the optic disc.

Photographer: Nikita Bhosale

Condition/keywords: florid type PDR, proliferative diabetic retinopathy (PDR)

Sep 17 2026 by Thirumalesh Mochi Basavaraj, MD

A confocal fundus image of a 40-year-old man with chronic central serous chore retinopathy demonstrating RPE fluid tracks and RPEDs.

Photographer: Nikita Bhosale

Condition/keywords: Chronic CSR, Confocal imaging

Sep 17 2026 by Thirumalesh Mochi Basavaraj, MD

Ultra-wide filed OCTA image showing dilated choroidal vessels with a subfoveal RPE defect in a patient with Pachychoroid Active Central serous Chorioretinopathy

Photographer: Nikita Bhosale

Condition/keywords: En Face OCTA, ultra-wide field imaging

Sep 12 2026 by Hrishikesh Naik, MS

A color montage photograph of a 35-year-old man with uncontrolled type 1 diabetes mellitus shows a plethora of features - multiple preretinal, intraretinal and intragel haemorrhages, hard exudates, florid neovascularisation with fibrovascular membranes, posterior pole tractional retinal detachment, ILM folds due to vitreomacular traction and peripheral sclerosed vessels.

Photographer: Maxwell Silva

Imaging device: Zeiss Visucam 524

Condition/keywords: Diabetic fibrovascular membranes, fibrovascular proliferation, neovascular frond, Neovascularisation at the Disc (NVD), preretinal hemorrhage, proliferative diabetic retinopathy (PDR), sclerosed vessels, tractional retinal detachment

Sep 11 2026 by Hrishikesh Naik, MS

Color fundus montage of a 32-year-old man presenting with sudden diminution of vision in the left eye, showing diffuse retinal periphlebitis and occlusive vasculitis in a frosted branch angiitis pattern along with extensive, confluent retinal hemorrhages.

Photographer: Mrinalini Patil

Imaging device: Zeiss Visucam 524

Condition/keywords: central retinal vein occlusion (CRVO), frosted branch angiitis, occlusive vasculitis, periphlebitis

Sep 11 2026 by Hrishikesh Naik, MS

A fundus photograph of a 23-year-old patient on HA-ART showing a large patch of white retinal opacification corresponding to areas of thinning and gliosis indicative of healed cytomegalovirus retinitis lesion, surrounded by a row of barrage laser marks.

Photographer: Hrishikesh Naik

Imaging device: Zeiss Visucam 524

Condition/keywords: CMV chorioretinitis, CMV retinitis, cytomegalovirus (CMV), Cytomegalovirus Retinitis

Sep 9 2026 by César Adrián Gómez Valdivia, MD

OCT Showing a lamellar macular hole with a tangential epiretinal membrane and classic "moustache sign" foveoschisis — oblique hyperreflective tracts radiating from the hole edges from ERM traction. The outer retinal layers (ellipsoid zone, RPE) remain intact at the base, a favorable prognostic sign that also informs the surgical approach (combined ERM/ILM peeling).

Photographer: @eyemissu2

Condition/keywords: epiretinal membrane (ERM)

Sep 9 2026 by César Adrián Gómez Valdivia, MD

Color fundus photograph showing a macular hole with an associated epiretinal membrane exhibiting the classic cellophane sheen — a glinting, crinkled light reflex over the macula from the taut, semitranslucent fibrocellular membrane. The hole itself appears as a well-circumscribed round red lesion at its center, with the surrounding retinal striae reflecting the membrane's tangential traction.

Photographer: @eyemissu2

Imaging device: Zeiss Clarus

Condition/keywords: epiretinal membrane (ERM)

Sep 9 2026 by César Adrián Gómez Valdivia, MD

Macular hole appears as a round lesion with a subtle perilesional neurosensory detachment; adjacent to the disc, a curvilinear choroidal rupture is visible, exposing the underlying sclera — the classic clinical correlate of the FAF and OCT findings above.

Photographer: @eyemissu2

Condition/keywords: Traumatic Macular Hole

Sep 9 2026 by César Adrián Gómez Valdivia, MD

OCT b-scan through the same macula confirming a full-thickness traumatic macular hole, with elevated, separated neurosensory edges and no visible operculum — typical of traumatic (vs. idiopathic) holes. No vitreomacular traction or epiretinal membrane is seen, supporting a pure traumatic mechanism.

Photographer: @eyemissu2

Condition/keywords: traumatic macular hole

Sep 9 2026 by César Adrián Gómez Valdivia, MD

A rounded area of central hypoautofluorescence corresponds to a traumatic macular hole, from loss of RPE/photoreceptors. A curvilinear band of altered autofluorescence between the disc and the hole represents an associated choroidal rupture, concentric to the optic nerve — the classic contrecoup pattern of blunt trauma.

Photographer: @eyemissu2

Condition/keywords: traumatic macular hole

Sep 8 2026 by Soufiane . Azargui, MD

Slit lamp photograph of a 49-year-old who presented after loss to follow-up 8 months status post-recurrent rhegmatogenous macula-splitting retinal detachment repair with a hyperoleon consisting of emulsified silicone oil droplets filling 50% of the superior anterior chamber.

Photographer: Heather Olson, Department of Ophthalmology, University of Colorado School of Medicine

Condition/keywords: Hyperoleon

Sep 8 2026 by Carolina Hilgert

Fundus photograph of a 62-year-old woman with high hyperopia (>+8.00 D) presenting with decreased vision one week after cataract surgery, demonstrating a smooth choroidal elevation involving the posterior pole and macula in the operated left eye, consistent with postoperative uveal effusion.

Imaging device: Ultra-widefield fundus photography (Optos Daytona)

Condition/keywords: cataract surgery, cataract surgery phacoemulsification, choroidal detachment, choroidal effusion, postoperative complication, uveal effusion

Sep 8 2026 by Carolina Hilgert

Fundus autofluorescence image of a 62-year-old woman with high hyperopia (>+8.00 D) presenting with decreased vision one week after cataract surgery, demonstrating autofluorescence changes involving the posterior pole and macula corresponding to the area of choroidal elevation, consistent with postoperative uveal effusion.

Imaging device: Ultra-widefield fundus photography (Optos Daytona)

Condition/keywords: cataract surgery, cataract surgery phacoemulsification, choroidal detachment, choroidal effusion, postoperative complication, uveal effusion

Sep 8 2026 by Carolina Hilgert

Fundus autofluorescence image of a 62-year-old woman with high hyperopia (>+8.00 D) presenting with decreased vision one week after cataract surgery, demonstrating autofluorescence changes involving the posterior pole and macula corresponding to the area of choroidal elevation, consistent with postoperative uveal effusion.

Imaging device: Ultra-widefield fundus photography (Optos Daytona)

Condition/keywords: cataract surgery, choroidal detachment, choroidal effusion, phacoemulsification, postoperative complication, uveal effusion

Sep 8 2026 by Carolina Hilgert

Fundus photograph of a 62-years-old woman with high hyperopia (>+8.00 D) presenting with decreased vision one week after cataract surgery, demonstrating a smooth choroidal elevation involving the posterior pole and macula in the operated left eye, consistent with postoperative uveal effusion.

Imaging device: Ultra-widefield fundus photography (Optos Daytona)

Condition/keywords: cataract surgery, choroidal detachment, choroidal effusion, phacoemulsification, postoperative complication, Uveal effusion