
Cobblestone Degeneration: What You Need to Know
Cobblestone degeneration, also known as pavingstone degeneration, is a common, benign condition that affects the peripheral retina. It typically occurs naturally as part of the aging …
Pavingstone Degeneration vs Cobblestone Degeneration
Key Differences Between Pavingstone and Cobblestone Degeneration. Location: Both primarily affect the peripheral retina. Origin: Pavingstone degeneration is often age-related, while …
Cobblestone Degeneration - Ento Key
2020年3月24日 · Pavingstone (cobblestone) degeneration is a peripheral retinal degeneration characterized by multiple rounded, punched-out areas of chorioretinal atrophy with prominent …
Peripheral Retinal Degenerations - EyeWiki
Characteristics: either retinal tear or retinal hole, retinal holes due to atrophic changes in neurosensory retina; Complications: high risk of rhegmatogenous retinal detachment, occurs …
Navigating the Retinal Periphery - Review of Optometry
2021年2月15日 · Peripheral drusen and peripheral reticular degeneration (PRD) are common and often underreported peripheral retinal findings that can be seen in patients with or without …
The OD's Guide to Identifying Peripheral Retinal ... - Eyes On Eyecare
2024年8月26日 · Cobblestone degeneration (also known as pavingstone degeneration) presents as yellow-white patches resembling cobblestones in the peripheral retina. It is commonly …
疾病数据库_疾病表征_靶点药物_疾病动物模型-RDDC官网
鹅卵石视网膜病变,又称铺路石视网膜病变,与炎症性脂溢性角化病和胸腺瘤B2型有关。 与鹅卵石视网膜病变有关的重要基因是BANF1(BAF核装配因子1),其相关通路/超级通路包括先天 …
Histopathology of myopic cobblestones - Jonas - 2022 - Acta ...
2021年5月6日 · Peripheral cobblestone regions in highly myopic eyes are characterized by marked BM thinning with absence of an inner BM layer, almost complete RPE absence, …
Cobblestone Retinal Degeneration - MalaCards
Integrated disease information for Cobblestone Retinal Degeneration including associated genes, mutations, phenotypes, pathways, drugs, and more - integrated from 77 data sources
Cobblestone retinal degeneration (Concept Id: C0154854)
Lentiviral mediated RPE65 gene transfer in healthy hiPSCs-derived retinal pigment epithelial cells markedly increased RPE65 mRNA, but modestly protein level.