Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration

This work describes the results of a multimodal examination of patients with rhegmatogenous peripheral vitreoretinal degenerations. Objective: to conduct a multimodal study of rhegmatogenous peripheral vitreoretinal degenerations and present an informative retinal map of peripheral retinal degenerat...

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Main Authors: V. A. Shaimova, N. A. Klyuchko, G. R. Islamova, T. B. Shaimov, S. Kh. Kuchkildina, R. B. Shaimov, A. A. Askaeva, M. S. Ivin, A. V. Fomin
Format: Article
Language:Russian
Published: Ophthalmology Publishing Group 2025-06-01
Series:Oftalʹmologiâ
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Online Access:https://www.ophthalmojournal.com/opht/article/view/2669
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author V. A. Shaimova
N. A. Klyuchko
G. R. Islamova
T. B. Shaimov
S. Kh. Kuchkildina
R. B. Shaimov
A. A. Askaeva
M. S. Ivin
A. V. Fomin
author_facet V. A. Shaimova
N. A. Klyuchko
G. R. Islamova
T. B. Shaimov
S. Kh. Kuchkildina
R. B. Shaimov
A. A. Askaeva
M. S. Ivin
A. V. Fomin
author_sort V. A. Shaimova
collection DOAJ
description This work describes the results of a multimodal examination of patients with rhegmatogenous peripheral vitreoretinal degenerations. Objective: to conduct a multimodal study of rhegmatogenous peripheral vitreoretinal degenerations and present an informative retinal map of peripheral retinal degenerations and breaks. Methods. Multimodal diagnostics included traditional and additional methods: the ultra-widefield fundus imaging with the Clarus 500 or VISUCAM 500 (Carl Zeiss Meditech Inc., Dublin, USA) and wide-field OCT scanning of the retina periphery with SOLIX and RTVue XR Avanti (Optovue Inc. USA). Results. During the period of 2014–2024, 614 patients (959 eyes) were examined and 1304 peripheral degenerations and retinal breaks were identified with the multimodal examination. Regmatogenic (vitreoretinal) degenerations were found in 437 patients: lattice degeneration — 197 (15.1 %), “snail track” — 95 (7.29 %); vitreoretinal tufts — 145 (11.12 %). Based on the study results, an informative map of the main peripheral retinal degenerations has been developed. Conclusion. In this article (part 3) the multimodal study of peripheral dystrophies allowed us to present the retinal map of regmatogenic peripheral degenerations and retinal breaks for the purpose of timely detection and adequate treatment.
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institution Matheson Library
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language Russian
publishDate 2025-06-01
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record_format Article
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spelling doaj-art-c43c9d24d1d84815a09f69ec6dac1e842025-08-04T14:32:27ZrusOphthalmology Publishing GroupOftalʹmologiâ1816-50952500-08452025-06-0122239840610.18008/1816-5095-2025-2-398-4061273Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal DegenerationV. A. Shaimova0N. A. Klyuchko1G. R. Islamova2T. B. Shaimov3S. Kh. Kuchkildina4R. B. Shaimov5A. A. Askaeva6M. S. Ivin7A. V. Fomin8Academy of Postgraduate Education of Federal Medical Biological Agency; Center ZreniyaCenter ZreniyaCenter ZreniyaCenter ZreniyaCenter ZreniyaCenter ZreniyaSouth Ural State Medical UniversityUral State Medical UniversityTradomed InvestThis work describes the results of a multimodal examination of patients with rhegmatogenous peripheral vitreoretinal degenerations. Objective: to conduct a multimodal study of rhegmatogenous peripheral vitreoretinal degenerations and present an informative retinal map of peripheral retinal degenerations and breaks. Methods. Multimodal diagnostics included traditional and additional methods: the ultra-widefield fundus imaging with the Clarus 500 or VISUCAM 500 (Carl Zeiss Meditech Inc., Dublin, USA) and wide-field OCT scanning of the retina periphery with SOLIX and RTVue XR Avanti (Optovue Inc. USA). Results. During the period of 2014–2024, 614 patients (959 eyes) were examined and 1304 peripheral degenerations and retinal breaks were identified with the multimodal examination. Regmatogenic (vitreoretinal) degenerations were found in 437 patients: lattice degeneration — 197 (15.1 %), “snail track” — 95 (7.29 %); vitreoretinal tufts — 145 (11.12 %). Based on the study results, an informative map of the main peripheral retinal degenerations has been developed. Conclusion. In this article (part 3) the multimodal study of peripheral dystrophies allowed us to present the retinal map of regmatogenic peripheral degenerations and retinal breaks for the purpose of timely detection and adequate treatment.https://www.ophthalmojournal.com/opht/article/view/2669multimodal imaging of peripheral retinaretinal mapperipheral degenerationretinal breaksclassification of peripheral retinal degenerations
spellingShingle V. A. Shaimova
N. A. Klyuchko
G. R. Islamova
T. B. Shaimov
S. Kh. Kuchkildina
R. B. Shaimov
A. A. Askaeva
M. S. Ivin
A. V. Fomin
Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
Oftalʹmologiâ
multimodal imaging of peripheral retina
retinal map
peripheral degeneration
retinal breaks
classification of peripheral retinal degenerations
title Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
title_full Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
title_fullStr Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
title_full_unstemmed Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
title_short Retinal Map of Peripheral Retinal Degenerations and Tears. Part 3. Vitreoretinal Retinal Degeneration
title_sort retinal map of peripheral retinal degenerations and tears part 3 vitreoretinal retinal degeneration
topic multimodal imaging of peripheral retina
retinal map
peripheral degeneration
retinal breaks
classification of peripheral retinal degenerations
url https://www.ophthalmojournal.com/opht/article/view/2669
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