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Nonmydriatic widefield retinal imaging with an automatic white LED confocal imaging system compared with dilated ophthalmoscopy in screening for diabetic retinopathy

DOI:10.1007/s00592-020-01520-w 期刊:Acta Diabetologica 出版年份:2020 更新时间:2025-09-23 15:21:01
摘要: Purpose To compare nonmydriatic montage widefield images with dilated fundus ophthalmoscopy for determining diabetic retinopathy (DR) severity. Materials and methods In this prospective, observational, cross-sectional study, patients with a previous diagnosis of diabetes and without history of diabetes-associated ocular disease were screened for DR. Montage widefield imaging was obtained with a system that combines confocal technology with white-light emitting diode (LED) illumination (DRSplus, Centervue, Padua, Italy). Dilated fundus examination was performed by a retina specialist. Results Thirty-seven eyes (20 patients, 8 females) were finally included in the analysis. Mean age of the patients enrolled was 58.0 ± 11.6?years [range 31–80?years]. The level of DR identified on montage widefield images agreed exactly with indirect ophthalmoscopy in 97.3% (36) of eyes and was within 1 step in 100% (37) of eyes. Cohen’s kappa coefficient (κ) was 0.96, this suggesting an almost perfect agreement between the two modalities in DR screening. Nonmydriatic montage widefield imaging acquisition time was significantly shorter than that of dilated clinical examination (p = 0.010). Conclusion Nonmydriatic montage widefield images were compared favorably with dilated fundus examination in defining DR severity; however, they are acquired more rapidly.
作者: Enrico Borrelli,Lea Querques,Rosangela Lattanzio,Michele Cavalleri,Alessio Grazioli Moretti,Carlo Di Biase,Alberto Signorino,Francesco Gelormini,Riccardo Sacconi,Francesco Bandello,Giuseppe Querques
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To compare nonmydriatic montage widefield images with dilated fundus ophthalmoscopy for determining diabetic retinopathy (DR) severity.

Nonmydriatic montage widefield images obtained with the DRSplus device allowed an accurate identification of patients with signs of diabetic retinopathy, with an almost perfect agreement with indirect ophthalmoscopy. This imaging technique may emerge as an important tool to explore the retina of diabetic patients, especially in large-scale population-based DR screening programs.

1. The sample size of the cohort is relatively small which reduces the power of the analysis. 2. Most patients did not show signs of DR during the screening program, limiting the assessment of the device's effectiveness in populations with more severe ocular disease. 3. The study did not compare the DRSplus with 7-field stereoscopic color fundus photography, the gold standard for DR screening.

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