Figures & data
Table 1 Demographics, CNV Characterization and Respective Implemented Treatment
Figure 1 Graphic representation of the BCVA variation (on the right, (a)) at baseline (0), when anti-VEGF was suspended (1) and at last visit (2). On the left (b), the evolution of chorioretinal atrophic areas is displayed at the two last time points (1 and 2).
![Figure 1 Graphic representation of the BCVA variation (on the right, (a)) at baseline (0), when anti-VEGF was suspended (1) and at last visit (2). On the left (b), the evolution of chorioretinal atrophic areas is displayed at the two last time points (1 and 2).](/cms/asset/1d346598-6f5f-40c5-af3b-3c130e637ed2/doph_a_12302760_f0001_c.jpg)
Figure 2 FAF images of two illustrative example patients from our cohort. FAF area at baseline (FAF0) and at the last visit (FAF2).
![Figure 2 FAF images of two illustrative example patients from our cohort. FAF area at baseline (FAF0) and at the last visit (FAF2).](/cms/asset/addd4bf9-b337-4665-b3d1-c49fb88d6908/doph_a_12302760_f0002_c.jpg)
Figure 3 Correlations between BCVA at baseline (0), when anti-VEGF was suspended (1) and at last visit (2). We found a substantial positive correlation between BCVA0 and BCVA1 (0.675, p<0.001), a moderate positive correlation between BCVA0 and BCVA2 (0.437, p=0.008), and an almost perfect positive correlation between BCVA1 and BCVA2 (0.835, p<0.001). BCVA in ETDRS letters.
![Figure 3 Correlations between BCVA at baseline (0), when anti-VEGF was suspended (1) and at last visit (2). We found a substantial positive correlation between BCVA0 and BCVA1 (0.675, p<0.001), a moderate positive correlation between BCVA0 and BCVA2 (0.437, p=0.008), and an almost perfect positive correlation between BCVA1 and BCVA2 (0.835, p<0.001). BCVA in ETDRS letters.](/cms/asset/ad944f64-c166-4268-92f5-d042a67f83ca/doph_a_12302760_f0003_c.jpg)
Figure 4 Linear correlation between atrophic area after anti-VEGF treatment suspension (FAF 1) and at last visit (FAF 2) on the right (a), and between FAF 1 and atrophic area growth rate (mm2/year) on the left (b). We found an almost perfect positive correlation between FAF1 and FAF2 (0.901, p<0.001) and a substantial positive correlation between FAF1 and atrophic area growth rate (0.673, p<0.001). FAF area in mm2; atrophic area growth rate in mm2/year.
![Figure 4 Linear correlation between atrophic area after anti-VEGF treatment suspension (FAF 1) and at last visit (FAF 2) on the right (a), and between FAF 1 and atrophic area growth rate (mm2/year) on the left (b). We found an almost perfect positive correlation between FAF1 and FAF2 (0.901, p<0.001) and a substantial positive correlation between FAF1 and atrophic area growth rate (0.673, p<0.001). FAF area in mm2; atrophic area growth rate in mm2/year.](/cms/asset/b214a83a-25a6-4035-bb55-bf28e5e776a7/doph_a_12302760_f0004_c.jpg)
Figure 5 Linear correlation BCVA and atrophic area after anti-VEGF treatment suspension (BCVA1 vs FAF 1) and at last visit (BCVA2 vs FAF 2). We found a moderate negative correlation between BCVA1 and FAF1 (−0.410, p=0.013) and a reasonable correlation between BCVA2 and FAF2 (−0.341, p=0.042). BCVA in ETDRS letters; FAF area in mm2.
![Figure 5 Linear correlation BCVA and atrophic area after anti-VEGF treatment suspension (BCVA1 vs FAF 1) and at last visit (BCVA2 vs FAF 2). We found a moderate negative correlation between BCVA1 and FAF1 (−0.410, p=0.013) and a reasonable correlation between BCVA2 and FAF2 (−0.341, p=0.042). BCVA in ETDRS letters; FAF area in mm2.](/cms/asset/4a36f6d6-bf53-4b80-8868-3e97fc4e92bc/doph_a_12302760_f0005_c.jpg)
Data Sharing Statement
Access to any supplemental information is available upon reasonable request.