OBJECTIVE: To detect and characterise visual field (VF) defects using static Octopus perimetry in patients with primary congenital glaucoma (PCG) and to determine VF quality and time duration.
METHODS: Eighty-eight eyes of 70 patients diagnosed with PCG were included. Assessments were performed using an Octopus 900 and each eye was assessed with the tendency-oriented perimetry (G-TOP) algorithm. Quantitative VF data were collected: quality data (false positive and negative response, and time duration) and results of mean deviation (MD) and square root of loss variance (sLV). Qualitative data were collected: the presence of diffuse and localized defects, the affected hemifield and grade of defects using the Aulhorn and Karmeyer classification. Correlations between perimetric results and clinical variables were analysed.
RESULTS: Median age was 11 (8-17) years. 65.9% (58/88) of PCG eyes showed VF defects. Diffuse defects were observed in 10/58 eyes (16.94%) (mean MD = 23.92 [SD: 2.52]) dB) and localized defects in 48/58 eyes (82.75%). The most frequent defect was spot-like/stroke-like/incipient paracentral scotoma (n = 15), nasal step (n = 8), adding arcuate defect (n = 2), half ring-shaped (n = 13) and concentric defect with a central island (n = 9). And the most frequent affected visual hemifield was inferior hemifield. Mean test duration was 2 min 12 s (SD: 21.6 s). MD and sLV values were correlated with best corrected visual acuity (BCVA), cup to disc ratio and number of antiglaucoma surgeries (all P < .001).
CONCLUSIONS: A high number of diffuse and localized defects were identified using Octopus perimetry in PCG patients. The most frequent defect was paracentral scotoma and inferior hemifield was the most affected.

OBJECTIVE: To evaluate the clinical and functional sequelae of patients with a diagnosis of resolved CSC, through macular OCT, contrast sensitivity test, visual field 10-2 and Farnsworth D-15 color test.
METHODS: 27 eyes of 26 individuals with CSC resolved by macular OCT were included and evaluated; the patients underwent a contrast sensitivity test with the Optec 6500 equipment, a 10-2 visual field with an Octopus 900 Haag-Streit, and a Farnsworth D-15 color test.
RESULTS: Sequelae were observed in 20 eyes (74.1%) by macular OCT and in 21 (77.8%) in contrast sensitivity, predominantly type 2 defect. Also 27 (100%) had a visual field 10-2 altered corresponding to reduced foveal sensitivity, 11 eyes (40.7%) corresponded to central and paracentral scotomas. The color test showed alteration in 11 (40.7%) of the total eyes evaluated, finding tritanomaly in 9 of them (81.8%). No significant differences were observed in the studies between observation group vs the treatment group.
CONCLUSIONS: CSC can leave sequelae in the visual quality of patients despite treatment in the acute phase. Visual acuity before and after treatment in the intervention group had no significant difference.