Akademik Veri Yönetim Sistemi
BRITISH JOURNAL OF OPHTHALMOLOGY, cilt.108, ss.530-535, 2024 (SCI-Expanded)
BackgroundTo establish topographic maps and determine fundus distribution patterns of ocular toxoplasmosis (OT) lesions. MethodsIn this retrospective study, patients who presented with OT to ophthalmology clinics from four countries (Argentina, Turkey, UK, USA) were included. Size, shape and location of primary (1 degrees)/recurrent (2 degrees) and active/inactive lesions were converted into a two-dimensional retinal chart by a retinal drawing software. A final contour map of the merged image charts was then created using a custom Matlab programme. Descriptive analyses were performed. Results984 lesions in 514 eyes of 464 subjects (53% women) were included. Mean area of all 1 degrees and 2 degrees lesions was 5.96 +/- 12.26 and 5.21 +/- 12.77 mm(2), respectively. For the subset group lesions (eyes with both 1 degrees and 2 degrees lesions), 1 degrees lesions were significantly larger than 2 degrees lesions (5.52 +/- 6.04 mm(2) vs 4.09 +/- 8.90 mm(2), p=0.038). Mean distances from foveola to 1 degrees and 2 degrees lesion centres were 6336 +/- 4267 and 5763 +/- 3491 mu m, respectively. The majority of lesions were found in temporal quadrant (p<0.001). Maximum overlap of all lesions was at 278 mu m inferotemporal to foveola. ConclusionThe 1 degrees lesions were larger than 2 degrees lesions. The 2 degrees lesions were not significantly closer to fovea than 1 degrees lesions. Temporal quadrant and macular region were found to be densely affected underlining the vision threatening nature of the disease.