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. 2022 Jun 21;22:272. doi: 10.1186/s12886-022-02487-8

Table 1.

Demographic and clinical characteristics of all patients at baseline 

Patient, n Sex Age BCVA Snellen /LogMAR CMT (µm) SFCTa (µm) Sub-PPE choroidal thicknessb (µm) PPE widthc (µm) PPE heightd (µm) Follow-up time (months) Time to PCV (months) Disruption of EZ CVH Co-existing medical conditions
1 M 64 0.80/0.10 223 230 309 382 42 153 81 No No HTN
2 F 59 1.00/0.00 213 372 270 1560 44 62 48 No Yes OA
3 M 74 0.40/0.40 207 380 251 888 36 83 37 No Yes DM
4 F 55 1.00/0.00 232 478 507 362 65 31 18 Yes Yes DM, HTN
5 F 51 0.63/0.20 223 446 307 1763 43 86 84 Yes Yes HTN
6 M 64 1.00/0.00 222 237 358 1950 87 77 48 Yes No None
7 M 72 0.63/0.20 203 341 324 2380 94 33 31 No Yes None

BCVA Best corrected visual acuity, LogMAR Logarithm of the minimum angle of resolution, CMT Central macular thickness, SFCT Subfoveal choroidal thickness, PPE Pachychoroid pigment epitheliopathy, PED Pigment epithelium detachment, PCV Polypoidal choroidal vasculopathy, EZ Ellipsoid zone, CVH choroidal vascular hyperpermeability, HTN Hypertension, OA Osteoarthritis, DM Diabetes mellitus

aChoroidal thickness was measured from the outer portion of the hyperreflective line indicating RPE to the inner surface of sclera on OCT. SFCT was measured at the center of the macula

bSub-PPE choroidal thickness was measured at the center of the PPE lesion on OCT

cPPE width was measured from the outer portions of the widest points of the PPE lesions on OCT. If there was no normal appearing RPE between closely located PPE lesions, these lesions were counted as a single lesion

dPPE height was measured from the highest point of PPE lesions to Bruch’s membrane