Table 1.
Comparison of eyes with CRVO and BRVO.
Table 2.
Comparison of eyes with non-ischemic and ischemic RVO.
Table 3.
Aqueous humor levels of cytokines (Log concentration pg/ml) in eyes with CRVO and BRVO.
Table 4.
Aqueous humor levels of cytokines (Log concentration pg/ml) in eyes with ischemic and non-ischemic RVO.
Figure 1.
Scatterplot showing the association between the inner central macular thickness and the aqueous bFGF after the decadic logarithm transformation in in patients with macular edema resulting from BRVO, with a statistically significant correlation between the parameters(r = .688; P = .02).
Figure 2.
Scatterplot showing the association between the full central macular thickness and the aqueous SAA after the decadic logarithm transformation in in patients with macular edema resulting from ischemic RVO, with a statistically significant correlation between the parameters(r = .545; P = .04).
Figure 3.
Scatterplot showing the association between the outer cental macular thickness and the aqueous SAA after the decadic logarithm transformation in in patients with macular edema resulting from ischemic RVO, with a statistically significant correlation between the parameters(r = .683; P = .01).
Figure 4.
Scatterplot showing the association between the inner cental macular thickness and the aqueous IL-6 after the decadic logarithm transformation in in patients with macular edema resulting from non-ischemic RVO, with a statistically significant correlation between the parameters(r = .560; P = .03).
Table 5.
P values of each Pearson correlation test between level of cytokines and OCT parameters in CRVO and BRVO groups.
Table 6.
P values of each Pearson correlation test between level of cytokines and OCT parameters in ischemic and non-ischemic RVO.
Table 7.
Changes in Central Macular Thickness of CRVO and BRVO.
Table 8.
Changes in Central Macular Thickness of ischemic and non-ischemic RVO.