Objective To detect the changes of function of blood-aqueous barrier in different Syndrome stages of patients with Vogt-Koyanagi-Harada (VKH) syndrome in order to provide the appropriate therapy. Methods According to clinical manifestation, 77 patients (144 eyes) with VKH syndrome were divided into 4 groups: 10 cases in posterior uvietis stage group (20 eyes), 27 in anterior uveal involvement stage group (50 eyes), 23 in recurrent anterior uvitis stage group (41 eyes), and 17 in convalescent stage group (33 eyes). The other 50 cases (100 eyes) were in the control group. Flare and cells of anterior chamber in patient with VKH Syndrome at different stages were graded and measured by laser flare and cell meter (LFCM) and slitlamp microscope. Results According to the results of slitlamp biomicroscopy, anterior chamber flare and cells were at the 0 grade in the patients at posterior uvietis stage (20 eyes). The results of LFCM examination revealed that the flare value and cells were (9.7±3.4) pc/ms and (0.9±0.6)/0.5 mm3 in posterior uvietis stage group, and (5.3±2.3) pc/ms and (0.8±0.6)/0.5 mm3 in the control group. The differences between the two groups were significant (P lt;0.001) and insignificant (P=0.899), respectively. In anterior uveal involvement stage group, the cells in anterior chamber was at grade 1+ in 25 eyes, 2+ in 19, and 3+ in 6, respectively, while the flare was at grade 1+in 27 eyes and 2+ in 23; the number of cells in anterior chamber was (13.7±6.5)/0.5 mm3，(40.8±17.6)/0.5 mm3, and (75.7±25.5)/ 0.5 mm3 respectively, and the value of flare was (31.4±12.8) pc/ms and (133.4±59.5) pc/ms. In recurrent anterior uvitis stage group, the cells in anterior chamber was at grade 1+ in 19 eyes, 2+ in 15, and 3+ in 7, respectively, while the flare was at grade 1+ in 24 eyes and 2+ in 17; the number of cells in anterior chamber was (11.2±5.4)/0.5 mm3，(29.6±14.4 )/0.5 mm3,and (69.3±22.2)/0.5 mm3, respectively, and the value of flare was (34.94±14.3) pc/ms and (150.9±83.3) pc/ms. The flare and cells in anterior chamber both in anterior uveal involvement stage and recurrent anterior uvitis stage group were higher than that in the control group (P lt;0.001). In convalescent stage group, the cells was at grade 0 in 33 eyes and the flare was at grade 0 in 15 eyes and 1+ in 18; while the number of cells was (1.0±0.7)/0.5 mm3 which was insignificantly differed from that in the control group (P=0.310), and the value of flare was (9.5±4.8) pc/ms and (30.0±12.3) pc/ms which were both higher than that in the control group (P lt;0.001). Conclusions The breakdown of blood-aqueous barrier with different degrees occurs at each stage in VKH syndrome, whereas inflammatory cells appearing in anterior chamber are only noted at some certain stages. This is very significant to offer directional and effective treatment to the patients with VKH syndrome. (Chin J Ocul Fundus Dis, 2005, 21: 363-366)

Citation： CHEN Lina,CAO Shujie,YANG Peizeng,et al. Dynamic observation of function of blood-aqueous barrier in Vogt-Koyanagi-Harada syndrome. Chinese Journal of Ocular Fundus Diseases, 2005, 21(6): 363-366. doi: Copy