Value of three-dimensional optical coherence tomography and fundus photochromy in correlating the @entity941 leaking sites of XXXX .

@entity1 @entity697 @entity1713 @entity941 @entity989
OBJECTIVES: This study was designed to investigate the value of 3-D optical coherence tomography (3-D OCT) combined with fundus photochromy in the diagnosis of @entity697 (CSCR). SUBJECTS AND METHODS: 3-D OCT and fundus photochromy were performed on 30 @entity1 (36 eyes) with acute CSCR. @entity941 angiography (FA) was also performed to confirm the diagnosis and to obtain the @entity941 leakage sites. RESULTS: 22 eyes presented @entity1713 determined by 3-D OCT (28 leakage spots), 1 eye showed @entity989 ( @entity989 ) detachment (2 leakage spots), and 13 eyes showed both @entity989 (17 leakage spots). 3-D OCT showed significant changes in the @entity989 in 36 of 47 leakage spots (76.6%). Fundus photochromy showed white-gray changes in 22 of the 47 leakage spots (59.6%). 47 leakage spots were identified by FA in 36 eyes. The combination of 3-D OCT and fundus photochromy identified 42 of the 47 leakage spots (89.4%) spotted by FA. CONCLUSION: A combination of 3-D OCT and fundus photochromy offered a high identification rate of the leakage spots. The combination of the two noninvasive techniques may be used as an alternative diagnostic or evaluation tool for acute CSCR.
