PURPOSE: To present the cross-sectional retinal imaging results of optical
coherence tomography in eyes with successfully repaired idiopathic macular
hole and their relevance to visual recovery,
METHODS: We studied 33 eyes with successful repair of an idiopathic macular
hole through vitrectomy and fluid-gas exchange from 32 patients (11 men an
d 21 women) with ages ranging from 48 to 78 years, with a median age of 66
years, Preoperative conditions in eyes with primary surgery disclosed nine
eyes with stage 2, 14 eyes with stage 3, and four eyes with stage 4 macular
hole, An additional six eyes underwent a second surgery because the previo
us surgery was unsuccessful, Measurement of best-corrected visual acuity, s
lit-lamp biomicroscopy with fundus contact lens, fundus photographs, and op
tical coherence tomographic examination were performed between 6 and 9 mont
hs after surgery in 29 eyes and between 15 and 36 months after surgery in f
our eyes.
RESULTS: Optical coherence tomographic images of the repaired macular holes
were categorized into three patterns, U-type (normal foveal contour; 13 ey
es) showed mildly to moderately backscattering layers with a smooth circula
r surface covering retinal pigment epithelium and choriocapillaris layers,
In eyes with V-type (steep foveal contour; 13 eyes), the retinal pigment ep
ithelium and choriocapillaris layers were covered with moderately backscatt
ering layers with a notch, W-type (foveal desfect of neurosensory retina; s
even eyes) showed abruptly or gradually terminating sensory retinal layers
to expose the surface of the retinal pigment epithelium and choriocapillari
s layers, Postoperative acuity was well correlated with these patterns of o
ptical coherence tomographic images,
CONCLUSION: Assessment of successfully repaired idiopathic macular holes wi
th optical coherence tomographic images provides a useful correlation with
postoperative visual recovery, (C) 1999 by Elsevier Science Inc, All rights
reserved.