case_images: PMC8077453_01
case_images: OCT images of the left eye. a On presentation, a FTMH with epiretinal proliferation at its edges seen as a homogeneous, isoreflective layer covered by a thin hyper-reflective line contiguous with inner retina (arrows). b At one-month post-surgery, the macular hole is closed; a small ORD is seen. c At 2-month post-surgery, the ORD has resolved. FTMH, full-thickness macular hole; OCT, optical coherence tomography; ORD, outer retinal defect.
case_images: cop-0012-0134-g01.jpg
case_images: PMC8077453_02_cop-0012-0134-g01.jpg
case_images: F1
case_images: There was a small outer retinal defect (ORD) in the initial postoperative period which resolved spontaneously on follow-up (Fig. 1b, c).
case_images: OCT images of the right eye. a, b On presentation, shows a typical LMH with irregular foveal contour with thinning, foveal cavity, epiretinal proliferation, and disruption of ellipsoidal layer and external limiting membrane. Epiretinal proliferation is seen as a thick homogeneous, isoreflective layer covered by a thin hyper-reflective line at the edges of the hole contiguous with inner retina (arrows). The detached posterior hyaloid is also seen. c On occurrence of FTMH, epiretinal proliferation at the hole edges (arrows) appears contiguous with the inner retina (arrows). d At one-month post-surgery, the macular hole is closed; an ORD is seen. LMH, lamellar macular hole; FTMH, full-thickness macular hole; OCT, optical coherence tomography; ORD, outer retinal defect.
case_images: cop-0012-0134-g02.jpg
case_images: PMC8077453_02_cop-0012-0134-g02.jpg
case_images: F2
case_images: ERM was also seen a bit centrifugally (Fig. 2c). An ORD and subretinal fluid subfoveally was seen in/during the initial postoperative period, but vision had improved to 20/32 (Fig. 2d).
case_images: PMC8077453_02
case_images: OCT images of the left eye. a On presentation, a FTMH with epiretinal proliferation at its edges seen as a homogeneous, isoreflective layer covered by a thin hyper-reflective line contiguous with inner retina (arrows). b At one-month post-surgery, the macular hole is closed; a small ORD is seen. c At 2-month post-surgery, the ORD has resolved. FTMH, full-thickness macular hole; OCT, optical coherence tomography; ORD, outer retinal defect.
case_images: cop-0012-0134-g01.jpg
case_images: PMC8077453_02_cop-0012-0134-g01.jpg
case_images: F1
case_images: There was a small outer retinal defect (ORD) in the initial postoperative period which resolved spontaneously on follow-up (Fig. 1b, c).
case_images: OCT images of the right eye. a, b On presentation, shows a typical LMH with irregular foveal contour with thinning, foveal cavity, epiretinal proliferation, and disruption of ellipsoidal layer and external limiting membrane. Epiretinal proliferation is seen as a thick homogeneous, isoreflective layer covered by a thin hyper-reflective line at the edges of the hole contiguous with inner retina (arrows). The detached posterior hyaloid is also seen. c On occurrence of FTMH, epiretinal proliferation at the hole edges (arrows) appears contiguous with the inner retina (arrows). d At one-month post-surgery, the macular hole is closed; an ORD is seen. LMH, lamellar macular hole; FTMH, full-thickness macular hole; OCT, optical coherence tomography; ORD, outer retinal defect.
case_images: cop-0012-0134-g02.jpg
case_images: PMC8077453_02_cop-0012-0134-g02.jpg
case_images: F2
case_images: ERM was also seen a bit centrifugally (Fig. 2c). An ORD and subretinal fluid subfoveally was seen in/during the initial postoperative period, but vision had improved to 20/32 (Fig. 2d).