1. Optical coherence tomographic findings in optic nerve hypoplasia
- Author
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Daruchi Moon and Tae Kwann Park
- Subjects
validity ,Coat′s like response ,Visual acuity ,canalicular laceration repair ,genetic structures ,Visual Acuity ,Nerve fiber layer ,Optic disk ,standard automated perimetry ,monocanalicular stent ,scleritis ,Central corneal thickness ,chemistry.chemical_compound ,pigmented paravenous chorioretinal atrophy ,lcsh:Ophthalmology ,Diabetic retinopathy ,Optic Nerve Diseases ,outer retinal layer thickness ,Infectious scleritis ,oculosporidiosis ,optic nerve hypoplasia ,Optic nerve hypoplasia ,ocular infection ,medicine.diagnostic_test ,microbial scleritis ,visual functions ,Anatomy ,logMAR ,spectral domain optical coherence tomography ,medicine.anatomical_structure ,Female ,Posterior open globe injuries ,visual outcome ,medicine.symptom ,Glaucoma severity ,Tomography, Optical Coherence ,Optic disc ,down syndrome ,retinal nerve fiber layer thickness ,congenital lax upper eyelid syndrome ,nerve fiber layer ,Optic Disk ,oligodendrocytes ,retinal nerve fi ber layer ,Brief Communication ,Multiple sclerosis ,Diagnosis, Differential ,juvenile-onset primary open angle glaucoma ,Optical coherence tomography ,Frequency doubling technology perimetry ,renal transplant ,medicine ,Humans ,repeatability ,Congenital ectropion ,pediatric visual field testing ,Rhinosporidium ,Aged ,optic neuritis ,optical coherence tomography ,Retinochoroiditis radiata ,electron microscopy ,business.industry ,Inner retinal layer thickness ,Axon diameter ,zone III open globe injuries ,Retinal ,visual field defects ,Unilateral Optic Nerve Hypoplasia ,congenital floppy eyelid syndrome ,medicine.disease ,eye diseases ,Ophthalmology ,glaucoma ,chemistry ,Dacryocystectomy ,lcsh:RE1-994 ,20G Silicone rod ,congenital eyelid imbrication syndrome ,pachymetry ,posterior to rectus insertion ,Gujarati ,pathology ,sense organs ,business ,juvenile glaucoma ,Biomedical engineering - Abstract
We investigated a case of unilateral optic nerve hypoplasia using spectral domain optical coherence tomography (SDOCT). Optical coherence tomography was done on both eyes using 5-line Raster scan for the fovea to analyze the retinal nerve fiber layer thickness, inner retinal layer thickness, outer retinal layer thickness, and optic disc cube scan for the disc. Retinal nerve fiber layer thickness, inner retinal layer thickness, and outer retinal layer thickness were manually measured at 21-points of each five lines, and results were compared between both eyes. Retinal nerve fiber layer thickness and inner retinal layer thickness of optic nerve hypoplasia were significantly thinner than the opposite eye, but there was no significant difference in the thickness of the outer retinal layer between both eyes.
- Published
- 2013
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