ScholarWorks@Korea University College of Medicine: Oh, Jae Ryung

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Oh, Jae Ryung (오재령)

Anam Hospital (Department of Ophthalmology, Anam Hospital)

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optical coherence tomography:19||Agerelated macular degeneration:9||Optical coherence tomography:9||Optical coherence tomography angiography:8||choroidal thickness:7||central serous chorioretinopathy:6||optical coherence tomography angiography:6||Diabetic retinopathy:5||Choriocapillaris:5||Choroidal thickness:5||Peripapillary choroidal thickness:5||agerelated macular degeneration:5||Choroid:4||Central serous chorioretinopathy:4||Macular hole:4||Sleep:4||Polypoidal choroidal vasculopathy:4||macular hole:4||choroid:3||Vascular endothelial growth factor:3||Fatigue:3||Photodynamic therapy:3||Diabetic macular edema:3||Asthenopia:3||photoreceptor:3||Bevacizumab:3||Vitrectomy:3||Retina:3||child:2||choriocapillaris:2||epiretinal membrane:2||vitrectomy:2||Visual Outcomes:2||Spectral domain optical coherence tomography:2||Vascular density:2||Diurnal variation:2||Intravitreal Injections:2||Drusen:2||Dry Eye Syndrome:2||AntiVEGF:2||Visual Acuity:2||Clinical Practice Patterns:2||neovascular agerelated macular degeneration:2||triamcinolone:2||Ocular fatigue:2||polypoidal choroidal vasculopathy:2||VogtKoyanagiHarada disease:2||CMT:2||Lighting:2||Eye:2||BCVA:2||Imaging:2||Cataract surgery:2||hyperreflective foci:2||ocular perfusion pressure:2||Ranibizumab:2||peripapillary choroidal thickness:2||Laser Therapy:2||Glycosylated hemoglobin:1||Half fluence photodynamic therapy:1||Human induced pluripotent stem cells:1||Hyperreflective foci:1||Hyperreflective layer of the inner choroid:1||ILM peeling:1||Indocyanine green:1||Indocyanine green angiography:1||Interferoninduced protein10:1||Interleukin6:1||Interleukin8:1||Internal limiting membrane peeling:1||Interpupillary distance:1||Intravitreal injection:1||Iris posterior synechiae:1||Japan:1||Key Words: Idiopathic juxtafoveal retinal telangiectasia:1||Klebsiella pneumoniae:1||Korea:1||Lamellar macular hole:1||Laser treatment:1||Light at night:1||MA60BM intraocular lens:1||MULTIFOCAL ELECTRORETINOGRAPHY:1||Macula:1||Macular degeneration:1||Macular degeneration, agerelated:1||Macular hemorrhage:1||Macular telangiectasia:1||Macular telangiectasia type 2:1||Macular thickness:1||Medicinal plants:1||Microperimetry:1||Monocyte chemoattractant protein1:1||NmethylNnitrosourea:1||NITM:1||Nonretinal lesion:1||Nonsmallcell lung cancer:1||OCT:1||OPTICAL COHERENCE TOMOGRAPHY:1||Occult choroidal neovascularization:1||Optical coherence tomography.:1||Optically deviated focusing:1||Optomap:1||PDT:1||PHOTODYNAMIC THERAPY:1||Pachychoroid:1||Pachydrusen:1||Paraneoplastic syndrome:1||Peripapillary atrophy:1||Peripapillary choriocapillaris:1||Phacoemulsification:1||Phacovitrectomy:1||Photodynamic therapy (PDT):1||Photoreceptor:1||Pigment epitheliumderived factor:1||Posterior placoid chorioretinitis:1||Posterior synechia of the iris:1||Posterior vitreous detachment (PVD):1||Preferences and trends survey:1||Preservative:1||Pseudallescheria boydii:1||Pseudodrusen:1||RESOLUTION:1||RETINALPIGMENT EPITHELIUM:1||RPE:1||Reduced fluence photodynamic therapy:1||Reticular pseudodrusen:1||Retinal atrophy:1||Retinal break:1||Retinal hemorrhage, risk factors:1||Retinal imaging:1||Retinal layer thickness:1||Retinal macrovessel:1||Retinal nerve fiber layer:1||Retinal photoreceptor:1||Retinal progenitor cell:1||Retinal vein occlusion:1||Retinal vessels:1||Roth's spot:1||SA60AT intraocular lens:1||SDOCT:1||Scanning laser ophthalmoscope:1||Silicone oil tamponade:1||Small cell lung cancer:1||Snoring:1||Spherical neural mass:1||Stereoacuity:1||Steroid:1||Subconjunctival hemorrhage:1||Subfoveal choroidal thickness:1||Subthreshold micropulse laser:1||Superficial capillary plexus:1||Sweptsource optical coherence tomography:1||Syphilis:1||Threedimensional (3D) image:1||Triamcinolone:1||Ultrawidefield green (532 nm) and red (633 nm) reflectance imaging:1||Verteporfin:1||Visual Evoked Potential:1||Vitrectomized eye:1||VogtKoyanagiHarada syndrome:1||White dot syndrome:1||agerelated maculopathy:1||anophthalmos:1||anterior chamber depth:1||autofluorescence:1||axial length:1||biomedical imaging:1||biomedical monitoring:1||biosimilar CKD701:1||blood constituents:1||branch retinal vein occlusion:1||branch retinal vein occlusion, diurnal variation:1||cataract:1||chopstick:1||choroidal neovascularization:1||choroidal profile:1||choroidal stroma:1||choroidal thickness profile:1||choroidal vascularity:1||choroidal vascularity index:1||choroidal vasculature:1||choroidal vessels:1||chronic:1||clinicoradiologic findings:1||commotio retinae:1||complication:1||computed tomography:1||cystoid macular edema:1||cystoid space:1||density measurement:1||dimple:1||dissociation of optic nerve fiber layers:1||drusen:1||early agerelated macular degeneration:1||en face images:1||endogenous endophthalmitis:1||external limiting membrane:1||fibroblast:1||fixation:1||fleck retina:1||fleck retinal disorders:1||flow voids:1||fluorescein angiography:1||focal electroretinography:1||frosted branch angiitis:1||ganglion cellinner plexiform layer thickness:1||glaucoma:1||hemodynamic risk factors:1||hypoxiainducible factor1 alpha:1||infectious endophthalmitis:1||internal limiting membrane:1||intracranial injury:1||intraocular lens:1||intraretinal cystoid spaces:1||intraretinal fluid eruption:1||intravitreal tamponade:1||lacrimal gland agenesis:1||lamellar macular hole:1||leakage:1||liver abscess:1||long lasting:1||machine learning:1||macular fluorescein leakage:1||macular function:1||macular infarction:1||macular neovascularization:1||macular telangiectasia:1||medical diagnosis:1||melanin:1||mitomycin C:1||multicentre study:1||multifocal electroretinography:1||myopia:1||normal eye:1||ocular prosthesis:1||optic nerve head:1||optical biometry:1||optical imaging:1||outer retinal degeneration:1||pachychoroid neovasculopathy:1||pachychoroidal spectrum disease:1||pachydrusen:1||patient satisfaction:1||periocular abscess:1||peripapillary retinal nerve fiber layer:1||phacoemulsification:1||pigment epitheliopathy:1||pigmentation:1||posterior subtenon injection:1||posterior vitreous detachment:1||primary idiopathic epiretinal membrane:1||primate model:1||profile:1||pseudodrusen:1||punctal plug:1||ranibizumab:1||recurrence:1||regional choroidal differences:1||regression analysis:1||retinal break:1||retinal disease:1||retinal nerve fiber layer:1||retinal pigment epithelial cell:1||retinal pigment epithelium:1||retinal tear:1||retinal vasculature:1||silicone oil removal:1||single element stimulation:1||spectral domain optical coherence tomography:1||stray light effect:1||subfoveal choroidal thickness:1||subretinal drusenoid deposit:1||subretinal drusenoid deposits:1||subretinal fluid:1||sunset glow fundus:1||sweptsource optical coherence tomography(SSOCT):1||symptomatic branch retinal vein occlusion, incidence:1||threedimensional configuration:1||topography:1||toxoplasmosis:1||transient hypotony:1||transorbital:1||trauma:1||triamcinolone acetonide:1||trunk:1||ultra widefield fundus photography:1||vascular endothelial growth factor:1||.:1||vitreous hyperreflective dots:1||1:1||3dimensional stereotest:1||ACCOMMODATION:1||ATROPHY:1||Abak:1||Advanced gastric cancer:1||Aflibercept:1||Agerelated macular degeneration (AMD):1||Alcohol:1||Angiogenesis:1||Antivascular endothelial growth factor:1||Arteriolar narrowing:1||Artificial neural networks:1||Biological cells:1||Branch retinal vein occlusion (BRVO):1||Bruch membrane:1||Cancerassociated retinopathy:1||Cerebral malaria:1||Chemical hypoxia:1||Children:1||Chorioretinitis:1||Choroidal metastasis:1||Choroidal neovascular membrane:1||Choroidal neovascularization:1||Choroidal neovascularization (CNV):1||Choroidal vascularity:1||Chronic CSC:1||Chronic central serous chorioretinopathy:1||Classification and Regression Tree:1||Clinical trial:1||Contamination:1||Cystoid macular edema:1||DEFOCUS:1||DENSITY:1||Deep capillary plexus:1||Delayed sealing:1||Dry eye:1||ERG:1||Early agerelated macular degeneration:1||Electroretinography:1||Endogenous candidal endophthalmitis:1||Epiretinal membrane:1||Erlotinib:1||External limiting membrane:1||Eyedrop:1||FATIGUE:1||FUNDUS AUTOFLUORESCENCE:1||Filter:1||Flame burn injury:1||Flow voids:1||Frisby Davis distance stereotest:1||Fullthickness macular hole:1||Fundus fluorescein angiography:1||Fundus tessellation:1||Ginkgo biloba extract:1||Glial proliferation:1||Gliosis:1||

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