ScholarWorks@Korea University: Song, Jong Suk

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Song, Jong Suk (송종석)

의과대학 (의학과)

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Tel 구3178
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Dry eye:8||dry eye:4||dry eye disease:4||Cataract surgery:4||MUC5AC:4||particulate matter:3||ocular surface damage:3||Meibomian gland dysfunction:3||obstructive meibomian gland dysfunction:3||Meibography:3||ACCOMMODATION:2||carbon black:2||intraocular pressure:2||TGFBI gene:2||Scanning electron microscope:2||Tinted contact lens:2||air pollution:2||Pseudoaccommodation:2||ocular surface:2||Cyclosporine A:2||Dry eye disease:2||Diquafosol:2||xenotransplantation:2||Warm compression:2||Bilateral cataract extraction:2||Posterior corneal astigmatism:2||Prevalence:2||FATIGUE:2||Survey:2||Corneal swelling:2||Dry eye syndrome:2||MUC1:2||Lactate dehydrogenase:2||Residency training:2||Astigmatism:2||dry eye syndrome:2||MUC16:2||Ocular surface disease index:2||Ocular surface inflammation:2||Meibomian gland:2||lacrimal gland:2||Optical coherence tomography:1||eye wash solution:1||Multifocal:1||rat:1||Institutional changes:1||Eyelid:1||corneal keratocyte:1||LYVE1:1||tear stimulation:1||keratoplasty:1||interferongamma (IFNgamma):1||Goblet cell:1||Rabbits:1||Anterior corneal astigmatism:1||meibum grade:1||Frisby Davis distance stereotest:1||Malingering:1||Selfinflicted disease:1||VISION:1||Vitrectomy:1||dopamine:1||Diagnosis:1||Obesity:1||Working status:1||Pterygium:1||corneal/conjunctival epithelial cells:1||Rat:1||Visual outcomes:1||musk:1||diquafosol tetrasodium:1||Air pollution:1||porcine cornea:1||punctal plugs:1||cyclosporine:1||granular corneal dystrophy type 2:1||stromal dystrophy:1||Medical:1||Intraocular lens power calculation:1||IL1 beta:1||TearLab (R):1||calculation:1||corneal power:1||chemotherapy:1||myeloid differentiation antigen Gr1:1||adoptive transfer:1||Effective lens position:1||titanium dioxide:1||Different types of cataract:1||Implantable contact lens:1||Ophthalmic solutions:1||toxic anterior segment syndrome:1||meibomian gland loss:1||Interpupillary distance:1||CATARACTSURGERY:1||STEREOSCOPIC TV:1||Anterior stromal puncture:1||SA60AT intraocular lens:1||MA60BM intraocular lens:1||avellino corneal dystrophy:1||Nanoemulsion:1||natural extract:1||Diagnosisrelated group:1||Againsttherule:1||Withtherule:1||hypoxiainducible factor1 alpha:1||tear proteome:1||Dust:1||Tear breakup time:1||Intralenticular foreign body:1||mucin secretagogue:1||tear drainage:1||Correlation:1||Refractory:1||Lymphatic vessel:1||Lymphangiogenesis:1||Animal:1||TiO2 nanoparticles:1||0.05% cyclosporine:1||lateral decubitus position:1||Corneal wetting property:1||Accommodation:1||consensus statement:1||DEFOCUS:1||NITM:1||Eye registration:1||Monofocal:1||Optical bench:1||Cyporin:1||Histology:1||Residual refractive error:1||MMP9:1||tear concentration:1||Cyclosporine:1||clinical trial:1||interleukin7:1||Refractive outcomes:1||NLRP3 inflammasome:1||meibomian gland:1||Classification:1||Corneal power:1||0.1% sodium hyaluronate:1||0.15% sodium hyaluronate:1||Punctal occlusion:1||prostaglandin E2 tumor necrosis factoralpha:1||pseudophakia:1||pseudophakic eye:1||ethics:1||xenocorneal transplantation:1||Contact lens intolerant:1||exotropia:1||Laser surface ablation:1||Asthenopia:1||Goldmann applanation tonometry:1||granular corneal dystrophy:1||Practice patterns:1||Anterior segment optical coherence tomography:1||Corneal epithelium:1||oxidative stress:1||silent information regulator 1:1||Intraocular lens:1||pointofcare test:1||death ligand:1||tumor necrosis factorrelated apoptosisinducing ligand:1||Eye:1||protocol:1||ocular surface inflammation:1||goblet cell:1||Particulate matter:1||Osmolarity:1||cataract:1||Immunohistochemistry:1||TNFrelated apoptosisinducing ligand (TRAIL):1||Incisioninduced astigmatism:1||Eye lid temperature:1||nanoparticle:1||Corneal staining:1||Internal spherical aberrations:1||ICL implantation:1||calcium hydroxyapatite crystals:1||secondary hyperparathyroidism:1||cornea:1||Keratoconjunctivitis:1||Alpins method:1||Dynamic contour tonometry:1||Intraocular pressure:1||Phacoemulsification:1||Phacovitrectomy:1||nonpenetrance:1||Refractive:1||dyslipidemia:1||middleaged Korean:1||Pseudophakia:1||Lid wiper epitheliopathy:1||intraocular lens:1||experimental dry eye rat model:1||Conjunctival goblet cell:1||Keratoconjunctivitis sicca:1||Toric intraocular lens:1||Lipiview:1||Internal optical aberrations:1||Total corneal astigmatism:1||endotoxininduced uveitis:1||Spatial epidemiology:1||Stereoacuity:1||guideline:1||DESTRUCTION:1||DISPLAY:1||IMAGES:1||Astigmatism correction:1||Iris posterior synechiae:1||Avellino corneal dystrophy (ACD):1||Korea:1||MGD:1||Alcohol habit:1||Kappa distance:1||InflammaDry:1||biomarker:1||Environment:1||Schirmer&apos:1||Endophthalmitis:1||clinical use:1||TGFbeta:1||Diopter intervals:1||VEGFR2:1||Nacetylcysteine:1||Artificial tears:1||posterior corneal radius:1||transient receptor potential melastatin8:1||SRK/T formula:1||central hole:1||dysphotopsia:1||posterior chamber phakic implantable collamer lenses:1||particulate matter exposure:1||posture:1||Cytotoxicity:1||Endothelium:1||Air pollutants:1||Meteorological factors:1||Antiinflammatory agents:1||Practice pattern:1||3dimensional stereotest:1||regulation:1||BENZALKONIUM CHLORIDE:1||VISUAL COMFORT:1||Young adult:1||Keratoconus:1||strabismus surgery:1||Ocular fatigue:1||Corneal edema:1||dopamine receptor:1||Refraction:1||reactive oxygen species:1||SRT1720:1||bee venom:1||deer antler:1||Selectivemedical expense:1||cyclosporine A:1||Health:1||s test:1||corneal xenotransplantation:1||diquafosol:1||meibography:1||Menthol:1||Intraocular lens power:1||lacrimal drainage obstruction:1||0.3% sodium hyaluronate:1||Diquafosol tetrasodium:1||Cataract:1||phacoemulsification:1||Sjogren syndrome:1||Autorefractometer:1||Endothelial cell loss:1||OUTBREAK:1||Keratoconus nodules:1||Granular dystrophy type II:1||Asia dry eye society:1||Eyhance:1||

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