ScholarWorks@Korea University: Choi, June

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Choi, June (최준)

Graduate School (Department of Biomedical Sciences)

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Tel 031-412-5170
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Zebrafish:14||Ototoxicity:10||ototoxicity:9||zebrafish:8||Hair cell:7||hair cell:6||Cisplatin:6||Tinnitus:5||cisplatin:5||Reactive oxygen species:4||Neomycin:4||Apoptosis:4||Otitis Media:3||hearing:3||chronic otitis media:3||Embryotoxicity:3||Impedance:3||Cochlear implant:3||Cochlea:3||Steroids:2||tinnitus:2||Teratogenicity:2||Meniere's disease:2||Edaravone:2||Toxicity:2||toxicity:2||Cholesteatoma:2||Mouse:2||hearing recovery:2||metformin:2||Korea:2||Pure tone audiometry:2||tympanic membrane:2||prognosis:2||machine learning:2||Hearing loss:2||hearing loss:2||Vertigo:2||treatment:2||Questionnaire:2||Salicylate:2||Prognosis:2||Recurrence:2||Electronic cigarettes:1||Hearing Loss:1||Sudden:1||Risk Assessment:1||Temporomandibular joint herniation:1||recurrence:1||sudden sensorineural hearing loss:1||Otitis media:1||Dizziness:1||Acute lowtone sensorineural hearing loss:1||scaffold:1||Rasrelated C3 botulinum toxin substrate 1 protein (RAC1 protein):1||Insulinlike growth factor:1||Reactive Oxygen Species:1||titanium:1||Incus:1||artificial neural network:1||Total ossicular prosthesis replacement:1||Y27632:1||telmisartan:1||HHIE:1||Generative adversarial network:1||Otolaryngology:1||Sudden sensorineural hearing loss:1||Vestibularevoked myogenic potentials:1||Biomarkers:1||Caffeine:1||Acute lowtone hearing loss:1||Scanning electron microscopy:1||Extracellular polymeric substance:1||systemic steroid:1||Adolescent:1||Hearing preservation:1||sound therapy:1||Ear canal:1||Bacteriology:1||Sudden Hearing Loss:1||Sound frequency:1||Chronic otitis media:1||singlestage:1||Fura2:1||Aminoglycoside:1||Diseases:1||Medical diagnostic imaging:1||Convolutional neural network:1||Ossiculoplasty:1||Stapes bypass:1||prediction:1||Rheotaxis:1||Hair cells:1||bulbospinal atrophy:1||hearing prediction:1||hearing level:1||Tympanic membrane endoscopic:1||graphene:1||frequency response:1||()butaclamol:1||Congenital cholesteatoma:1||antifog:1||invasion:1||gadolinium:1||Microbiology:1||LPS:1||Magnetic resonance imaging:1||electrocochleography:1||cell culture:1||calcium imaging:1||Autotoxicity:1||Inner hair cell:1||Antioxidant:1||CNS:1||nfsB:1||Acetic acid:1||polycel:1||Silicone:1||Complication:1||Gentamicins:1||Solid modeling:1||Automated platform:1||Artificial intelligence:1||embryonic development:1||stage:1||Ethanol:1||Retinoic acid:1||Residual hearing:1||dizziness:1||Eggshell membrane patch:1||Combination:1||Silver nanoparticles:1||Ecabet sodium:1||Cell culture:1||Classification:1||Vestibuloocular reflex:1||Head impulse test:1||Gentamicin:1||Otogenic brain abscess:1||Transmastoid approach:1||Epithelial cells:1||HEIOC1 cells:1||ginseng:1||Otohematoma:1||Hearing:1||Prediction:1||ossiculoplasty:1||common data model:1||VAE:1||Behavior:1||Lateral line:1||Protective effect:1||Image segmentation:1||Computational modeling:1||artificial intelligence:1||Aquatic trajectory analysis:1||computer aided diagnosis:1||audiologic result:1||Xlinked:1||auditory brainstem response:1||size:1||Particulate matter:1||Foramen of Huschke:1||steroid:1||thyroid cancer:1||inner ear:1||Nicotine:1||Tobacco:1||surgical resection:1||SevenItem Eustachian Tube Dysfunction Questionnaire:1||Thyroid cancer:1||Questionnaires:1||aminoglycoside:1||Outer hair cell:1||Egg shell membrane:1||repair:1||oligodendrocyte:1||Treatment.:1||Chronic suppurative otitis media:1||Nasopharynx:1||Machine Learning:1||healthcare:1||otoscope images:1||Tympanostomy Tube:1||Muscle:1||In vitro:1||In vivo:1||Artificial neural networks:1||Surgical outcome:1||Eustachian tube:1||patientspecific hearing impairment:1||angiotensin II receptor blocker:1||bone conduction hearing aid:1||in vitro:1||Treatment Outcome:1||dose:1||Anoctamin:1||migration:1||Endoscopy:1||Dynamic Slow Motion Video Endoscopy:1||Glycoprotein:1||Invasion:1||Tympanic membrane perforation:1||Metformin:1||Diuretic:1||Seborrheic keratoses:1||Resveratrol:1||behavior:1||patch:1||intratympanic dexamethasone:1||Cochlear implantation:1||Speech perception:1||ocean sound:1||relaxation:1||Klotho Protein:1||Noise:1||Otosclerosis:1||Esomeprazole:1||Computer aided analysis:1||Audiologic result:1||Drug screening:1||deep learning:1||ROCK inhibitor:1||idiopathic sudden sensorineural hearing loss:1||loudspeaker:1||Vestibular dysfunction:1||Caloric test:1||Folic acid:1||Hair Cells:1||labyrinthine fistula:1||cholesteatoma:1||Eustachian Tube:1||Trauma:1||protection:1||Human middle ear epitheilial cells:1||steroids:1||Biofilm:1||Quercetin:1||Cerebellum:1||NecroX5:1||Assessment:1||demyelination:1||apocynin:1||Sex:1||anomaly detection:1||Titanium:1||Calcium:1||Convolutional neural networks:1||segmentation:1||otitis media:1||biomedical imaging:1||classification algorithms:1||behavior change:1||canalwalldown mastoidectomy:1||SHapley Additive exPlanations value:1||PPAR gamma agonist:1||gentamicin:1||Acute otitis media:1||Prevalence:1||Acute facial palsy:1||Middle Ear Ventilation:1||Melatonin:1||Pathologic nystagmus:1||diuretics:1||Steroid:1||Methicillinresistant Staphylococcus aureus:1||Ear:1||vestibule of ear:1||Caffeic acid phenethyl ester:1||Piper longum:1||Trimetazidine:1||Auditory brainstem response:1||Methylprednisolone:1||Auditory Hair Cell:1||diabetes mellitus:1||computeraided diagnosis:1||tympanomastoidectomy:1||convolutional neural networks:1||electronic medical records:1||hypertension:1||Anomaly detection:1||in vivo:1||

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