ScholarWorks@Korea University College of Medicine: Song, Jae Jun

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Song, Jae Jun (송재준)

Guro Hospital (Department of Otorhinolaryngology-Head and Neck Surgery, Guro Hospital)

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Streptococcus pneumoniae:5||Otitis media:5||taVNS:4||Tinnitus:4||macrophage polarization:4||hearing loss:4||Otitis Media:4||stem cell differentiation:4||otitis media:4||Tinnitus.:3||Human middle ear epithelial cells:3||Hearing loss:3||macrophage adhesion:3||tinnitus:3||MUC5AC:3||Dizziness:3||colonization:2||mesenchymal stem cells:2||metaanalysis:2||Presbycusis:2||MUC5B:2||Prevalence:2||systematic review:2||Acute otitis media:2||Osteogenesis:2||transcutaneous auricular vagus nerve stimulation:2||antibiofilm:2||osteogenesis:2||Cyclooxygenase 2:2||otology:2||Children:2||heart rate variability:2||Ototoxicity:2||human trophoblasts:2||Metformin:2||prevalence:2||biofilm:2||biofilms:2||Delphi Study:2||cell adhesion:2||Depression:2||Adolescent:2||chemokines:2||Age:2||Asian Sand Dust:2||Vagus nerve stimulation:2||Eccentricity index:1||Education:1||Electrical field stimulation:1||Electronic cigarette:1||Endoscopy:1||Entrelated potential:1||Eosinophils:1||Epidemiology:1||Epithelial sodium channel (ENaC):1||Eustachian Tube:1||Exosome:1||Explant culture:1||External auditory canal:1||Extracellular vesicles:1||Extramedullary myeloid cell tumor:1||Femtosecond laser:1||GPT2:1||Gammaray:1||Gene expression profile:1||Gentamicin:1||Gentamicins:1||Go/NoGo:1||Google:1||Gouty arthritis:1||Granulomatosis with polyangiitis:1||Growth factors:1||Guideline:1||Haemophilus Influenzae:1||Haemophilus influenzae:1||Haller index:1||Healthy subjects:1||Hearing:1||Hearing aids:1||Hearing loss, noiseinduced:1||Heavy metals:1||Human chorion membrane extracts:1||Human infections:1||Human middle ear epitheilial cells:1||Human myogenic precursor cell:1||Human primary nasal epithelial cell:1||Incidence:1||Incus vibroplasty:1||Inflammatory biomarkers:1||Inhalable particulate matter:1||Innate immunity:1||Interaction:1||Interleukin17:1||Interleukin22:1||Interleukins:1||Intracortical facilitation:1||LPS:1||Labyrinth vestibule:1||Low frequency:1||LuxS/AI2:1||Mean shape:1||Meniere's disease:1||Mesenchymal stem cells:1||Metaanalysis:1||Microarray Analysis:1||Molecular signaling network:1||Monosodium urate:1||Mucosal immunity:1||NGF:1||NecroX5:1||Neomycin:1||Neuromodulation:1||Neutrophil infiltration:1||Objective tinnitus:1||Occupational diseases:1||Otitis media (OM):1||Otitis media with effusion:1||PPAR γ agonist:1||Particulate Matter:1||Pathway analysis:1||Patient satisfaction:1||Pectus excavatum:1||Pediatric:1||Percent correct classification:1||Postoperative complication:1||Predictive factor:1||Prescription:1||Primary Health Care:1||Pseudomonas aeruginosa:1||Pulsatile tinnitus:1||Quantitative sensory testing:1||Questionnaire:1||Questionnaire.:1||RGD frequency:1||RGD nanopatches:1||RMSE:1||RNAsequencing:1||ROUGEL:1||Radiation detection:1||Rat:1||Reactive oxygen species:1||Recurrence:1||Reference index values:1||Referral and Consultation Psychiatry:1||Regenerative properties:1||Relapse:1||Respiratory infection:1||Risk factor:1||Risk factors.:1||Season:1||Selfreported hearing loss:1||Sensorineural hearing loss:1||Sentinel lymph node:1||SevenItem Eustachian Tube Dysfunction Questionnaire:1||Sex:1||Sleep:1||Sleep apnea, obstructive:1||Sleep disorder:1||Smartphone:1||South Korea:1||Standardization:1||Steroids:1||Sudden deafness:1||Sudden sensorineural hearing loss:1||Suicide:1||Surgical procedures, operative:1||Systematic Review:1||T5:1||Temporal bone.:1||Tinnitus Assessment:1||Tinnitus handicap inventory:1||Tonsillectomy:1||Topography:1||Toxicogenomics:1||Transcutaneous auricular vagus nerve stimulation:1||Transcutaneous vagus nerve stimulation:1||Treatment:1||Treatment Outcome:1||Trophoblast stem cells:1||Tumor necrosis factoralpha:1||Urban particles:1||Urban particulate matter (UPM):1||Valsalva ratio:1||Vibrant Soundbridge:1||Virtual reality:1||Xray:1||Zebrafish:1||acute vestibular neuritis:1||adhesion assembly:1||aging:1||amnioticmembrane:1||angiotensin II receptor blocker:1||animal models:1||antiinflammation:1||antimicobacterial:1||antimicrobial:1||app:1||auricular vagal nerve stimulation:1||autonomic function tests:1||bioinformatics:1||brain signals:1||cell membrane:1||charged nanoligand:1||cholesteatoma:1||chorionic membrane extracts:1||chorionicmembrane:1||cognitive:1||conditioned medium:1||coronavirus disease 2019 (COVID19):1||cytokines:1||diuretics:1||dizziness:1||elastic ligand movement:1||electrical stimulation parameters:1||electrocochleography:1||endoscopic system:1||epidemiology:1||epsilonviniferin:1||exosomes:1||extracellular vesicles:1||fall:1||hearing aids:1||human middle ear epithelial cells:1||hypertension:1||hypoxiainducible factor:1||in vivo cell adhesion:1||in vivo colonization:1||indocyanine green:1||intracortical inhibition:1||labyrinthine fistula:1||ligand nanoassembly:1||luxS mutation:1||macroscale ligand manipulation:1||magnetic control:1||magnetic switching:1||major depressive disorder:1||mean equilibrium score:1||metaregression:1||methicillin resistant Staphylococcus aureus:1||middle ear:1||middle ear pathology:1||mitogenactivated protein kinase cascades:1||mobile phone:1||nanoligand frequencies:1||nanoligand sequences:1||nanocoil pitch control:1||nanohelix motion:1||nanoparticle decoration:1||neuroinflammation:1||neurophysiology:1||otitis media with effusion:1||otolaryngology:1||pediatric otitis media (middle ear infection):1||perception:1||planktonic:1||polymicrobial:1||postural instability:1||preventive intervention:1||proteomics:1||quantitative sudomotor axon reflex test:1||quorumsensing:1||realtime differentiation monitoring:1||recurrence:1||rehabilitation:1||remote control:1||remote manipulation:1||reversible ligand movement:1||reversible ligand sliding:1||reversible ligand unwinding:1||risk factor:1||sensory organization test:1||skin regeneration:1||slidable nanoligand:1||smallfiber neuropathy:1||smartphone:1||spatial ligand movement:1||steroids:1||stroke:1||surgical resection:1||survey:1||tanshinone IIA:1||telmisartan:1||timeregulated ligand stretching:1||transcutaneous auricular vagus nerve stimulation (taVNS):1||transcutaneous vagus nerve stimulation:1||unlimited nanobarcode tunability:1||vagus nerve:1||vagus nerve stimulation:1||vertigo:1||vestibular function test:1||.:1||vestibular schwannoma:1||ANCA:1||Accident prevention:1||Accidental falls:1||Acute lowtone hearing loss:1||Acute promyelocytic leukemia:1||Air Pollution:1||Air pollution:1||Akt pathway:1||Alpha frontal asymmetry:1||Amnion membrane extracts:1||Amnion/chorion membrane extracts:1||Amniotic Membrane:1||Angiography:1||Antiinflammatory effects:1||Antibioticresistant:1||Antibiotics:1||Antibodies, monoclonal:1||Asian sand dust:1||Audiologic rehabilitation:1||Audiometric hearing loss:1||Auditory brainstem response:1||Augmentation:1||Bacteria:1||Biofilms:1||CBT:1||CMOS:1||Cadmium:1||Calcium:1||Cell therapy:1||Chest wall deformity:1||Chronic Disease:1||Chronic pain:1||Clinical aspect:1||Clinical trial:1||Clonazepam:1||Cognitive behavior therapy:1||Conditioned pain modulation:1||Consensus:1||Cutoff values:1||Cytotoxicity:1||Dexamethasone:1||Diesel exhaust particle:1||Diesel exhaust particles:1||Dynamic Slow Motion Video Endoscopy:1||EEG:1||

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