ScholarWorks@SOONCHUNHYANG UNIVERSITY: Park, Jong Sook

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Park, Jong Sook (박종숙)

College of Medicine (Department of Internal Medicine)

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Asthma:24||asthma:15||single nucleotide polymorphism:8||haplotype:6||Haplotype:6||Polymorphism:5||Idiopathic pulmonary fibrosis:5||exacerbation:5||Aspirin:4||aspirinexacerbated respiratory disease:4||aspirin:4||DNA methylation:3||gene:3||FEV1:3||SNP:3||Aspirinintolerant asthma:3||Single nucleotide polymorphism:3||COPD:3||Atopy:2||phenotype:2||hypersensitivity:2||refractory asthma:2||nasal polyp:2||Inhaled corticosteroid:2||Singlenucleotide polymorphism:2||cluster analysis:2||SNPs:2||Genotype:2||Genomewide association study:2||single nucleotide polymorphism (SNP):2||singlenucleotide polymorphism:2||Airway obstruction:2||sputum:2||Innate immune response:2||IL25:2||Gene expression:2||lung function:2||eosinophils:2||IPF:2||polymorphism:2||AERD:2||Cytokine:1||DCBLD2:1||DDR1:1||DNA CpG methylation:1||DPCR1:1||Differential diagnosis:1||Disease Progression:1||Disease severity:1||Dust exposure:1||Ecigarette:1||Ecigarette Vapor:1||ELISA:1||Environment:1||Environmental factor:1||Epidemiology:1||Epigenesis:1||Epigenetics:1||EpithelialMesenchymal Transition:1||Exacerbation:1||FABP1:1||FANCC:1||FPR2:1||FPR2 (formyl peptide receptor 2):1||Filamin A interacting protein 1:1||Functional Characterization of Exonic Variants of the PPARGC1B Gene in Coregulation of Estrogen Receptor:1||Gprotein beta subunit:1||Gprotein gamma subunit:1||Gc:1||Gene:1||Genetic factor:1||Genetic polymorphism:1||Glutathione Stransferase P11:1||Granulocyte colonystimulating factor:1||HRCT:1||Hemangioma:1||Hemoptysis:1||Histamine antagonists:1||House dust mite:1||IL1 beta:1||IL13:1||IL33:1||IL17RA:1||ILVBL:1||IRAK2:1||ITGAV:1||Inhibiting DX2p14/ARF Interaction Exerts Antitumor Effects in Lung Cancer and Delays Tumor Progression:1||KIF3A:1||Korea Biobank Network:1||Leukotriene antagonists:1||Linezolid:1||Lung CT:1||Lung Diseases:1||Lung Injury:1||Lung Neoplasms:1||MC3R:1||MLK:1||Methacholine bronchial provocation test:1||Muc5ac:1||Multifocal electroretinogram:1||Multiple Pulmonary Nodules:1||NH4Cl:1||NLRP4:1||Neoplasm Metastasis:1||Neutrophilic Inflammation:1||Neutrophils:1||Nicotine Dependence:1||Ninjurin1:1||Nonsmokers:1||Nonspecific interstitial pneumonia:1||Obstructive:1||Optic neuropathy:1||Ovalbumin:1||Ozone:1||PBMC:1||PCR:1||PPARGC1B:1||Peak expiratory flow rate:1||Persistence:1||Phosphorylation:1||Pneumonia:1||Proteomics:1||Pulmonary Fibrosis:1||Pulmonary alveolar proteinosis:1||Pulmonary fibrosis:1||Pulmonary hemosiderosis:1||Pulmonary lung function:1||Pulmonary tuberculosis:1||RAR alpha:1||ROC:1||ROC curve:1||Receptor tyrosine kinaselike orphan receptors:1||Retinopathy:1||S100A4:1||SNPs (singlenucleotide polymorphisms):1||STK10:1||Severe asthma:1||Single Nucleotide Polymorphism (SNP):1||Single nucleotide polymorphisms:1||Slc26a4:1||Smoking:1||Stress Susceptibility:1||Survival:1||Survival Rate:1||Symptom exacerbations:1||TAPbinding protein:1||TMEM196:1||TSLP:1||Tetraspanin:1||Therapeutics:1||Tight junctions:1||Titanium dioxide:1||Transcriptome:1||Transforming Growth Factor Betal:1||Treatment:1||UBE3C:1||Upregulation of Potassium VoltageGated Channel Subfamily J Member 2 Levels in the Lungs of Patients with Idiopathic Pulmonary Fibrosis:1||WDR21A:1||Wnt signaling:1||airway obstruction:1||angiopoietin1:1||angiopoietin2:1||aspirin exacerbated respiratory disease:1||aspirin exacerbated respiratory disease (AERD):1||aspirin hypersensitivity:1||aspirinexacerbated respiratory disease (AERD):1||aspirininduced asthma:1||aspirinintolerant asthmatics:1||aspirintolerance asthma:1||aspirintolerant asthma:1||association:1||asthma exacerbation:1||asthmachronic obstructive pulmonary disease overlap syndrome:1||biobank:1||biologics:1||biospecimen:1||cancer stem celllike subpopulation:1||casecrossover study:1||chronic airflow obstruction:1||chronic obstructive lung disease:1||chronic obstructive pulmonary disease:1||chronic sinusitis:1||classification:1||claudin4:1||claudin5:1||control definition:1||cooking:1||corticosteroid:1||disease progression:1||elderly:1||electronic nicotine delivery systems:1||epigenetics:1||fibroblasts:1||fishes:1||forced expiratory volume:1||gene expression:1||gene expression profile:1||gene expression profiling:1||geneenvironment interaction:1||genes:1||genetic association analysis:1||genome:1||genomewide association study:1||haploidy:1||haplotypes:1||healthy control:1||hedgehog interacting protein:1||history:1||idiopathic pulmonary fibrosis:1||indoor:1||inflammasome:1||inflammation:1||innate immune response:1||interleukin4:1||isoform:1||leukotriene antagonists:1||linkage:1||logistic regression:1||lymphocytes:1||meat:1||mechanisms:1||methacholine:1||methylation:1||microbiome:1||nasal polyps:1||neutrophil:1||neutrophilc inflammation:1||neutrophils:1||nicotine dependence:1||nonsmall cell lung cancer:1||nonsteroidal antiinflammatory drugexacerbated respiratory disease:1||normal control:1||oral aspirin challenge (OAC):1||perception:1||pharmacogenetics:1||pollution:1||polymorphisms:1||promoter:1||proteomics:1||receptor for advanced glycation end product:1||registry:1||remodeling:1||respiratory symptoms:1||risk factors:1||season:1||severe asthma:1||smoking:1||sulfur dioxide:1||temperature:1||therapeutics:1||thromboxane A synthase 1:1||titanium dioxide:1||variants:1||virus:1||20 gel electrophoresis:1||호흡기내과:1||2D electrophoresis:1||2DE:1||5hydroxytryptamine receptor 4:1||ADAM33 Protein:1||AGT:1||AHR:1||ALLC:1||ANXA4:1||ATF6B:1||Adult:1||Advanced glycation end products:1||Air trapping:1||Airway GCSF identifies neutrophilic inflammation and contributes to asthma progression:1||Airway epithelial:1||Airway hyperresponsiveness:1||Allergic rhinitis:1||Angiotensinconverting enzyme:1||Annexin A1:1||Apolipoprotein A1:1||Aspergilloma:1||Aspirin Exacerbated Respiratory Diseases:1||Aspirin exacerbated respiratory disease:1||Aspirin exacerbated respiratory disease (AERD):1||Aspirin induces IL4 production: augmented IL4 production in aspirinexacerbated respiratory disease:1||Aspirinexacerbated respiratory disease (AERD):1||Association:1||BAL:1||Blood:1||Bronchi:1||Bronchial hyperreactivity:1||Bronchial mucosa:1||Bronchoalveolar lavage fluid:1||Bronchoscopy:1||Creactive Protein:1||CCL8:1||CD53:1||Capillary:1||Cigarette smoking:1||Cluster analysis:1||Cohort:1||

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