CAU Scholar's Space: Ko, Jae-Hong

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Ko, Jae-Hong (고재홍)

의과대학 (의학부(기초))

Research Area: 전기생리, 유전자 재조합, 유전자 전사 및 번역, Gene discovery, Ion channel, Mitochondria

Tel 02-820-5647
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Gene expression:5||Mitochondria:5||Coronary artery:5||Inward rectifier K+ channel:4||Protein kinase A:3||Molecular signature:3||Cytokines:3||nitric oxide:3||coronary artery:2||Alnus sibirica:2||Ca2+activated K+ channels:2||Microarray analysis:2||Skin inflammation:2||WEHI231:2||K+ channel:2||Biomarker:2||voltagedependent K+ channel:2||Protein kinase C:2||Apoptosis:2||inducible nitric oxide synthase:2||patch clamp:2||B lymphocyte:2||Infrared rays:2||protein kinase G:2||Bal17:2||chicken:2||RNA structure:2||H89:2||Codon usage bias:1||Cordycepin:1||Coronary blood flow:1||DNA:1||DNA damage:1||Dermatitis, atopic:1||Diabetes:1||ERK:1||Equol:1||Estrogen receptor:1||Exercise:1||Gait speed:1||Genderspecific associations:1||Glucose:1||Glucose transporter type 3:1||House dust mite ointment (HDM):1||Human cardiac fibroblasts:1||Human dermal fibroblasts:1||Human dermal fibroblasts (HDFs):1||Hydrogen peroxide:1||Hypoxia:1||Inflammatory stimulants:1||Inflammatory stimulators:1||Integrins:1||Ion channel:1||Ischemia:1||Ischemiapreconditioning:1||Ischemic preconditioning:1||K(v)1.3:1||K+ currents:1||Ltype Ca2+ channel:1||Largeconductance Ca2+activated K+ (BKCa) channel alphasubunit:1||Leukocyte mitochondrial DNA copy number:1||Leukocyte telomere length:1||Leukocytes:1||Long QT syndrome:1||Lung cancer:1||Lymphocyte:1||Mesenteric arterial smooth muscle cells:1||Microarray:1||Mitochondrial BKCa channel:1||Mitochondrial Ca 2+:1||Mitochondrial Ca2+activated K+ channel:1||Mitochondrial KATP channel:1||Mitochondrial biogenesis:1||Mitochondrial membrane potential:1||Mitochondrial permeability transition pore:1||Mitophagy:1||Mouse:1||Mx:1||Mx  protein:1||Mx gene:1||Myocardial infarctionpathophysiology:1||Myocardial ischemia:1||Myocardial reperfusion:1||NC/Nga mice:1||NS 1619:1||Na+ current (INa):1||Nonselective cation channel:1||OLETF:1||Otsuka LongEvans Tokushima fatty:1||Oxidative respiration:1||Oxidative stress:1||Oxygen consumption:1||PCRRFLP:1||PKCα:1||PKR:1||Patch clamp:1||Plateletderived growth factor:1||Polymorphism:1||Postmenopausal:1||Postmenopause:1||Potassium channel:1||Protein kinase:1||Protein kinase Ca:1||Pruritus:1||Pulmonary hypertension:1||Purifying selection:1||Quality of life:1||RNA sequence analysis:1||Radiation:1||Reperfusion:1||Snitrosylation:1||Scutellariae radix:1||Serotonin:1||Sex difference:1||Staurosporine:1||Superoxide:1||Synonymous mutation:1||T cell:1||TGFbeta(1):1||TNFalpha:1||TRPM7:1||Taxifolin glycoside:1||Telomere:1||Telomere length:1||Temperature:1||Transient receptor potential channels:1||Translation initiation:1||Transplantation:1||Twodimensional gel electrophoresis proteomics:1||VDAC1:1||Ventricular myocytes:1||Vesicular stomatitis virus:1||Voltagedependent K+ channels:1||Voltagedependent channel:1||Wound healing:1||YC1:1||alkaline phosphatase:1||ancestral allele:1||angiotensin II:1||antiviral gene:1||antiviral protein:1||apoptosis:1||artificial mutation:1||atrial myocyteLtype Ca2+ channelprotein kinase Cstaurosporine:1||bisindolylmaleimide (I)coronary arteryvoltagedependent K channelprotein kinase C:1||cAMP:1||cilostazol:1||coronary arterial smooth muscle cell:1||coronary arterial smooth musclevoltagedependent K+ channelprotein kinase Cstaurosporineelectrophysiologyopen block:1||coronary arteryendothelin1inward rectifier K+ channelKir2.1protein kinase C:1||cyclooxygenase2:1||delayed rectifier K+ channel:1||endocardium:1||endothelin receptorsvoltagedependent Ca2+ channel:1||gene regulation:1||guanylyl cyclase:1||hERG K+ channel:1||hirsutenone:1||human adipose tissuederived mesenchymal stem cells:1||human cardiac fibroblasts:1||human etheragogo related gene:1||hypertrophy:1||interferon:1||intermediate conductance Ca2+activated K+ channels:1||inward rectifier K+ channel:1||inwardly rectifying K+ currentcoronary vasodilationprotein kinase AKir2.1:1||ion channel:1||jungle fowl:1||long QT syndrome:1||lumbar rib:1||lung cancer:1||mRNA structure:1||maternal inheritance:1||maternal nutrition:1||maternal toxicity:1||membrane stretch:1||microRNA:1||microcirculation:1||micronutrients:1||mitochondrial superoxide:1||monocyte chemoattractant protein1:1||newborn:1||nonselective cation channels:1||nuclear factorkappa B:1||p53:1||pH:1||polymorphism:1||positive selection:1||protein kinase A:1||pulmonary artery:1||purifying selection:1||rabbit:1||ras/raf/MAPK pathway:1||single nucleotide polymorphisms:1||slug:1||smooth muscle:1||swine:1||telomere length:1||teratogenicity:1||transient fetal variation:1||transient outward K+ channel:1||translational selection:1||vascular smooth muscle:1||verapamil:1||vesicular stomatitis  virus:1||vitamin D:1||voltagegated K+ channels:1||βadrenergic receptor:1||미토콘드리아:1||백혈구:1||이퀄:1||5 ' untranslated region:1||폐경:1||5HT:1||ATPsensitive K+ channel:1||Acute hypoxia:1||Adenosine:1||Adiponectin:1||Aging:1||Angiotensin II:1||Anion channel:1||Antiinflammatory:1||Atopiclike dermatitis:1||Atrial myocyte:1||Autografts:1||B cell:1||Bioactive materials coated fabric:1||Breast cancer:1||CD3:1||Ca2+−activated  K+  channel:1||Ca2+activated K+ channel:1||Cancer:1||Cardiac hypertrophy:1||Cardiomyocytes:1||Cardioprotection:1||Cell death:1||Cell movement:1||Cerebrovascular event:1||Chicken:1||Clotrimazol:1||

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