ScholarWorks@Gachon: Lee, Jong Hun

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Lee, Jong Hun (이종훈)

BioNano Technology (Department of Food Science & Biotechnology)

Research Area: 식품화학, 생리활성 물질, food chemistry, bio active compound

Tel 031-750-5872
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inflammation:4||Nrf2:3||flavonoid:2||ROS:2||Drug delivery:2||Quantum dot (QD):2||Graphene:2||mitochondrial homeostasis:2||Autophagosome–lysosome fusion:1||Autophagy:1||BPH:1||Bacteriophage:1||Biocompatibility:1||Black phosphorus:1||Bone mineral density:1||Creactive protein:1||Cancer transformation:1||Carbon nanomaterial:1||Carbon nanotube:1||Carbonbased nanomaterials:1||Cardiovascular disease:1||Chondrogenesis:1||Comparative genotoxic potential:1||DNA methylation:1||Diabetic wound:1||ERK/cJun pathway:1||Electrochemical biosensor:1||Electron microscopy (EM):1||Epigenetics:1||Escherichia coli:1||Esherichia coli O157:H7:1||Fӧrster resonance energy transfer (FRET):1||Flavimarina flava:1||Flavobacteriaceae:1||Fluorophore:1||Food safety:1||Food toxicants:1||Genotoxicity assay:1||Graphene family nanomaterials:1||Graphene oxide:1||HaCaT keratinocytes:1||Hepatotoxicity:1||Herbal medicine:1||Holin:1||Imageguided therapy:1||Immunogenic cell death:1||Infection wound:1||Inorganic metalbased nanomaterials:1||Inorganic nanoparticles:1||Keratin 8 (KRT8):1||Korean mint:1||Laminin:1||Liver:1||Longan fruit extract:1||Lotus leaf:1||Low dimensional nanomaterials:1||MRI:1||Magnetic nanoparticles:1||Microscopy:1||NFkappa B:1||NHDC:1||Nanoliposome:1||Nanofiber matrices:1||Nanomaterials:1||Nanotechnology:1||Nanotoxicology:1||Nearfield scanning optical microscopy (NSOM):1||Neosartorya fischeri:1||Neural tissue engineering:1||Normal skin wound:1||Nrf2/NQO1/HO1 pathway:1||Omega3 fatty acid ratio:1||Omega3 fatty acids:1||Osteoclast differentiation:1||Osteogenesis:1||Photoacoustic imaging:1||Photodynamic therapy (PDT):1||Phototherapy:1||Photothermal therapy (PTT):1||Plectin (PLEC):1||Pueraria montana var. lobata:1||RANKL:1||Reduced graphene oxide:1||Reverse microemulsion method:1||Salicornia herbacea:1||Scanning electron microscopy (SEM):1||Scanning probe microscopy (SPM):1||Scanning tunneling microscopy (STM):1||Separation:1||Silica nanoparticles:1||Sizeeffect:1||Skin cell:1||Skin tissue regeneration:1||Solgel method:1||Stober method:1||Subclinical inflammation:1||Superparamagnetism:1||Surface functionalization:1||TEMPOoxidized cellulose nanofiber:1||Timeresolved fluorescence (TRF):1||Transmission electron microscopy (TEM):1||Tumor microenvironment:1||Twodimensional nanomaterials:1||UVB:1||Upconversion nanoparticles (UCNPs):1||Upconversion nanoparticles (UCNPs):1||adipogenic differentiation:1||adipose stem cells:1||alcohol metabolism:1||antiadipogenesis:1||antiinflammation:1||antilipogenesis:1||antigenpresentation:1||antioxidant:1||antioxidants:1||bacteriophage:1||baicalein:1||bioactive compounds:1||bone and cartilage tissue engineering:1||cancertargeting:1||carbon nanomaterials:1||chalcone:1||chronic kidney disease:1||clinical trail research:1||coating:1||crossover model:1||cytokine:1||endolysin:1||endophyte:1||eugenol:1||ferritin:1||germination:1||ginseng:1||hangover improvement:1||heat processing:1||implants:1||in situ detection:1||iron:1||kaempferol:1||lipid:1||macrophage cells:1||mitochondria:1||mitophagy:1||neohesperidin dihydrochalcone:1||neuroprotection:1||obesity:1||omega3 fatty acid ratio:1||omega3 fatty acids:1||organoid:1||osseointegration:1||oxidative stress:1||pesticide residue:1||phagocytosis:1||photoaging:1||plasmonic nanocomposite:1||polyphasic taxonomy:1||quality:1||rV5like phage:1||reactive oxygen species:1||redpigmented rice:1||roasting:1||sarcopenia:1||sarcopenic obesity:1||sartorypyrone E:1||silkworm (Bombyx mori) powder:1||surface functionalization:1||surfaceenhanced Raman scattering (SERS):1||thymol:1||tight junction:1||tilianin:1||2D materials:1||transparent cellulose nanopaper:1||2D nanomaterials:1||Acetaminophen:1||Actin filaments:1||Agastache rugosa:1||Antioxidant:1||Aptamer:1||Atomic force microscopy (AFM):1||

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