ScholarWorks@Dongguk University: Sung, Jung suk

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Sung, Jung suk (성정석)

College of Life Science and Biotechnology (Department of Life Science)

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Tel 031-961-5132
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Halloysite nanotubes:6||in silico analysis:6||antimicrobial peptide:4||hADMSCs:4||benzo[a]pyrene:4||Gold nanoparticles:3||mTOR:3||oxidative stress:3||p53:3||Magnetic nanomaterials:2||Argiope bruennichi:2||Gallic acid:2||Membranes:2||apoptosis:2||Chitosan:2||Nrf2:2||Silver nanoparticles:2||Atom transfer radical polymerization:2||Osteoconduction:2||alphaCellulose:2||Staphylococcus aureus:2||multidrugresistant Pseudomonas aeruginosa:2||spider venom gland transcriptome:2||Escherichia coli:2||Graft copolymer:2||Benzo[a]pyrene:2||Antioxidant:2||E. coli:2||Quercetin:2||2:2||toluene diisocyanate:2||transcriptome:2||uPAR:2||chitosan:2||&#945:2||antibacterial activity:2||laccase:2||BPDEDNA adduct:2||Biomaterials:2||Rapamycin:2||curcumin:2||ERK1:2||deep learning:2||CXCR6 axis:1||Calcium phosphate nanoflakes:1||Carcinogenic textile dyes:1||Caveoline1:1||Cell adhesion:1||Chemical extractability:1||Chrysin:1||Cobalt oxide:1||Convolutional neural networks:1||Coptis chinensis:1||Cudrania tricuspidata:1||Cytotoxicity:1||DUSP6:1||Diesel:1||Direct Red 80:1||Direct lineage reprogramming:1||Drugeluting stent:1||EMT inhibition:1||ERK:1||ERK signal:1||Early Apoptosis:1||Electromagnetized field:1||Engineered nanomaterials:1||Extremely low frequency electromagnetic fields:1||Fe3O4 NPs:1||Fe3O4 nanomaterials:1||Fe3O4 nanoparticles:1||Fe3O4HNTs doped Pd nanocomposites:1||Ferrocyanide:1||Flavones:1||Functionalization:1||Gene expression system:1||Glycyrrhiza glabra:1||Glycyrrhiza uralensis:1||Graphene:1||Green approach:1||H2 sensing:1||HNTs:1||Heavy metals:1||Heme oxygenase1:1||HepG2:1||Hepatocellular carcinoma cells:1||Hepatocytes:1||Hog:1||Human mesenchymal stem cells:1||Hydrogen sensors:1||IB:1||Imaging:1||In silico analysis:1||Induced neurons:1||Integrin alpha 5 beta 1:1||Interfering gases:1||Ion channelmodulating peptides:1||Ions:1||KATO3 cells:1||KCNE2:1||Knowledge transfer:1||LPL:1||Laccase:1||Laccase immobilization:1||Laccaseloaded nanotubular reactors:1||Landfill liner:1||Leachate:1||Lung cancer:1||MHNTsAPd nanocomposites:1||MHNTsMnO2:1||MAPK:1||MRGX:1||MRSA:1||MTOR:1||Machine learning:1||Maillard reaction products:1||Medicinal plants:1||Mesenchymal stem cells:1||Metabolites:1||Microbial nutrient:1||Mitochondrial Membrane Potential:1||Mouse embryonic fibroblast:1||Multitask learning:1||Multifunctional nanoscaffolds:1||Npn transition:1||NFkappa B:1||NRF2:1||Nanoantimicrobials:1||Nanobioadsorbent:1||Nanobiocatalysis:1||Nanocomposites:1||Neural stem cells:1||Neurogenesis:1||Neuronal differentiation:1||Neurotoxicity:1||Orange peel waste biomass:1||Osteogenesis:1||Oxidative stress:1||PD1:1||PDL1 axis:1||PKB:1||PROX1:1||PXR:1||Paper waste:1||Paper waste biomass:1||Pardosa astrigera:1||Pathogenic bacteria:1||Pectin:1||Peptides:1||Peptone:1||Perilla oils:1||Phytoavailability:1||Piperazines:1||Plant resource:1||Predictive models:1||Production technology:1||Prosperorelated homeobox 1:1||Protease immobilization:1||Protease type I:1||Protein adsorption:1||Quaternized polymer:1||RAD51:1||RNAseq:1||RNAsequencing:1||ROS:1||Red clay:1||Restoring Effect:1||Roasting:1||S. aureus:1||Seed priming:1||Seepage:1||Sesamol:1||Sludge free remediation:1||Spider venom:1||Stent:1||Sulfamethoxazole:1||Supermagnetic drug carrier:1||Surface modification:1||Sustainable environmental cleanup:1||TLR4 pathway:1||TRPA1:1||Tannic acid:1||Task analysis:1||Training:1||Trametes versicolor laccase:1||Transcriptome:1||Transcriptomics:1||Transfer learning:1||Triglycerides:1||Tryptophan:1||Viability:1||Yeast extract:1||adipocytes:1||adipogenesis:1||adiposederived mesenchymal stem cell:1||airborne bacteria:1||alphaCellulosefibers:1||amphiphilic graft copolymer:1||ampicillin:1||antiangiogenic:1||antibiofilm activity:1||antibiofilm enzymes:1||antiinflammation:1||antiinflammatory activity:1||antiinflammatory peptide (AIP):1||antiobesity:1||antibacterial peptide:1||antibiotic resistance:1||anticancer peptide (ACP):1||antimicrobial activity:1||antimicrobial peptide (AMP):1||antioxidant:1||antioxidant activity:1||antiproliferation:1||bioaerosol:1||biofilm eradication:1||biomarker:1||biosensor:1||bone homeostasis:1||bone regeneration:1||breast cancer:1||cancerassociated fibroblast:1||caveolin1:1||cell adhesion:1||cell cycle:1||cell lysis:1||cell membrane:1||cellcell interaction:1||cellulose fibers:1||chemokines:1||chronic exposure:1||colloidal dispersion:1||community analysis:1||convolutional neural network:1||cytotoxicity:1||data augmentation:1||deep learning prediction model:1||detoxification:1||domain size:1||emerging pollutants:1||epithelialmesenchymal transition:1||exposure assessment:1||extracellular nanosynthesis:1||flavonoids:1||fortified ginseng extract:1||fouling:1||ganglioside GT1b:1||gene ontology:1||graphene:1||green chemistry:1||hADSCs:1||hepatocellular carcinoma:1||homologous recombination:1||hydrochar:1||hydrothermal carbonation:1||immobilization:1||in silico design:1||intracellular fluid discharge:1||invasion:1||isorhamnetin:1||laccase immobilization:1||laccaseimmobilization:1||learning and memory:1||lipid accumulation:1||lipid profile:1||lipogenic gene:1||lipolysis:1||lipophagy:1||liver damage:1||lung cancer:1||macrophage polarization:1||magnetic separation:1||mesenchymal stem cells:1||metal oxides:1||miR34a:1||microarray:1||migration:1||modified regular ginseng extract (MRGX):1||monitoring:1||multitask learning:1||myricetin:1||nanoengineered supports:1||nanoimmobilization:1||neurotoxic peptide prediction:1||nonalcoholic fatty liver disease:1||obesity:1||oleic acid:1||osteoarthritis:1||osteoblasts:1||osteoconduction enhancement:1||paper waste:1||pathogenic bacteria:1||phase detoxifying enzyme:1||phenolic compounds:1||phytostimulatory effects:1||protease typeI:1||protein:1||pyroptosis:1||pyrosequencing:1||quercetin:1||quorum sensing:1||rapamycin:1||remediation of engineered nanomaterials:1||root extract:1||scopolamine:1||sea buckthorn fruit:1||sesame oil:1||sesamol:1||silver nanoparticle:1||silver nanoparticles:1||silymarin:1||sodium cyanide:1||speciesspecific prediction:1||spider toxin peptide:1||spider transcriptome:1||spider venom gland:1||spider venom transcriptome:1||sugarcane bagasse:1||sulfamethoxazole degradation:1||supermagnetic:1||supermagnetic nanosupports for enzyme immobilization:1||supermagnetic separation:1||swine:1||synergistic effect:1||tamarixetin:1||thiolated chitosan:1||transforming growth factorbeta1:1||tumor microenvironment:1||wastepaperbiomass:1||xenobiotic metabolism:1||<italic>Pseudomonas aeruginosa</italic>:1||Cellulose:1||amylase:1||3D MnO2 nanoflakes:1||AMPK:1||ATCUN motif:1||ATRP:1||Abandoned mine soils:1||Acetone sensing:1||Adipogenesis:1||Adsorptiondesorption mechanism:1||Aged HDFs:1||Aging:1||AhR:1||Alkane:1||Antibacterial:1||Antibacterial silver nanoparticle:1||Antibiofilm enzyme:1||Antiproliferative laccase:1||Antibacterial:1||Antibacterial activity:1||Antibacterial property:1||Anticancer:1||Antioxidant activity:1||AranetoxinAb2a:1||AranetoxinAb3a:1||Attenuation:1||Autofluorescence:1||B[a]P toxicity:1||Bax:1||Biocompatibility:1||Biofilms:1||Biological system modeling:1||Bioremediation:1||Biosafety:1||Biosynthesis:1||Blood artery:1||Blood coagulation:1||Bone tissue engineering:1||CREB:1||CXCL12/CXCR4 axis:1||CXCL16:1||

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30, Pildong-ro 1-gil, Jung-gu, Seoul, 04620, Republic of Korea+82-2-2260-3114

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