ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, SUK CHAN

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LEE, SUK CHAN (이석찬)

Biotechnology and Bioengineering (Integrative Biotechnology)

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3D8 scFv:11||Arabidopsis:11||Begomovirus:8||begomovirus:7||Bemisia tabaci:5||Geminivirus:4||geminiviruses:4||TYLCV:4||Plant virus:4||geminivirus:3||Solanaceae:3||Recombination:3||Acquired lymphedema:3||Seed transmission:3||Oral administration:3||sweet potato:3||Whitefly:3||scFv:3||Lactobacillus paracasei:3||whitefly:3||gene expression:3||mouse:3||tomato leaf curl New Delhi virus:2||Fabaceae:2||Papaya leaf curl virus:2||nanoviruses:2||Sulfuretin:2||nuclease activity:2||RNAi:2||Genetic diversity:2||vector:2||oral administration:2||Lactobacillus salivarius:2||Vector:2||Chicken:2||ToLCNDV:2||Curtovirus:2||virus transmission:2||Reservoir:2||Molecular phylogeny:2||promoter:2||Weed:2||coat protein:2||cryptic species:2||recombination:2||Catalytic antibody:2||lymphedema:2||Potyvirus:2||Tomato chlorosis virus (ToCV):2||Oriental melon:2||Crinivirus:2||seed transmission:2||metagenomics:2||Tomato yellow leaf curl virus:2||Heat shock proteins:2||Cryptic species:2||Gene expression:2||Korea:2||geographical distribution:2||tomato:2||Classical swine fever virus (CSFV):1||CmDLC:1||Cochlodinium polykrikoides:1||Com:1||Crinivirus detection:1||Cu(II) catalysis:1||Cucumovirus:1||Cyclin:1||Cyclindependent kinase 6:1||DHA:1||DNA barcoding:1||DNA chip:1||DNA damage:1||Diabetes:1||Dipterocarpaceae:1||Duranta leaf curl virus:1||Dysbiosis:1||EPA:1||Early embryonic development:1||Echinatin:1||Egg mass:1||Environmental stresses:1||Euglena gracilis:1||FAD2:1||Falsepositive reaction:1||Fern:1||Fertilization:1||Fibrinolysis:1||Ficus virens:1||Fraxinus rhynchophylla:1||Fraxinus symptomless virus:1||GA20ox1:1||Gemcitabine:1||Geminiviridae:1||Gene regulation:1||Geographic distribution:1||Gibberellic acid:1||Glycosylation:1||Goseong Bay:1||H275Y:1||Hairy root:1||Hairy roots:1||Haplotype:1||Heat shock protein:1||Hematopoiesis:1||Homeobox:1||Hopea odorata Roxb:1||Hormone:1||Horticultural crops:1||Host:1||Hyaluronan:1||Hyaluronidase:1||ISGs:1||Immunosuppression:1||In planta transformation:1||In silico analysis:1||Inflammation:1||Insoluble yeast βglucan:1||Invasion:1||Jellyfish:1||Kalanchoe pinnata:1||Koi herpesvirus:1||LED:1||Lactobacillus reuteri:1||Lateral flow assay:1||Leukocytopenia:1||Light:1||Long noncoding RNA:1||Loopmediated isothermal amplification (LAMP):1||Malformati:1||Marine virus:1||Melastomat:1||Metabolic diseases:1||Metagenomics:1||Methylatio:1||Microalgac:1||Microalgae:1||Microalgae detection:1||Microarray:1||Microarray analysis:1||Microsorum:1||Microsorum scolopendria:1||Milk vetch dwarf virus:1||Mitochondrial COI gene:1||Mitochondrial cytochrom:1||Molecular farming:1||Molecular modeling:1||Motif:1||Murine norovirus:1||Mutation:1||Myrtaceae:1||Neutron irradiation:1||Nextgeneration sequencing:1||Nickel:1||Nicotiana benthamiana:1||Nicotiana tabacum:1||Notocactus scopa cv. Soonjung:1||Nuclear factorkappa B:1||Nucleotide transversions:1||Nutritional regulation:1||Nutritive values:1||ORF C1:1||Obesity:1||Oleate Delta 12desaturase:1||Onestep synthesis:1||Oocyte:1||Operational Taxonomic Units (OTUs):1||Oral administration receive:1||Osbeckia stellata Buch.Ham. ex D. Don:1||PCR:1||PP2C:1||PROTEOMICS:1||PRV:1||PUFA:1||PVX tolerance:1||Paclitaxel:1||Paramylon:1||Pathomorphogenesis:1||Pepper yellow leaf Curl Indonesia virus (PepYLCIV):1||Phage display:1||Phyllanthaceae antiinflammatory effect protein:1||Phyllanthus acidus:1||Phytoecdysteroids:1||Pisum sativum L.:1||Plum pox virus:1||Polyhydroxy chalcones:1||Polyunsaturated:1||Potato:1||Probiotics:1||Promoter:1||Proteobacteria:1||RAF KINASE INHIBITORY PROTEIN:1||RDP3:1||RNA‐Seq:1||RNA binding proteins:1||RNA virus:1||RNASeq:1||RNAhydrolysis:1||RNAseq:1||RNase:1||Reactive oxygen species:1||Red sea bream iridovirus (RSIV):1||Resistance:1||Rhodomyrtus tomentosa (Aiton) Hassk.:1||Rhus verniciflua extract:1||Ribosomal RNA:1||Rolling circle amplification (RCA):1||Rootknot nematode:1||S1 enzyme:1||SARSCoV2:1||SPCSV:1||SPVD:1||Sandwich hybridization integrated with nuclease protection assay (NPASH):1||Sea urchin:1||Sebastes schlegeli:1||Serological diagnosis:1||Shannon index:1||Simulated microgravity:1||Singlecell variable fragment:1||SnRK2:1||Solanum melongena:1||Soybean:1||Strongylocentrotus intermedius:1||Sweet pepper:1||Sweet potato leaf curl virus:1||Sweet potato leaf curl virus (SPLCV):1||T:1||TRPA1:1||TYLCV infection:1||Temperature:1||Therapeutic agent:1||Thermal stress:1||Thermus sp T351:1||Tissue plasminogen activator:1||ToLCNDV strain:1||Tobacco leaf curl disease (TYLCD):1||Tobacco leaf curl virus (TbLCV)3:1||Tomato:1||Tomato chlorosis virus:1||Tomato leaf curl Bangladesh virus:1||Tomato leaf curl New Delhi virus:1||Tomato spotted wilt virus (TSWV):1||Tomato yellow:1||Tomato yellow leaf curl virus (TYLCV):1||Tospovirus:1||Transcriptio:1||Transcriptome:1||Transgene:1||Transgenic plants:1||Transmission:1||Triclosan:1||Tyrosine kinase:1||UDGPCR:1||UTR:1||Ucp1:1||UracilDNA glycosylase (UDG):1||Vector insect:1||Vegetative reproduction:1||Viability:1||Vibrio:1||Viral communities:1||Viral diversity:1||Viral hemorrhagic septicemia virus:1||Viral hemorrhagic septicemia virus (VHSV):1||Virus plant disease:1||Virus transmission:1||WRKY:1||Weed host:1||Whiteflies:1||Yeast surface display:1||abiotic stress:1||acid:1||adipogenesis:1||agroinoculation:1||agrobacteriummediated transformation:1||alkaline phosphatase:1||animal models:1||anthocyanins:1||antiviral antibodies:1||antiviral effect:1||antivirus:1||avian influenza virus:1||begomovirus detection:1||begomoviruses:1||benzo[a]pyrene:1||bioinformatics:1||biomarkers:1||biopanning:1||bistris:1||broadspectrum antiviral drugs:1||broiler:1||butein energy expenditure:1||cMET:1||cactus:1||carotenoids:1||catalytic antibody:1||cell size:1||characterization:1||chemokine:1||chicken:1||chitosan:1||citrus tristeza virus:1||climate change:1||common regionstemloop:1||complete genomes:1||coronaviruses:1||crystal structure:1||cucumber:1||cucurbit crops:1||curtovirus:1||development:1||differential expressed gene:1||endoparasitic Amoebophrya sp.:1||environmental change:1||environmental stress:1||epinasty:1||evolution:1||feature selection:1||fibrosis:1||genetic diversity:1||geographic distribution:1||glutathione:1||gravistimulation by reorientation:1||growth performance:1||gut microbiome:1||harmful algal bloom:1||heavy meta:1||host adaptation:1||host factors:1||host interaction:1||host range:1||human phage display:1||hyaluronic acid:1||hyaluronidase and lymphangiogenesis:1||identification:1||immunoassay:1||in planta transformation:1||infectious clones:1||infectivity assay:1||infectivity comparison:1||influenza virus:1||insoluble acid invertase:1||intranasal administration:1||invasion:1||lablab bean:1||leaf morphology:1||loopmediated isothermal amplification:1||machine learning:1||marine birnavirus (MABV):1||marine virus:1||mastrevirus:1||melon:1||metalearning approach:1||miR34a:1||microarray:1||microbial community nucleocytoplasmic large DNA viruses:1||mites:1||molecular diagnosis:1||molecular dynamics simulation:1||monitoring:1||monocotyledonous plant:1||motif:1||mouse model:1||multipartite virus:1||multipartite viruses:1||mutant infectious clones:1||nanovirus:1||necrosis:1||nitrogen oxide:1||obesity:1||occurrence survey:1||outbreak:1||oxaliplatin:1||p20 gene:1||pathogenicity:1||peripheral neuropathy:1||phosphorylation sites:1||phylogenetic analyses:1||phylogeny:1||phytochemicals:1||polymerase chain reaction:1||polymerase chain reaction and restriction enzyme analysis:1||potato virus X:1||probiotics:1||prophylactic effect:1||prostaglandin E2:1||proteomics:1||pumpkin:1||purification:1||reassortment:1||replication:1||reservoir:1||respiratory mucosal layer:1||rice:1||rolD promoter:1||rolling circle amplification:1||salicylic acid (SA):1||sea urchin:1||sequence analysis:1||serum amyloid Pcomponent precursor:1||simulated acid rain (SiAR):1||singlechain variable fragment:1||singlestrand conformation polymorphism analysis:1||squash leaf curl China virus:1||sulfuric acid:1||sweet potato symptomless virus 1:1||sweet potato viruses:1||symptom development:1||therapeutic effect:1||therapeutic effects:1||therapy:1||thermostable enzyme:1||tomato leaf curl New Delhi virus (ToLCNDV):1||tomato yellow leaf curl virus:1||transcriptome:1||transgenic potato:1||translational control:1||triclosan:1||triclosanmodulated genes:1||turfgrass pests:1||viral RNA population:1||viral disease:1||viral genome degradation:1||viral hemorrhagic septicaemia virus (VHSV):1||viral taxonomy:1||virus complementation:1||virus evolution:1||virus incidence:1||virus interaction:1||virusvector relationship:1||wrky46 mutant:1||16S rRNA:1||yellowing symptoms:1||16S ribosomal RNA gene:1||20hydroxyecdysone:1||3 &apos:1||3D Clinorotation:1||3D clinorotation:1||3D clinorotation:1||A:1||A. rhizogenes:1||ABA:1||ABA receptor:1||ASCORBIC ACID:1||ASGV:1||ATHB12:1||Adenocarcinoma of the lung:1||Adipocyte:1||Adipogenesis:1||Agrobacterium tumefaciens:1||Akashiwo sanguinea:1||Aldol condensation:1||Algal blooms:1||Alleviatory effect:1||Aluminum:1||AntiDNA hydrolyzing antibody:1||Antii:1||Antinucleic acid antibody:1||Antiviral:1||Antibody humanization:1||Antiinflamm:1||Antioxidant enzymes:1||Antiviral activity:1||Aphis craccivora:1||Aralia continental is Kitagawa:1||Araliaceae:1||Archidendron clypearia Jack:1||Ascorbic acid:1||Asia:1||Atf3:1||Azadirachtin Biopesticides Gene expression Oral ingestion Whitefly:1||BSCTV C4:1||Ballast water:1||Barcode:1||Behaviour:1||Betaglucans:1||Butea monosperma (Lam.) Taub. flower:1||CDR grafting:1||COVID19:1||CRISPR:1||Carbon source:1||Carryover contamination:1||Cas:1||Catalase:1||Cell cycle:1||Cestrum nocturnum:1||Chalcones:1||Chaperone:1||Chemotherapy:1||Chenopodium album:1||Chenopodium leaf distortion virus:1||Chondroitinase:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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