ScholarWorks@Korea University: Byun, Young joo

Detailed Information

Byun, Young joo (변영주)

Graduate School (Department of Pharmacy)

Research Area

Tel 044-860-1619
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Prostate cancer:7||PSMA:6||Hepsin:5||Pseudomonas aeruginosa:5||prostate cancer:4||senescence amelioration:4||Carborane:4||biofilm:4||macrophage:3||reactive oxygen species (ROS):3||Melanogenesis:3||BODIPY:3||senescence rejuvenation:2||molecular imaging:2||mitochondria:2||WenPiTangHabWuLingSan:2||Pharmacokinetics:2||Prostatespecific membrane antigen (PSMA):2||flavonoid:2||Tyrosinase inhibitor:2||structureactivity relationship:2||Alzheimer's disease:2||ROS:2||prodrug:2||nitric oxide:2||Quorum sensing:2||PET:2||drug delivery:2||cell death:2||Allergic disease:2||AMPK:2||Molecular imaging:2||lipopolysaccharides:2||membrane fusion:1||ATHook:1||iron:1||Heterobivalent ligands:1||Glucagon:1||2Arylindoles:1||Flexible rotation:1||Isostructural solvate:1||cGMP:1||Scoring functions:1||Drug design:1||Azoresveratrol:1||fluorescence polarization:1||imaging probes:1||LysureaGlu:1||quorum sensing:1||Diagnosis:1||6gingerol analog:1||STAT5:1||GDC0068:1||transposon:1||immunotherapy:1||IAV surveillance:1||Wild boar infection:1||Naturally occurring compound:1||vilazodone:1||F18:1||TSLP receptors:1||dehydroacetic acid:1||structureactivity relationship (SAR):1||Interleukin 33:1||proinflammatory cytokines:1||Solidstate characterization:1||Conjugation:1||linoleic acid:1||odorant receptor:1||Inositol hexakisphosphate kinase:1||design of experiments (DoE):1||RhlR:1||Radioligand therapy:1||Senescence amelioration:1||antiviral effect:1||SB203580:1||Triterpenoid saponin:1||PPARγ and glucocorticoid receptor dual modulator:1||shear thinning biomaterial:1||Serology:1||Humanswine virus transmission:1||isoschaftoside:1||Medicinal plant:1||skin aging recovery:1||BODIPY dyes:1||radionuclide:1||Biofouling:1||Quorum sensing inhibition:1||PET/optical:1||brain:1||lauroyl arginate ethyl:1||peptides:1||Glutamate carboxypeptidase II:1||Xray crystal structure:1||Carboranyl pyrimidine nucleoside analog:1||Pancreatic alphacells:1||Salvianolic acid B:1||2(4hydroxybiphenyl3yl)1Hindoles:1||VTNMR:1||GCPII:1||Prostatespecific membrane antigen:1||Metallopeptidase:1||tumor necrosis factoralpha:1||pluronic nanoparticles:1||multicomponent system:1||Skinwhitening product:1||Thiourea:1||Adipogenesis:1||Samgiumgagambang:1||SPECT:1||Estrogen receptor:1||highthroughput screening:1||glutamate carboxypeptidase II:1||radionuclides:1||nonolfactory expression:1||Allergy:1||Cytokine:1||Selftriggered probe:1||LeuArg dipeptide derivatives:1||AKT:1||Lysosome:1||lysosomal function:1||Antiinflammatory:1||Target identification:1||Human bone marrow mesenchymal stem cells:1||honokiol:1||metabolic reprogramming:1||Bioisostere:1||Optical imaging:1||imaging agents:1||radiotherapy:1||prosthetic group:1||Transcription repression domain:1||olfr895:1||ST2 receptor:1||Inhibitor discovery:1||Serine protease:1||Xray diffraction:1||Ureabased inhibitor:1||Isostructural desolvate:1||Nitric oxide:1||MITF:1||Berberine:1||lanostanetype triterpene:1||diffusible signal factor:1||Crizotinib:1||Enantiomer:1||Interleukin33:1||pharmacokinetics:1||metformin HCl:1||bootstrap methodology:1||lignan:1||TSLP:1||1433 zeta:1||Caspase3:1||raffinose:1||Mitochondria:1||importin beta:1||Astragalus membranaceus:1||silicate nanoplatelets:1||Laponite:1||oxidative stress:1||cancer stem cells:1||Dipeptide:1||SAR:1||antiviral agents:1||RO processes:1||SulfoCy7:1||optimal dose:1||ATrich DNA binding:1||type II transmembrane serine protease:1||chemical exchange saturation transfer:1||NMR:1||Dipeptides:1||Boron neutron capture therapy (BNCT):1||Azelaic acid:1||HPLCDAD:1||Enaminones:1||androgendisrupting chemicals:1||Xray crystallography:1||sulfonic acid:1||Kojic acid:1||Drug repositioning:1||Antityrosinase effect:1||pathogenic metabolite:1||Curcumin:1||tobramycin:1||carbamate:1||spraydrying:1||KB1541:1||glucosyltransferase:1||Protocatechualdehyde:1||Inositol polyphosphates:1||Coxsackievirus B3:1||Adiponectin:1||endothelial dysfunction:1||hydrogel biomaterials:1||shearthinning:1||Korean wild boars:1||Spillover:1||Promoter trapping:1||Bicistronic 2A system:1||dopamine receptors:1||magnolia officinalis:1||<fixedcase>Caenorhabditis elegans</fixedcase>:1||Structureactivity relationship:1||Fluorescent:1||Absolute configuration:1||IPMK:1||small molecule:1||6Gingerol analogs:1||Optical dye:1||MethylCpGbinding protein 2:1||biofilm inhibitor:1||singlewalled carbon nanotubes:1||Tenofovir disoproxil fumarate:1||drug candidate:1||salt:1||Tyrosinase:1||Melanin:1||4(6,7Dihydro5Hindeno[5,6d]thiazol2yl) benzene1,3diol:1||Isothiocyanate:1||Monoamine oxidase inhibitor:1||Human mesenchymal stem cells:1||Antidiabetes:1||Curtius rearrangement:1||Diazotization:1||antiinflammatory:1||microglial activation:1||Inhibitors:1||In vivo imaging:1||infection:1||baicalein:1||noneffervescent floating tablets (nonEFTs):1||similarity factor (f(2)):1||Machilus thunbergii:1||ATPase synthase 5:1||OXPHOS:1||hepsin:1||p38 MAPK:1||senescence:1||liver cancer:1||Trapping vector:1||skin aging:1||aging rejuvenation:1||virtual screening:1||hemagglutinin stalk:1||Peptides:1||odorant receptors:1||amidine:1||imidazole4,5dicarboxamides:1||Biofilm inhibition:1||Pyrone:1||Olfr544:1||lipopolysaccharide:1||Amyloid plaques:1||PETimaging:1||Nitric oxide (NO):1||HPLC:1||In silico docking:1||Azooxyresveratrol:1||Inonotus obliquus:1||biofilm formation:1||Cancer:1||Fluorescent probe:1||sustained release (SR):1||low density solid dispersion:1||Cu64DOTAconjugated ligand:1||metabolic alteration:1||glycolysis inhibitors:1||Leptin:1||Influenza A viruses:1||alphaenolase:1||Camellia sinensis:1||Radiofluorination:1||drug repositioning:1||inositol phosphate:1||influenza virus:1||Basic cluster:1||TSLP inhibitors:1||agonists:1||pH imaging:1||Molecular docking:1||Thymidine kinase 1 (TK1):1||Olfactory receptor:1||indole cyclization:1||Structurebased drug design:1||HRM2 hairless mouse:1||solid state characterization:1||(Z)5(2,4Dihydroxy benzylidene)thiazolidine2,4dione:1||prostatespecific membrane antigen:1||metallopeptidase:1||metastatic prostate cancer:1||Morphology:1||Oxazoloquinoline:1||allergic disease:1||diastereomers:1||Streptococcus mutans:1||Polyporus parvovarius:1||mycelium culture extract:1||mitochondrial function:1||Tol2 transposase:1||IL33:1||embolization:1||Swine viruses:1||Polygonum cuspidatum:1||PC3 cells:1||Thymic stromal lymphopoietin:1||mitochondrial oxidative stress:1||

RSS_1.0 RSS_2.0 ATOM_1.0

145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE