ScholarWorks@Hanyang University ERICA Campus: Min, Sun Joon

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Min, Sun Joon (민선준)

ERICA 공학대학 (ERICA 에너지바이오학과)

Research Area: 유기 및 의약 화학

Tel 031-400-5502
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Neuropathic pain:5||singlecrystal Xray study:4||Antagonist:4||cyclization:4||Metabotropic glutamate receptor:4||5HT2C receptor:3||mGluR1 antagonist:3||Alzheimer's disease:3||pharmacophore:2||binding affinity:2||Huntington's disease:2||DielsAlder reaction:2||Fluorescence:2||selectivity:2||in vivo:2||Amyloid beta:2||Serotonin:2||synthetic methods:2||Fluorogenic probe:2||Mitochondrial permeability transition pore:2||virtual screening:2||5HT7 receptor:2||Molecular docking:2||MAOB:2||Parkinson's disease:2||Reactive oxygen species:2||T = 296 K:2||docking:2||Glutamate:2||Pd catalyst:2||Ttype calcium channel blockers:2||CNS disease:2||Pharmacokinetics:2||CONSTRUCTION:1||CRYSTALSTRUCTURE:1||CYCLOADDITIONS:1||Cancer therapy:1||Carbapenemaseproducing bacteria:1||Carbapenems:1||Chromanone:1||Cisplatin:1||Colitis:1||Crosscoupling:1||DEHYDROGENATIVE COUPLING REACTIONS:1||DERIVATIVES:1||DITERPENES:1||DNA polymerase:1||DNA tetrahedron:1||DRUG DISCOVERY:1||DS86760016:1||Depressive like behavior:1||Direct blood culture method:1||Donorπacceptor:1||Ecofriendly reaction:1||Enzyme delivery:1||Epigenome:1||Extendedspectrumbetalactamase:1||FDSS6000 assay:1||Fluorescence intensity:1||Fluorescence polarization:1||Fluoxetine:1||GPCR:1||H3 LYSINE 36:1||H3K9me3:1||HIF1 alphap300 interaction:1||HL60:1||HTS assays:1||Hearing loss:1||Heteroaromatic compounds:1||Heterochromatin:1||Higharealcapacity:1||Histone methyltransferase:1||Homology modeling:1||Huntington&#8217:1||INVIVO:1||Indane:1||Inhibitor:1||LATENT HIV:1||Lewis acids:1||Linker:1||Lithiumion battery:1||MAOB inhibitor:1||MOLECULARCLONING:1||MPEQ:1||MPTPinduced animal model:1||Meldrum's acid:1||Metabotropic:1||Metabotropic glutamate receptor 5 (mGluR5):1||Mitochondria:1||Mitochondrial dysfunction:1||Mitochondrial permeability transition pore (mPTP):1||Modified nucleotide:1||Monoamine oxidase B:1||Mycobacterium abscessus:1||N3Alkylthienopyrimidin4one:1||Nalkylcarbazole:1||Nucleophilic aromatic substitution:1||OTEINCOUPLED RECEPTORS:1||Oxazolopyridine:1||Oxime derivatives:1||Oxyiminocephalosporins:1||P22phox:1||PET imaging:1||PET radioligands:1||PHORBOL:1||PHOTOREDOX:1||PROSTRATIN:1||Palladium:1||Patchclamp assay:1||PausonKhand reaction:1||Pd nanoparticle monolayer:1||Peptidecompetitive small molecule inhibitors:1||Pharmacophore:1||Phenol red assay:1||Pickering emulsion:1||Picolinamides:1||Prinstype reaction:1||Probes:1||Proteinprotein interaction:1||Quinoline:1||R factor = 0.038:1||R factor = 0.064:1||R factor = 0.065:1||RESINIFERATOXIN:1||Regioselectivity:1||Reversible terminator:1||Rfactor = 0.045:1||Rubicon:1||SEROTONIN RECEPTOR:1||SETDB1:1||SETDB1/ESET:1||SLEEP:1||STRUCTURAL BASIS:1||SUBSTRATE:1||SYNAPTOLEPISKIRKII:1||Schizophrenia:1||Sequencingbysynthesis:1||Si microparticle:1||Solarthermal effect:1||Sonogashira reaction:1||Streptavidinmirror DNA tetrahedron hybrid:1||SurFlex:1||Suzuki coupling reaction:1||Suzuki reaction:1||Synthetic methods:1||T = 297 K:1||T = 298 K:1||TType calcium channel blockers:1||TERTIARYAMINES:1||TIGLIANE:1||TREK1:1||TROPANE ALKALOIDS:1||TSPO:1||TWIK1:1||Thiazole2carboxamides:1||Thiazolopyridine:1||Thienopyrimidinone:1||Thiophene derivatives:1||Translocator protein:1||Trimethylated H3K9 (H3K9me3):1||Triphosphate:1||VEGF:1||Virtual screening:1||Wrinkledmultilayeredgraphene:1||Xray diffraction:1||aldehydes:1||allosteric inhibition:1||azaMichael:1||benzene specific peptide:1||benzo[a]quinolizidines:1||benzothiazole:1||benzoxaboroles:1||benzoxazole:1||betalactamases:1||brain imaging psychiatric disorders:1||carbapenemaseproducing Enterobacteriaceae:1||cellbased assay:1||chemical force microscopy:1||chemical probes:1||crystal structure:1||cyclohexane1,3dione:1||datatoparameter ratio = 13.4:1||datatoparameter ratio = 16.9:1||datatoparameter ratio = 18.2:1||datatoparameter ratio = 18.4:1||diastereoselectivity:1||dimedone:1||direct:1||disorder in main residue:1||disubstituted pyrimidine:1||drug resistance:1||ecofriendly reaction:1||enzymatic kinetic resolution:1||enzyme inhibitors:1||epetraborole:1||fluorogenic assay:1||fluorogenic probe:1||glutamate:1||heterocycles:1||hierarchical highthroughput virtual screening:1||histone methylation:1||homology model:1||lateral force image:1||leucyltRNA:1||mGluR1 Antagonist:1||mGluR1 negative allosteric modulators:1||mean σ(CC) = 0.002 Å:1||mean σ(CC) = 0.006 Å:1||mean σ(CC) = 0.007 Å:1||meanω(C  C) = 0.003 A °:1||medium spiny neuron:1||metabotropic glutamate receptor (mGluR):1||microcontact printing:1||motor function:1||multiphasic reaction:1||mutation frequency:1||natural products:1||network structure:1||neuropathic pain:1||novel antagonists:1||optically active:1||oxidative Mannich reaction:1||oxonium ion:1||positive blood culture:1||pyrimidine:1||quinoline:1||s disease:1||silanes:1||solarthermal catalysis:1||solarthermal effect:1||solarthermal heating:1||spinal nerve ligation (SNL) model:1||stereoselectivity:1||suzuki coupling reaction:1||total synthesis:1||tubulin:1||tubulin polymerization inhibitor:1||wR factor = 0.119:1||wR factor = 0.191:1||wR factor = 0.231:1||1,4Diazepane:1||wRfactor = 0.135:1||1,4Diazepanes:1||1ST SYNTHESIS:1||2:1||2Amino4alkoxypyrimidines:1||3,3Diphenylpropanoyl piperazine:1||4:1||6trisubstituted tetrahydropyrans:1||A beta:1||AEROBIC CONDITIONS:1||AGONIST:1||ASYMMETRICSYNTHESIS:1||Addition:1||Agonist:1||Aldehydes:1||Alkoxylation:1||Alkynes:1||Amides:1||Amination:1||AmpC betalactamase:1||Antibiotic resistance:1||Antidepressant:1||Aryl isoxazole:1||Astrocytes:1||Autophagy:1||BINDING:1||BONDFORMING REACTIONS:1||Binder& conductorfree electrode:1||CC bond formation:1||CH FUNCTIONALIZATION:1||CN bond cleavage:1||CAMP PRODUCTION:1||CATALYTIC ENANTIOSELECTIVE SYNTHESIS:1||

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