ScholarWorks@SUNGKYUNKWAN UNIVERSITY: RYU, DO HYUN

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RYU, DO HYUN (류도현)

Science (Chemistry)

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metabolomics:6||metabolite profiling:5||Metabolomics:5||enantioselectivity:4||asymmetric synthesis:4||NMR:4||Intramolecular DielsAlder reaction:3||DielsAlder reaction:3||Lipidomics:3||Anticancer agent:3||Lewis acids:3||diazo compounds:3||Metabonomics:2||NMR spectroscopy:2||Luche reduction:2||BTK inhibitor:2||H1 NMR:2||mass spectrometry:2||Tubelactomicin A:2||chemometric analysis:2||NozakiHiyamaKishi reaction:2||geographical origin:2||boron:2||Epoxidation:2||Epoxyquinol:2||Cinchona alkaloid derivatives:1||Cinchona alkaloids:1||Colitis:1||Condensation:1||Copper:1||Cultiv:1||Curcuma aromatica:1||Curcuma longa:1||Cyclopentadiene:1||Cyclosporine:1||DFT:1||Darzens reaction:1||Dextran sulfate sodium:1||Diabetes mellitus:1||DielsAlder cycloaddition:1||Drug toxicity:1||Dynamic kinetic resolution:1||EDA complex:1||Ecklonia cava:1||Electrochromic properties:1||Enantioselective catalysis:1||Enantioselective metalpromoted CC bond forming reactions:1||Enantioselective metalpromoted CX bond forming reactions:1||Enantioselectivity:1||Esomeprazole:1||Ethylacrylate:1||GCMS:1||GC/TOF MS:1||Gastrointestinal damage:1||Geographical origin:1||Green tea:1||Highfat diet:1||Honeycomb structure:1||Hydroboration:1||Integrative omics analysis:1||Kinase inhibitor:1||Kinetic resolution:1||Lproline:1||Lactic acid bacteria:1||Lactones:1||Lewis acid catalyst:1||MAP 1: Discovery:1||Mer inhibitor:1||Mesoporous catalyst:1||Metabolic profiling:1||Metabolism:1||Metabolite profiling:1||Metathesis:1||Michael addition:1||MoritaBaylisHillman adduct:1||MoritaBaylisHillman esters:1||Mycobacterium tuberculosis:1||Myocardial infarction:1||Nmonocyanomethylation:1||Naproxen:1||Nuclear magnetic resonance spectroscopy:1||Obesity:1||Octahydronaphthalene:1||Octahydronaphthalene:1||Orbital interaction:1||PGF(2 alpha):1||Phenolfree re:1||Polystyrene:1||Probiotics:1||Pyrimidine derivative:1||Quinic acid:1||Rearrangement:1||Reversible Bruton&apos:1||SalenMn catalyst:1||Salmonella enterica serotype Typhimurium:1||Selectivity:1||Steric repulsion:1||Sterilization:1||Strecker reaction:1||Supercritical carbon dioxide:1||TAM:1||TMSCN:1||Tacrolimus:1||Threecomponent coupling:1||Transcriptomics:1||Transplantation:1||Triazolopyridazine derivative:1||Tungsten trioxide:1||Twodimensional electrophoresis:1||Tyro3 inhibitor:1||UPLC/QTOF MS:1||UPLSMS:1||Ultraperformance liquid chromatography quadrupole timeofflight mass spectrometry:1||Wnt signaling:1||Zngiberaceae:1||aldol reactions:1||alphaaminoalkyl radical:1||alphasubstituted dithiomalonates:1||aluminum iodide:1||annulative πextension:1||antioxidant effect:1||asthma:1||asymmetric catalysis:1||bandgap:1||bariatric surgery:1||betaamino alcohol:1||burdock:1||calcium signaling:1||cancer stem cells:1||carbon allotropes:1||cerebral infarction:1||cervical cancer:1||cervical intraepithelial neoplasia:1||chiral Lewis acid:1||cisCyclopropane:1||copper stress:1||correlation analysis:1||density functional theory:1||diagnosis:1||diazoester:1||diazoesters:1||formaldehyde:1||gastric bypass surgery:1||global lipid profiling:1||gut microbiome:1||heterocycles:1||holey graphyne:1||homo:1||hydrides:1||hydroamination:1||hydrooxepines:1||hydrophobic hydration:1||integrated analysis:1||ketones:1||lipid metabolism:1||liquid chromatographymass spectrometry:1||mesoionic insecticides:1||metadiamide insecticides:1||metabolic reprogramming:1||metabolism:1||mobility:1||multicomponent reactions:1||multivariate analysis:1||nonlinear sp bonding:1||nuclear m:1||omics integration:1||organocatalysis:1||orthoquinone methide:1||oxazaborolidinium catalyst:1||ptype semiconductor:1||palladium:1||pentafluorophenyl substituent:1||prolinederived chiral urea:1||proteomics:1||pyrazolines:1||quaternary:1||quaternary carbon atoms:1||radical 1,2addition:1||reaction mechanisms:1||rearrangement:1||rearrangement reactions:1||s kinase:1||s tyrosine kinase:1||seapolynol:1||secondary metabolites:1||serum:1||soft enolization:1||stereoselectivity:1||synthetic methods:1||thioester enolates:1||tissue:1||trisubstituted epoxide:1||twodimensional materials:1||urinary concentration:1||“on water” noncovalent organocatalysis:1||α, βunsaturated carbonyl compounds:1||α,βunsaturated esters:1||1,3dipolar cycloaddition:1||αaminoalkyl radical:1||1,4Cycloheptadiene:1||1H NMR:1||2:1||3,4dihydrocoumarins:1||3dihydrobenzofuran:1||6KetoPGF(1 alpha):1||AHNAK:1||AlMCM48:1||Angelica gigas:1||Angiogenesis:1||Asymmetric catalyst:1||Asymmetric sulfoxidation:1||Asymmetric synthesis:1||Atherosclerosis:1||Axl inhibitor:1||Beef:1||Bruton&apos:1||Brønsted acid:1||CN bond formation:1||Cthiocarbonylation:1||Cabbage:1||Chiral cobase catalysts:1||Chiral ligands:1||Chronic kidney disease:1||

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

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