CAU Scholar's Space: Han, Sang Beom

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Han, Sang Beom (한상범)

약학대학 (약학부)

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Tel 02-820-5596
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LCMS/MS:12||QuEChERS:7||High performance liquid chromatography:5||HPLC:4||Pharmacokinetic study:4||Electromembrane extraction:3||HPLC/UV:3||LCESIMS/MS:3||Tandem mass spectrometry:3||pharmacokinetic study:2||Bioequivalence:2||Saikosaponins:2||Aquatic products:2||MS:2||Mass spectrometry:2||Column liquid chromatography:2||HPLCUV:2||Evaporative light scattering detection:2||Subcritical fluid chromatography:2||Porphyrins:2||bioavailability parameters:2||Radix Bupleuri:2||Antioxidant:2||LCMS:2||Reverse phase high performance liquid chromatography (RPHPLC):2||Liquid chromatographytandem mass spectrometry:2||Room temperature ionic liquids (RTILs):2||ICPMS:2||Chicken muscle:2||liquid chromatography:2||tandem mass spectrometry:2||Hair:2||Hair analysis:2||validation:2||Urine:2||Validation:2||Very polar compound:2||Chaotrope:1||Charged aerosol detection:1||Charged aerosol detection (CAD):1||Charged aerosol detector:1||Chiral separation:1||Chlorocresol:1||Chlorquinaldol:1||Chromatography:1||Chromones:1||Cleanup efficiency:1||Cloudpoint extraction:1||Commercial drug:1||Comprehensive mobile phase:1||Corydalis species:1||Coumarins:1||Coumarins and phthalides:1||Cresol:1||Cyprinus Carpio:1||Cytoprotection:1||Derivatization:1||Diagnosis:1||Diode array detection (DAD):1||Dispersive liquidliquid microextraction based on solidification of floating organic droplets (DLLMESFO):1||Doping control:1||Dried blood spot:1||Dried blood spots:1||Dried urine spot:1||Drug abuse:1||Drug incorporation rates:1||Drugfacilitated crimes:1||Duloxetine:1||EDTA:1||ESBO:1||Electron impact ionization:1||Elution patterns:1||Emamectin:1||Enantiomer:1||Enantioselective:1||Environmental pollutants (EPOLs):1||Equine urine:1||Esterification:1||Ethanolbased mobile phase:1||Evaporative light scattering detection (ELSD):1||Experimental design:1||Extraction efficiency:1||Felodipine:1||Flow rate gradient:1||Fluoxetine:1||Fructus Lycii:1||Functional and medicinal herbs:1||GCMS:1||Gabapentin:1||Genapol X080:1||Glutathione STransferase:1||Goserelin:1||Graphitic carbon column:1||Green HPLC:1||Green chemistry:1||HPLCDAD:1||HPLCELSD:1||HPLCMSMS:1||HPLCMS/MS:1||HPLCUV method:1||HU210:1||Hematopoietic cell transplantation:1||Herbal extract:1||Hesperetin:1||High performance liquid chromatography (HPLC):1||Horse urine:1||Human plasma:1||Human serum:1||Human urine:1||Hydrophilic interaction liquid chromatography:1||Identification points:1||Immunoaffinity column:1||In vitro metabolism:1||Infant formula:1||Iontrap:1||Ionic liquids:1||Isosorbide dinitrate and isosorbide 5mononitrate:1||Itraconazole:1||JWH122:1||Japanese Pharmacopoeia:1||Korean gastric contents:1||LC–MS:1||LC–MS/MS:1||LC/MS:1||Leaf samples:1||Levocetirizine:1||Liquid chromatography:1||Liquid chromatography and tandem mass spectrometry:1||Liquid chromatography with tandem mass spectrometry:1||Liquid chromatographymass spectrometry:1||Liquid chromatographymass spectrometry (LCMS):1||MAM2201:1||MRM:1||Melamine:1||Metabolism:1||Metabolite:1||Metabolomics:1||Method validation:1||Migration:1||Monocis:1||Monolithic column:1||Multiresidue analysis:1||Multiresidue:1||Multivariate statistical analysis:1||Mycotoxins:1||Nail:1||Neuracetam:1||Neuromed:1||Nicotine metabolites:1||Nitric oxide:1||Nonderivatization:1||Norfluoxetine:1||Normalphase liquid chromatography:1||Novobiocin:1||Nuclear factor erythroid 2related factor 2:1||Nuclear factorκB:1||Onspot reaction:1||Oxidative stress:1||Oxiracetam:1||PLS:1||PVC/PVDC wrap:1||Paroxetine:1||Peptide:1||Persistent organic pollutants:1||Pesticides:1||Pesticides screening:1||Pharmacogenetics:1||Pharmacokinetic parameters:1||Pharmacokinetics:1||Phellinus lintus polysaccharide:1||Phenobarbital:1||Phenolic acids:1||Pinaverium bromide:1||Plant hormones:1||Plasma:1||Plasticizer:1||Preservatives:1||Promestriene:1||Pulsatilla koreana:1||Quality control:1||Quality control guidelines:1||Quantitative analysis:1||RAW 264.7 macrophages:1||Rabbit plasma:1||Radix Saposhnikoviae:1||Rat liver microsomes:1||Residues:1||Response surface methodology:1||10dihydrolysergol (MDL):1||SPE:1||Saikosaponin:1||Sensitivity:1||Serum:1||Simultaneous analysis:1||Single drug exposure:1||Soluplus:1||Species discrimination:1||Supplemented food products:1||Surrogate analyte approach:1||Synthetic cannabinoid:1||Tandem hybrid hydrolysis:1||Telmisartan:1||Teprenone:1||Thiamine:1||Tiletamine:1||Timeofflight mass spectrometry:1||Toluene3,4dithiol:1||Topiramate:1||Traditional oriental prescription:1||Trimethylamine Noxide:1||Triterpenoid saponins:1||Turbulent flow chromatography:1||Ultraperformance liquid:1||Urazamide:1||Urinary metabolites:1||Urinary metals:1||Volatile organic compound metabolite:1||Whole blood metals:1||Zolazepam:1||analogs:1||analytical validation:1||beef meat:1||betaCyclodextrin:1||biomonitoring:1||bioanalysis:1||bioavailability:1||bioequivalence:1||biomonitoring:1||blood:1||bone marrow:1||brotizolam:1||canine plasma:1||chromatographyultraviolet detection:1||colony stimulating factors:1||columnswitching:1||conditioning therapy:1||coumarins:1||dietary supplements:1||direct injection:1||dissolution:1||dog:1||edible oil:1||erdosteine:1||etomidate:1||fisheries products:1||fishery products:1||fluvastatin:1||gabapentin:1||glimepiride:1||glipizide:1||green chemistry studies have become trending in analytical sciences. The green analytical chemistry approaches include the miniaturization of the sample preparation techniques and determination devices:1||hematopoiesis:1||hematopoietic cell transplantation:1||high performance liquid chromatography:1||high performance liquidchromatography:1||highperformance liquid chromatography:1||highperformance liquid chromatography (HPLC):1||human milk:1||hybrid ion trap–time of flight mass spectrometry:1||hydrochlorothiazide:1||hydroxyhongdenafil:1||infrared (IR) spectroscopy:1||intravenous busulfan:1||ionic liquid:1||isoflavonoids:1||lercanidipine:1||letosteine:1||liquidliquid extraction:1||livestock products:1||mass spectrometry:1||mass spectrometry (MS):1||metomidate:1||milk:1||monolithic column:1||multisimultaneous analysis:1||multiclass mycotoxin:1||nicergoline:1||nuclear magnetic resonance (NMR):1||oncedaily administration:1||organic solvents:1||pharmacokinetic:1||pharmacokinetics:1||phosphodiesterase5 inhibitors:1||phthalate metabolite:1||pioglitazone:1||postmortem:1||precipitation inhibitor:1||pseudovardenafil:1||quality control:1||radix astragali:1||rat plasma:1||residue:1||residue analysis:1||reverse phase HPLC 1. Introduction Liquid chromatography (LC)based researches generate about more than 34 million L of organic solvent waste annually.1 To reduce the negative impacts of the organic solvent waste from laboratories to the environment:1||salbutamol:1||saponins:1||sildenafil:1||simultaneous analysis:1||splenocytes:1||supersaturable selfmicroemulsifying drug delivery system (SuSMEDDS):1||sustainedrelease:1||terbutaline:1||urinary metabolites:1||vardenafil:1||veterinary drugs:1||βLactam antibiotics:1||Robenidine:1||10αmethoxy9:1||96well solidphase extraction:1||AM2201:1||ASD (Autism Spectrum Disorder):1||Alkaloids:1||Alltrans:1||Analytical Validation:1||Androgenic anabolic steroids:1||Angelica tenuissima:1||Angelicae dahuricae Radix:1||Antiinflammation:1||Antiinflammatory:1||Aqueous mobile phase:1||Arsenic compounds:1||Atmospheric pressure chemical ionization:1||Atorvastatin:1||Atractylodes plants:1||Autism:1||B Group vitamins:1||BTEX metabolites:1||Bangpoongtongsungsan:1||Barbiturates:1||Basic drugs:1||Benzethonium:1||Betaine:1||Bioanalysis:1||Bioavailability:1||Biological exposure monitoring:1||Bischofia javanica Blume:1||Blood:1||Bupleuri Radix:1||Bupleurum falcatum:1||Bupleurum longiradiatum:1||Busulfan:1||C30 column:1||Cetirizine:1||

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