ScholarWorks@SUNGKYUNKWAN UNIVERSITY: KIM, HYUNG SIK

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KIM, HYUNG SIK (김형식)

Pharmacy (Pharmacy)

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Pgp:19||apoptosis:11||autophagy:9||Cancer:8||Apoptosis:8||risk assessment:7||Inflammation:6||Autophagy:6||biomarker:6||HDAC inhibitor:5||cotreatment:5||Allergy:5||Prostate cancer:5||oxidative stress:5||Cisplatin:5||drug resistance:5||cancer:5||Hippocampal neurogenesis:4||Drugresistance:4||Oxidative stress:4||diabetic nephropathy:4||inflammation:4||Nephrotoxicity:4||nephrotoxicity:4||Memory retention:4||drugresistance:4||Drug resistance:4||Mast cells:4||p53:3||Pyruvate kinase M2:3||Pharmacokinetics:3||Rhodium:3||PKM2:3||Aripiprazole:3||breast cancer:3||Drugresistant:3||repositioning drug:3||Fyn:3||Breast cancer:3||compound 3K:3||Antimalarial drugs:3||Dendropanax morbifera:3||ovarian cancer:3||Acute kidney injury:3||Curcumin:3||Leukemia inhibitory factor:3||Cadmium:3||Integrin:3||biomarkers:3||JAK2:3||Migration:3||Doxorubicin:3||Liver fibrosis:2||Syk:2||Drug repositioning:2||Genetic polymorphism:2||MHY219:2||MHY2256:2||Thioacetamide:2||HK2:2||Azaindoles:2||Triclosan:2||glycolysis:2||CEP33779:2||Mast cell:2||Halaven:2||Mefloquine:2||Type I hypersensitivity:2||CMIT/MIT:2||Azobenzenes:2||Physiologically based pharmacokinetic (PBPK) model:2||EX527:2||Cosmetics:2||Biomarker:2||Biomarkers:2||Humidifier disinfectants:2||Endometrial receptivity:2||IL1:2||acute kidney injury:2||Endometrium:2||Primaquine:2||Anticancer:2||CYP2C9:2||Pulmonary fibrosis:2||Amination:2||Implantation:2||Epigenetic:2||Reactive oxygen species:2||antioxidant:2||Cytotoxicity:2||Renal toxicity:2||Nanoplastics:2||benzo[a]pyrene:2||bipolar drugs:2||Iridium:2||CH Activation:2||Risk assessment:2||SIRT1:2||Neural progenitor cells:2||Dendropanoxide:2||Detoxification:2||prostate cancer:2||cell cycle:2||Benzo(a)pyrene:2||pyruvate kinase M2:2||quercetin:2||Anaphylaxis:2||Diabetic nephropathy:2||Chemotherapy:2||resistant cancer:2||conditioned media:2||shikonin:2||LIF:2||AMPK:2||skin sensitization:2||diabetes:2||GV1001:2||ERα:1||EV microRNA:1||Elacridar:1||Embryo implantation:1||Endocrine disruptor:1||Endothelial cells:1||Enhanced toxicity:1||Environmental changes:1||Environmental pollutants:1||Epithelialmesenchymal transition:1||Erlotinib:1||Estrogen deficiency:1||Ex vivo sensor:1||Extracellular vesicles:1||FURIN:1||Fatty acid uptake:1||Fatty liver:1||Fibrinogen:1||Fish center dot HPLC:1||Fluphenazine:1||Flurbiprofen:1||Formaldehyde:1||Functional foods:1||Fyn kinase:1||G alpha scAMP:1||GCC5694A:1||GSTP1:1||Gastrointestinal cancer:1||Gefitinib:1||Genetic:1||Genotoxic:1||Genotypes:1||GnRHR:1||HM71224:1||HSPA8:1||Hepatic fibrosis:1||Hepatocellular carcinoma:1||Hepatoprotection:1||Herbal medicine:1||Highfat diet:1||Host cell entry inhibitor:1||Human microdose:1||IGF1R:1||IL1β:1||IL6/STAT3:1||Imines:1||Immunoglobulin (Ig) E:1||Immunosensor:1||Indole alkaloid:1||Indoles:1||Indolines:1||Infertility:1||Interleukin10:1||Internal olefins:1||Invasion:1||Ishikawa:1||Isocyanates:1||Isoquinoline alkaloid:1||Isoquinolines:1||J11Cl:1||Jak2:1||Jellyfishderived fungus:1||KIM1:1||Korea National Health and Nutrition Examination Survey:1||LCMS:1||LY294002:1||Lapatinib:1||Lipid accumulation:1||Lipidomics:1||Lithiumion battery:1||Lyn:1||MDAMB231:1||MDM2:1||MHY2245:1||MHY412:1||MHY4381:1||MK2206:1||MMPs:1||Margin of safety:1||Marine rotifer:1||Marine sponge:1||Melamine:1||Melastoma malabathricum:1||Mercury chloride:1||Metabolism:1||Metabolomics:1||Methionine:1||Methotrexate:1||Metoprolol:1||Mitochondrial:1||Mitochondrial dynamics:1||Mitochondrial dysfunction:1||Mixture:1||Molineria recurvata:1||Molybdenum disulfide:1||Mouse Parkinson&apos:1||Multigenerations:1||Multiomics:1||Multistage:1||NMyc downstreamregulated gene 2 (NDRG2):1||NFkappa B:1||NF1X:1||NNK:1||NPCs:1||NRF2:1||NS398:1||NVPBSK805:1||Nasal or oral inhaler:1||Natural leads:1||Nepenthes alata:1||Neuronal maturation:1||Neurotoxicity:1||Nicotine:1||Nitrogen heterocycles:1||Nrf2:1||Nutraceutic:1||Oddskipped related 1:1||Olefins:1||Onestep electrochemical deposition:1||Optimal hyperoxia:1||Oral peptide scaffold:1||Osterix:1||Oxidative phosphorylation:1||Oxindoles:1||Pglycoprotein:1||Pgp inhibitors:1||P53:1||PAkt:1||PBPK model:1||PHMGpinduced pulmonary fibrosis:1||PI3K/AKT/mTOR:1||PI3K/Akt/mTOR:1||PKM2 inhibitors:1||PKM2/mTOR:1||PPAR gamma:1||PPAR:1||PPCPs:1||PVC:1||Paeonia:1||Paraformaldehyde:1||Perilla:1||Perilla frutescens:1||Phlda3:1||Phoma sp.:1||Phthalate:1||Phthalates:1||Physicochemical property:1||Phytochemistry:1||Phytoecdysteroids:1||Pimozide:1||Piroxicam:1||Plumbagin:1||Polyhexamethylene guanidine (PHMGp):1||Polyhexamethylene guanidine phosphate:1||Polystyrene plastics:1||Prediction:1||Preservative:1||Primary neurons:1||Proinflammatory cytokines:1||Propolis:1||Pyridoxine:1||QSAR:1||QSPR:1||RNAsequencing:1||Regulatory B cells:1||Rehmannia:1||Renal tubular injury:1||Renoprotective effect:1||Repositioning drug:1||Reproductive:1||Reserpine:1||Resistance:1||Resveratrol:1||Rhamnus davurica:1||SIRT:1||SIRT inhibitor:1||SIRT4:1||SP600125:1||SREBP1c:1||STAT3:1||Safety:1||Saponins:1||Seleniumbinding protein 1:1||Sesamin:1||Sildenafil citrate:1||Sildenafil/Vardenafil:1||Simultaneous exposure:1||Sirtuin:1||Skin sensitization:1||Small extracellular vesicles:1||Smoker:1||Smoking:1||Solution structure:1||Steroids:1||Sterol:1||Structureactivity relationship:1||Sulfonyl azides:1||Syk kinase:1||TGFβ1:1||TLR4/NF?Bp65/p38MAPK:1||TMPRSS2:1||TNBC:1||Tenovin1:1||Tetrabromobisphenol A:1||Thioridazine:1||Transepidermal water loss:1||Transgeneration:1||Transgenerations:1||Triplenegative breast cancer:1||Tripterpenoids:1||Triterpene saponin:1||Tropane alkaloid:1||Trophoblast:1||Tumor growth inhibition:1||Tyrosine kinase inhibitors:1||Unintentional phthalates contaminants:1||Urinary biomarker:1||Urinary biomarkers:1||Verapamil:1||Vinblastine:1||Virushost cell interaction blocking:1||Water flea:1||XL019:1||Xenograft model:1||YAP1:1||YY2:1||Zingiber officianale:1||acetate:1||adipocyte differentiation:1||aging:1||aldimines:1||alloptical ultrasound:1||alphaLinolenic acid:1||alternative test:1||amiodarone:1||androgen receptor:1||anthranils:1||antiinflammation:1||antiinflammatory:1||antibiotics:1||anticancer:1||anticancer agent:1||antioxidants:1||antiulcer:1||apicidin:1||autophagic cell death:1||azole antifungal drugs:1||azoxymethane/d:1||baicalein:1||benign prostate hyperplasia:1||blood coagulation:1||blood concentrations of heavy metals:1||blood pressurerelated drugs:1||bracken fern:1||bromopropane:1||calcineurin inhibitor:1||cancer stem cell:1||caner prevention:1||carvedilol:1||celecoxib:1||cell metabolism:1||cell proliferation:1||collageninduced arthritis:1||colon cancer:1||colon cancer cells:1||colorectal cancer:1||crizotinib:1||curcumin:1||curry intake:1||cytotoxicity:1||daily sperm production:1||dendropanoxide:1||detoxification:1||diabetes mellitus:1||docking simulation:1||drugresistant cancer:1||empirical mode decomposition:1||enavogliflozin:1||endocrine disrupting chemical (EDC):1||endocrinedisrupting chemicals (EDCs):1||endometrial cancer:1||endoplasmic reticulum:1||epididymis:1||everolimus metastatic renal cell carcinoma:1||explosion:1||fatty liver:1||fedratinib:1||firstline combination treatment:1||glioma:1||gliomaassociated oncogene:1||gliotoxin:1||glomular:1||glycolytic rates:1||hedgehog (Hh) signaling:1||hepatic fibrosis:1||hepatoxicity:1||heterogeneous resistant cancer population:1||highfat diet:1||histology:1||histone acetylation:1||histone deacetylase inhibitor:1||hormone:1||hydrofluoric acid:1||hydroxamic acid derivative:1||hypertension:1||hypoxia:1||iNOS:1||imidazole:1||in vitroin vivo extrapolation:1||insilico drug design:1||isorhamnetin:1||lasergenerated focused ultrasound:1||liposomes:1||liver fibrosis:1||logistic regression:1||luciferase assay:1||lung carcinogenesis:1||lung toxicity:1||mTOR:1||margin of exposure:1||mechanistic kidney model:1||mefloquine:1||menin:1||menin inhibitor:1||mercury:1||metallothionein:1||metallothionein 3:1||metastasis:1||metformin:1||methotrexate:1||microplastics:1||molecular mechanism:1||monotherapy:1||multidrug resistance:1||myricetin:1||nanomedicine:1||nephropathy:1||nicardipine:1||osteoblast differentiation:1||overexpressed receptor:1||oxindole derivative:1||oxygen:1||pgp:1||pacritinib:1||pharmaceuticals:1||pharmacokinetics:1||phase detoxifying enzyme:1||phenanthroline:1||phthalimide:1||physiologically based pharmacokinetic modelling:1||pimecrolimus:1||prediction:1||primaquine:1||proinflammation:1||proinflammatory cytokines:1||protective effect:1||proximal tubules:1||ptaquiloside:1||pyruvate kinase muscle isozyme M2:1||quetiapine:1||reactive oxygen species:1||renal fibrosis:1||rifabutin:1||risk reduction:1||s disease model:1||salivary mucoepidermoid carcinoma:1||single treatment:1||sirt1:1||sirtuin 1:1||skin sensitization potency:1||sodiumglucose cotransporter 2 inhibitor:1||sperm toxicity:1||steamed ginger extract:1||steroidal alkaloids:1||streptozotocin:1||susceptible individuals:1||tacrolimus:1||target organ toxicity:1||targeted cancer therapy:1||terconazole:1||therapeutic target:1||thioacetamide:1||tissue distribution:1||triclosan:1||trifluoperazine:1||triplenegative breast cancer:1||tumor xenograft:1||tyrosine kinase inhibitors:1||urinary biomarkers:1||urinary excretion:1||urine:1||vardenafil:1||vinblastine:1||viscoelasticity:1||xenobiotic metabolism:1||αGlucosidase inhibitor:1||αSMA:1||(2H)Indazoles:1||αsmooth muscle actin:1||1,3diacetate CAC0982:1||15deoxyDelta(12,14)prostaglandin J(2):1||3β,6βdihydroxyurs12en27oic acid:1||5 alphareductase:1||5Bromo4chloro3indolyl:1||8hydroxydeoxy guanosine:1||ABCB1 (or Pgp) overexpression:1||AGM130:1||AICAR:1||AKR7A1:1||AMPK/mTOR:1||AR:1||AT9283:1||ATGL:1||AZD5363:1||AZD7762:1||Acetaminophen:1||Acridines:1||Adaptive effects:1||Adhesion:1||Adulterant:1||Afrocyclamin A:1||Agespecific biomarkers:1||AhR:1||Aldehydes:1||Alkenes:1||Aloe polysaccaride:1||Aminoindanes:1||Analytical methods:1||Anionic knottin:1||Annulation:1||Anthranilic acids:1||Anthranils:1||Antiinflammatory:1||Antipsychotic drug:1||Antimitotic drugs:1||Antioxidant:1||Antioxidant enzymes:1||Antioxidants:1||Apocynin:1||Aquatic organisms:1||Aroylureas:1||Artemisia anima L.:1||Arthritis:1||Asteropus sp.:1||Astilbe chinensis:1||Atopic dermatitis:1||Atropisomerism:1||Autocrine:1||Azo compounds:1||BDNF:1||BPDEDNA adduct:1||BPDEIDNA adduct:1||BTK inhibitor:1||Benzo[a]pyrene:1||Benzoic acid:1||Benzoic acids:1||Benzyl butyl phthalate (BBP):1||Berberine:1||Betaine:1||Bioinformatic approaches:1||Biological activity:1||Bisazaindoles:1||Brachionus plicatilis:1||Brain derived neurotropic factor:1||Bronchoalveolar lavage fluid:1||CH Functionalization:1||CH activation:1||CH functionalization:1||C4b:1||CD36:1||CD40:1||CD5:1||CFD:1||COX2:1||CREB:1||CXCR6:1||CYC116:1||CYP2D6:1||Cancer cell metabolism:1||Cancer metabolism:1||Cancer risk:1||Cell adhesion molecules:1||Cellular metabolic targets:1||Chemoprevention:1||Chloroquine:1||Chlorosulfonyl isocyanate:1||Chronic toxicity:1||Colchicine:1||Collagen I:1||Combined effect:1||Combined effects:1||Conduramine:1||Copper:1||Covid19:1||Crosscoupling:1||Croton hookeri:1||Cyanuric acid:1||Cyclindependent kinase:1||Cyclization:1||Cyclosporine A:1||DNA methylation:1||DWP16001:1||Daphnia magna:1||Dasatinib:1||Di(2ethylhexyl)phthalate (DEHP):1||Dinbutyl phthalate:1||Diastereoselectivity:1||Dibutyl phthalate (DBP):1||Disposable sensor:1||Docetaxel resistance:1||Donepezil:1||Dopamine:1||EC3:1||EF1 gamma:1||ENO1:1||

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

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