ScholarWorks@Gachon: Kang, Ki Sung

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Kang, Ki Sung (강기성)

College of Korean Medicine (Premedical course of Oriental Medicine)

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Tel 031-750-5402
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Apoptosis:21||Nephrotoxicity:16||MAPKs:15||apoptosis:14||cisplatin:12||nephrotoxicity:12||Panax ginseng:11||PDX1:10||Inflammation:9||Oxidative stress:9||Cisplatin:9||Morus alba:8||Glutamate:7||inflammation:7||HT22 cells:6||VEGF:6||Cirsimaritin:6||MCF7:6||network pharmacology:6||PI3K:6||Cytotoxicity:5||Antiinflammation:5||Human dermal fibroblasts:5||Reactive oxygen species:5||glucosestimulated insulin secretion:5||caspase3:5||Caspase:5||antiinflammation:5||nitric oxide:5||estrogen receptor:4||Obesity:4||endophyte:4||NFkappa B:4||AKT:4||antioxidant:4||herbal medicine:4||Chalcone:4||oxidative stress:4||MMPs:4||human dermal fibroblasts:4||Cirsium japonicum var. maackii:4||Skin aging:4||Centipeda minima:4||Insulin secretion:4||Network pharmacology:4||Insulin:4||angiogenesis:4||Angiogenesis:4||Hispidulin:4||MAPK:4||ginsenoside:4||Mitogenactivated protein kinase:4||cytotoxicity:4||adipogenesis:4||Estrogen receptor:4||Adipogenesis:3||flavonoid:3||Nitric oxide:3||glucose uptake:3||Ginseng:3||AP1:3||Adipocytes:3||Korean Red Ginseng:3||Glucosestimulated insulin secretion:3||Triterpenoid:3||Tube formation:3||Tumor necrosis factorα:3||LLCPK1:3||Wound healing:3||LLCPK1 cells:3||macrophages:3||adipocytes:3||mitogenactivated protein kinases:3||Breast cancer:3||antiinflammatory:3||obesity:3||Epithelialmesenchymal transition (EMT):3||Ca2+:3||Autophagy:3||Calvatia nipponica:3||Herbal medicine:3||Menopause:3||Metastasis:3||Antioxidant:3||caspase:3||ROS:3||Akt:3||streptozotocin:3||Cornus walteri:3||FK506:3||Betula platyphylla var. japonica:3||Flavonoid:3||Curcuma zedoaria:3||aloeemodin:2||A2780 ovarian carcinoma cells:2||NO production:2||Terminalia chebula:2||Artemisia argyi:2||Taraxacum coreanum:2||Kaempferia parviflora:2||Ginsenosides:2||HT22:2||Osteoclast:2||neuroprotection:2||neuroprotective effects:2||human umbilical vein endothelial cells:2||TNFα:2||HUVEC:2||gastric cancer:2||diabetes:2||Polyporaceae:2||Polysaccharide:2||MCF7 human breast cancer cells:2||MDAMB231:2||Citrus unshiu:2||TNFalpha:2||osteoporosis:2||ovarian cancer:2||COX2:2||hispidulin:2||Armillariella tabescens:2||NMR:2||Gallic acid:2||Ginsenoside:2||p53:2||Annulohypoxylon annulatum:2||Ginkgo biloba fruits:2||Salicornia herbacea:2||gut microbiota:2||Curcuzedoalide:2||NO:2||ulcerative colitis:2||phytoestrogens:2||Inducible nitric oxide synthase:2||Prunus persica (L.) Batsch:2||Method validation:2||breast cancer:2||Pueraria lobata:2||Fusarium lateritium SSF2:2||Hericium erinaceum:2||Quality evaluation:2||cancer:2||RANKL:2||Genistein:2||Aquimarina sp:2||Gastritis:2||prostate cancer:2||RAW 264.7 cells:2||cell cycle arrest:2||Caspase3:2||Cordyceps militaris:2||glutamate:2||renal damage:2||Mitogenactivated protein kinases:2||renoprotective effect:2||Sanguiin H6:2||ginsenosides:2||Momordica charantia:2||Antiproliferation:2||Gastric cancer:2||wound healing:2||Renoprotection:2||Aralia continentalis:2||Euonymus alatus:2||skin aging:2||cordycepin:2||ginseng:2||Mulberry:2||Acute kidney injury:2||Cirsimarin:2||So Shiho Tang:2||PPAR gamma:2||iodixanol:2||Withania somnifera:2||insulin secretion:2||Eupatilin:2||Sapogenin:2||Zingiber officinale:2||Panax vietnamensis:2||Guggulsterone:2||5hydroxytryptamine:2||Lanostane triterpenoids:2||ghrelin:2||Agaricaceae:2||menopause:2||Lespedeza cuneata:2||insulin:2||HPLC:2||Rutaceae:2||Transforming growth factorbeta 1 (TGFbeta 1):2||Cinnamomum cassia:2||Lung cancer:2||tetrahydrocurcumin:2||Kidney protection:2||Cyanidin 3Oglucoside:2||Hallabong:1||Hangover:1||Heat processing:1||Heatprocessed:1||Hematopoietic herbal extracts:1||Heme oxygenase1:1||HepG2:1||HepG2 cells:1||Hericiaceae:1||Hericium erinaceus:1||High performance liquid chromatographyUV:1||Highfat diet:1||Highperformance liquid chromatographyUV:1||Hippophae rhamnoides:1||Hormone replacement therapy:1||Hormones:1||Human cervical cancer:1||Human hepatoma cells:1||Hyangsayukgunjatang:1||Hymenochaetaceae:1||Hyphodermin:1||Hypothalamicpituitarygonads axis (HPGA):1||Hypoxylon truncatum:1||IRS2:1||Igf1:1||Improvement of skin damage:1||Increased GI barrier permeability:1||Indole acetic acid:1||Inflammatory bowel disease:1||Inflammatory cytokine:1||Innate immune enhancing:1||Invasion:1||Iodixanol:1||Isoflavonoid:1||Isorhamnetin3Oglucoside · Method validation · Quercetin3Oglucoside · Salicornia herbacea:1||Isothiocyanate:1||JNK:1||Janus kinasesignal transducer and activator of transcription signaling pathway:1||Jatropha podagrica:1||KIM1:1||KM1608:1||KM1701:1||Kamut:1||Kidney cells:1||Kidney transplant:1||Korean endemic plant:1||Korean red ginseng:1||Korean thistles:1||L leucine:1||LLCPK1 cell:1||LNCaP cell:1||Lactones:1||Leonurus sibiricus seed:1||Liliaceae:1||Lizhongtang:1||Lonicera caerulea:1||MAPK p38:1||MAPK pathway:1||MAPKsp53caspase3:1||MCF7 Cells:1||MCF7 cell:1||MCF7 cells:1||MDAMB231 cells:1||Maclura tricuspidata fruit:1||Macrophage:1||Manchurian spikenard:1||Mandelamide:1||Matrix metalloproteinase:1||Matrix metalloproteinase9:1||Medicinal plants:1||Melanoma:1||Memory:1||Methoxyflavone:1||Methyl caffeate:1||Microwave:1||Microwave irradiation:1||Migration:1||Momordica cochinchinensis:1||Monoterpenoid:1||Moraceae:1||Morinda citrifolia:1||Multicompound treatment for GERD:1||Muscone:1||Mushroom:1||N:1||Nacetylcysteine:1||Ndimethylanthranilic acid:1||Nphenethylacetamide:1||NAFLD:1||NASH:1||NFbeta B:1||NFkappaB:1||NMR chemical shift calculation:1||NO production inhibition:1||Natural plant extract:1||Natural products:1||Necrostatins:1||Neopestalotiopsis clavispora:1||Neosartorya fischeri:1||Nephrotoxicity cisplatin:1||Network pharmacological analysis:1||Network pharmacology analysis:1||Neuropeptide:1||Nitrate removal:1||Nrf2:1||Nuclear factor kappa B:1||OVAinduced Mouse Model:1||Oenothera biennis:1||Ophiopogon japonicus:1||Oryza sativa:1||Osmundacetone (OAC):1||Osteoblast differentiation:1||Osteoclast differentiation:1||Osteoporosis:1||Ostericum koreanum:1||Ovarian cancer:1||Ovariectomized rat:1||Oxime derivatives:1||Psynephrine:1||P53:1||PDX1:1||PPAR activator:1||PPAR alpha:1||PPAR alpha/gamma:1||PPARγ:1||Panax ginseng C.A. Meyer:1||Pancreatic betacells:1||Particle exhaust:1||Particulate matter:1||Periodontitis:1||Pharbitis nil:1||Phellinus baumii:1||Phellodendri cortex:1||Phenolic acid:1||Phlegm syndrome:1||Phoma sp:1||Phytochemicals:1||Phytoestrogens:1||Phytosterols:1||Pinecones:1||Pinus koraiensis:1||Pleurotaceae:1||Pleurotus cornucopiae:1||Polyketides:1||Polysaccharides:1||Pomegranate:1||Poncirin:1||Poria cocos:1||Poria cocos Wolf:1||Porphyromonas gingivalislps (LPSPG):1||Posttraumatic stress disorder:1||Postmenopausal Symptoms:1||Precocious puberty:1||Pregnane glycoside:1||Procaspase3:1||Proinflammatory cytokines:1||Prostate cancer:1||Protocatechuic acid:1||Prunella vulgaris var:1||Puberty:1||Pueraria lobate root:1||Punicalagin:1||RAW 264.7:1||RAW 264.7 macrophage cell:1||RAW 264.7 macrophage cells:1||RAW264.7:1||RB1:1||Receptor activator of nuclear factorkappa B ligand:1||Reducose (R):1||Renal failure:1||Resin:1||Resina Pini:1||Reynoutria elliptica:1||Rheum undulatum L:1||Rheum undulatum L.:1||Rheumatoid arthritis:1||Rubus coreanus:1||S)1&apos:1||SARSCoV2:1||SGLT1:1||Safety:1||Salix chaenomeloides:1||Salvia miltiorrhiza Radix:1||Salviae miltiorrhizae radix:1||Sanguiin H11 (SH11):1||Sanguiin H6:1||Saponin:1||Sargahydroquinoic acid:1||Saussurea grandifolia:1||Saussurea lappa:1||Sea buckthorn:1||Sesquiterpenes:1||Shikimic acid:1||Shiunko:1||Sipjeondaebotang:1||Smad2/3 signaling pathway:1||Soyacerebroside i:1||Spartina anglica:1||Spatholobi Caulis:1||Spatholobus suberectus:1||Sphagnaceae:1||Sphagnum palustre:1||Stevia rebaudiana:1||Stigmasterol3Oβdglucoside:1||Streptomyces sp:1||Streptomyces xinghaiensis:1||Streptozotocin:1||Structural elucidation:1||Structureactivity relationship (SAR):1||Structureactivity relationships:1||Sulforaphane:1||Supercritical fluid CO2 extraction:1||TNF?:1||TRAP:1||Tacrolimus:1||Tanshinone IIA:1||Tartrateresistant acid phosphatase:1||Terminalia chebula Retz:1||Tertiary butyl hydroperoxide:1||Tissuecultured mountaingrown ginseng:1||Total synthesis:1||Tree sprout:1||Tricholomataceae:1||Triplenegative breast cancers:1||Triterpenoids:1||Triticum:1||Type 2 diabetes mellitus (T2DM):1||Vegfa:1||Vitex rotundifolia:1||Volubiloside:1||White pan bread:1||Wnt/betacatenin signaling:1||YD38 cells:1||Zingiber officinale Roscoe:1||Zingiberaceae:1||Ziziphus jujuba:1||Ziziphus jujuba Mill:1||abietic acid:1||acetylcholinesterase:1||active ingredient:1||acute gastric injury:1||adipokine:1||adipose tissue obese db:1||aldose reductase inhibitor:1||alkaloid:1||alpha mangostin:1||alphaSpinasterol:1||alphaglucosidase:1||anorexia:1||antiallergy:1||anticancer:1||antiinflammation activities:1||antiinflammatory activity:1||antiinflammatory effect:1||antilipogenesis:1||antimetastatic activity:1||antineuroinflammatory activity:1||anticancer:1||antigastritis:1||antiproliferative activity:1||antiskin aging:1||antiviral effects:1||apigenin:1||appetite:1||ash bark:1||asperchalasine A:1||baicalin:1||betulinic acid:1||bioactivityguided isolation:1||bioavailability:1||biomarker:1||breast cancer cells:1||brevilin A:1||brown rice:1||cJun Nterminal kinase (JNK):1||cancer cell proliferation:1||caprolactin C:1||caspase8:1||cervical cancer cells:1||chemotherapyinduced anorexia:1||chickenfeet:1||chiral HPLC column:1||chondrocyte:1||chronic inflammation:1||chrysophanol 1ObetaDglucopyranoside:1||cirsimaritin:1||cisplatininduced renal damage:1||clinical trials:1||continentalic acid:1||contrast agent:1||cucurbitanetype triterpenoids:1||curcumin:1||db mice:1||decursin:1||decursinol angelate:1||deoxyshikonin:1||design of experiments:1||dexamethasone:1||diabetic complications:1||dual activator:1||dyslipidemia:1||electroacupuncture:1||electroacupuncture:1||entcaprolactin C:1||epithelialmesenchymal transition:1||epithelialtomesenchymal transition:1||esculin:1||estriol:1||estrogenic activity:1||estrogenic effects:1||extrinsic apoptosis:1||fatty acid methyl ester:1||fatty acid oxidation:1||fermented black ginseng:1||formononetin:1||fungusgrowing termite:1||gallic acid:1||gallocatechin gallate:1||gammapyrones:1||ginkgo fruitsi:1||ginsenglactone A:1||ginsenoside 20(S)Rg3:1||ginsenoside Rb1:1||ginsenoside Rb1:1||ginsenoside Re:1||ginsenoside Rh3:1||gintonin:1||glucose response:1||glycolipid:1||glycyrrhizic acid:1||hair growth:1||halophile:1||heat processing:1||heatprocessing:1||hepatocellular carcinoma:1||hepatoprotective:1||hericenone E:1||hormone replacement therapy:1||human hair follicle dermal papilla cells:1||hybrid PKSNRPS:1||hybrid polyketides:1||hydroxydecanoic acid:1||hydroxypropyl methylcellulose:1||hyperglycemia:1||hypoxylonol:1||iNOS:1||immune response enhancement:1||indole alkaloid Nglycoside:1||indomethacin:1||inducible nitric oxide synthase:1||inflammatory bowel disease:1||informatics approach:1||innate immune responses:1||iridoids:1||isorhamnetin3Oglucoside:1||kidney injury molecule1:1||kidney protection:1||labdanetype diterpene:1||laricitrin 3rutinoside:1||lignan:1||lilacina:1||limonoid:1||linaroside:1||lipid accumulation:1||lipid metabolism:1||lipopolysaccharide:1||lipotoxicity:1||lung cancer:1||luteolin:1||maackii:1||macrooxazole:1||macrophage:1||macrophage cells:1||marmesinin:1||menopauserelated metabolic diseases:1||metastasis:1||microwave:1||migration:1||mitochondriadependent pathway:1||mitochondriaindependent pathway:1||mitogenactivated protein kinase:1||molecular docking:1||monoacylglycerol:1||monoiodoacetate:1||moutan radicis cortex:1||mulberry:1||multitarget:1||natalenamides AC:1||network pharmacological analysis:1||neurodegenerative diseases:1||neuropeptide Y:1||nonapeptide:1||noni:1||normal human dermal fibroblasts:1||ocotillol:1||ophiopogonin T:1||osteoarthritis:1||osteoblast:1||osteoclast:1||osteoclast differentiation:1||oxidative renal damage:1||oxolane derivative:1||poctopamine hydrochloride:1||psynephrine:1||p21:1||palmitic acid:1||panaxynol:1||pectolinarigenin:1||pharmacopuncture:1||phenolic glycoside:1||phytochemical constituent:1||phytochemicals:1||platelet:1||polypharmacology:1||polyphenols:1||polysaccharide:1||postprandial blood glucose level:1||proinflammatory cytokine:1||proinflammatory gene expression:1||proopiomelanocortin:1||processed Vietnamese ginseng:1||procyanidin B2:1||procyanidin B2 3 &apos:1||procyanidin C1:1||prostaglandin E2:1||protein tyrosine phosphatase:1||protopanaxadiol:1||raspberry:1||rat lens aldose reductase:1||reactive oxygen species:1||renoprotective activity:1||safety:1||saikosaponins:1||sanguiin H6:1||sartorypyrone E:1||schisandrin C:1||schisandrol A:1||secondary metabolites:1||senescence:1||senescence associated betagalactosidase activity:1||skin damage:1||skinwhitening effects:1||sterol:1||structure elucidation:1||sun ginseng:1||synergistic effects:1||syringin:1||systemic:1||tetramic acid:1||traditional Asian medicine:1||triglucoside flavone:1||tripeptides:1||truncated BID:1||tube formation:1||tumor necrosis factoralpha:1||type 1 diabetes mellitus:1||vascular endothelial growth factor:1||wild ginseng:1||withagenin A diglucoside:1||withanolide glycosides:1||“KunShinChoaSa” theory:1||αGlucosidase:1||αglucosidase:1||αglucosidase inhibitory activities:1||γmangostin:1||&apos:1||고지방 식이 · 기능성 식초 · 비만 · 염증 · 흑양파:1||()9 &apos:1||()catechin:1||()leucophyllone:1||(1&apos:1||(3β,5α,22E)ergost22en3ol:1||O(alphaLRhamnopyranosyl) lyoniresinol:1||Ogallate:1||acetoxyeugenol acetate:1||1:1||1,5Dicaffeoylquinic acid:1||1Deoxynojirimycin:1||1O(2aminobenzoyl)lrhamnopyranoside:1||13CNMR:1||17 betaestradiol:1||1HNMR:1||2:1||2,7Dimethyl1,4dihydroxynaphthalene1ObetaDglucopyranoside:1||3,5,7trimethoxyflavone:1||3,5dicaffeoylquinic acid:1||3BenzylNphenyl1Hpyrazole5carboxamide:1||3DiOtransferuloyl()quinic acid:1||3Dihydrosorbicillin:1||3T3L1:1||4,5dicaffeoylquinic acid:1||4hydroxybenzoic acid:1||4hydroxycinnamaldehyde:1||5,7,4′ trimethoxyflavone:1||5/6/10Fused ring system:1||7 alpha,15Dihydroxydehydroabietic acid:1||7oxositosterol:1||?glucosidase:1||A new ?pyrone:1||A new tetramic acid derivative:1||A549 cells:1||A549 human lung cancer cell:1||AGS cell line:1||AGS cells:1||Abietic acid:1||Acanthopanax senticosus:1||Acer tegmentosum:1||Aconitum carmichaeli:1||Acorus gramineus:1||Actinidia polygama:1||Actinomadura sp.:1||Adipocyte:1||Adipose tissue:1||Airway Cell Infiltration:1||Akebia quinata:1||Aldose reductase:1||Alkaloid:1||Alpinia galanga:1||Alpinumisoflavone:1||Anemarrhenae rhizome:1||Anemia:1||Angelica reflexa:1||Annulation:1||Anorexia:1||Anthraquinone:1||Anticancer:1||Antidiabetes:1||Antigastritis:1||Antiinflammatory:1||Antiproliferative effect:1||Antiskinaging:1||Anticancer:1||Antidiabetic compound:1||Antigastric ulcer:1||Apocynaceae:1||Appetite:1||Aralia continentalis Kitag.:1||Artemisia absinthium:1||Aruncus aethusifolius:1||Aster pseudoglehnii:1||Asteraceae:1||Astragalus membranaceus:1||Atorvastatin:1||Aucklandia lappa:1||Aucklandia lappa DC:1||Aureobasidium pullulans:1||Aviculin:1||Basidiomycete:1||Basidioradulum radula:1||Berry:1||Betulaceae:1||Betulin:1||Bioadsorbents:1||Bioimaging:1||Biological method:1||Black onion · High fat diet · Inflammation · Obesity · Vinegar:1||Blood ethanol:1||Boehmeria nivea:1||Bone loss:1||Brainderived neurotrophic factor:1||Brazilin:1||Brevilin A:1||COVID19 complications:1||Caenorhabditis elegans:1||Caesalpinia sappan:1||Calcium:1||Cardamonin:1||Casuarinin:1||Catalpa bignonioides:1||Celastraceae:1||Cell death:1||Cerebroside:1||Cervical cancer:1||Chebulinic acid:1||Chicoric acid:1||Chimaphila umbellata:1||Chromatin condensation:1||Chrysanthemum morifolium:1||Chrysophanol:1||Cinnamomum cassia extract (ECC):1||Cirsium japonicum:1||Cirsium japonicum var:1||Cisplatin induced kidney disease:1||Cisplatininduced nephrotoxicity:1||Citric acid derivative:1||Cladosporium sphaerospermum:1||Click chemistry:1||Coactivatorbinding site:1||Colletotrichum sp.:1||Colonic mucosa:1||Colorectal cancer:1||Colorectal carcinoma:1||Contrast agent:1||Cordycepin militaris:1||Coriacoic acids AD:1||Cornaceae:1||Cortinariaceae:1||Crosscoupling:1||Cucurbitaceae:1||Curcumin:1||Cyclooxygenase:1||Cyclooxygenase2:1||Cytotoxic effect:1||DN106212:1||DPPH radical scavenging:1||DU145 prostate cancer cell:1||Danazol:1||Dangkwisoosan:1||Deoxyshikonin:1||Diabetic complications:1||Dicaffeoylquinic acid derivatives:1||Digestive discomfort:1||Diketopiperazine:1||Dregea volubilis:1||Dry powder inhalation:1||Escreen:1||ERK:1||ERK/cJun pathway:1||Efficacy:1||Elsholtzia ciliata:1||Epigallocatechin gallate:1||Ergosterol peroxide:1||Erinacerin B:1||Estrogen Receptor:1||Estrogen inhibition:1||Estrogen receptor a:1||Estrogenlike effect:1||Estrogenic activity:1||Estrogens:1||EtOH/HCl mixture:1||Ethyl gallate:1||Eucommia ulmoides oliv. bark (EU):1||Extracellular signalregulated kinases:1||FK506induced nephrotoxicity:1||Fabaceae:1||Fibroblastlike synoviocyte:1||Food intake:1||Fusarium solani:1||GERD:1||GLUT4:1||GLUT2:1||GNPSguided isolation:1||Gamisoyosan:1||Gastric ulcer:1||Ginseng sapogenin:1||Ginsenoside 20(R)Rg3:1||Ginsenoside Rb2 Neurotoxicity MAPK Reactive oxygen species:1||Glucose:1||Glucose response:1||Glucose stimulation index (GSI):1||Glucosestimulated insulin secretion (GSIS):1||Gramineae:1||Growth arrest:1||Gut microbiome:1||Gymnopilus spectabilis:1||HO1 signaling pathway:1||HPLCDAD:1||HPLC/ELSD:1||HPLC/UV:1||HT22:1||Hair growth:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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