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KIM, KI HYUN (김기현)
Pharmacy (Pharmacy)
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Cytotoxicity:33||cytotoxicity:25||Apoptosis:14||apoptosis:12||Antiinflammation:12||Nephrotoxicity:10||Nitric oxide:10||MAPKs:10||Pharbitis nil:9||Morus alba:9||Rutaceae:7||nitric oxide:7||antiinflammation:7||Liliaceae:7||MS:6||NMR:6||nephrotoxicity:6||Triterpenoid:6||Structural elucidation:6||Convolvulaceae:6||Euonymus alatus:6||human dermal fibroblasts:5||Cornus walteri:5||Betula platyphylla var. japonica:5||Lindera glauca:5||Sesquiterpene:5||Withania somnifera:5||Polyporaceae:5||Poria cocos:5||3T3L1 preadipocytes:5||Zingiberaceae:4||Adipogenesis:4||Lauraceae:4||MAPK:4||adipogenesis:4||Citrus unshiu:4||Ginkgo biloba:4||Limonia acidissima:4||Lespedeza cuneata:4||Calvatia nipponica:4||type 2 diabetes:4||Caspase:4||Antiproliferation:4||s method:4||Lignan:4||antioxidant:3||Lignans:3||Marfey&apos:3||Tilia amurensis:3||Tiliaceae:3||Agaricaceae:3||Cancer:3||Flavonoid:3||Caspase3:3||Curcuma zedoaria:3||glucose uptake:3||Hippophae rhamnoides:3||adipocyte differentiation:3||cancer:3||Brassicaceae:3||Celastraceae:3||lignan:3||Lung cancer:3||Raphanus sativus:3||Araceae:3||Mosher&apos:3||cisplatin:3||Triterpenoids:3||skin aging:3||Mulberry:3||Cisplatin:3||Korean Red Ginseng:3||obesity:3||Acer tegmentosum:3||STAT3:3||Osteogenesis:3||lung cancer:3||Carthamus tinctorius:3||VEGF:3||Paris verticillata:3||HPLC:3||Penicillium herquei FT729:3||inflammation:3||Diketopiperazines:3||phytochemicals:2||phytoestrogens:2||Betulaceae:2||Diterpenoid:2||Dry adhesive:2||Mesenchymal stem cell:2||Henriettea tuberculosa:2||ECD:2||Hepatic fibrosis:2||Hepatic stellate cells:2||protein tyrosine phosphatases (PTPs):2||ECD calculation:2||pylori activity:2||Hericium erinaceum:2||quinic acid:2||reactive oxygen species:2||Hosta longipes:2||Momordica cochinchinensis:2||ECD calculations:2||RAW 264:2||Chemopodiaceae:2||RAW 264.7 cells:2||s method and circular dichroism:2||Moraceae:2||Acanthaceae:2||Amomum xanthioides:2||Hymenochaetaceae:2||cornaceae:2||Armillariella tabescens:2||Biomimetics:2||Cladosporium sphaerospermum:2||structural elucidation:2||cyclooxygenase2:2||Russulaceae:2||dermatitis:2||terpene:2||Equisetum arvense:2||N:2||diterpenoid:2||Antineuroinflammation:2||Ndimethylanthranilic acid:2||Salix pseudolasiogyne:2||Antineuroinflammatory effect:2||triterpenoid:2||Salsola komarovii:2||Ergosterol peroxide:2||Sanguiin H6:2||NFkappa B:2||Colocasia antiquorum var. esculenta:2||NFκB:2||Colpoma sp.:2||NGF regulation:2||withanolide glycosides:2||Estrogen receptor:2||Inducible nitric oxide synthase:2||Bletilla striata:2||Skin patch:2||NO:2||NO production:2||Compositae:2||Naematoloma fasciculare:2||Euonymolin A:2||field productivity:2||flavonoid:2||flavonoids:2||fungusgrowing termite:2||Sphagnum palustre:2||FK506:2||()Bassianolide:2||glucosestimulated insulin secretion:2||Fabaceae:2||Angiogenesis:2||Kaempferia parviflora:2||Abies holophylla:2||Adipocyte:2||Nrf2:2||Stilbene:2||Antifungal activity:2||LCMS:2||Barleria lupulina:2||Strophariaceae:2||Structureactivity relationships:2||Cupressaceae:2||Orchidaceae:2||LLCPK1 cells:2||Oryza sativa:2||Labiatae:2||Beauveria bassiana:2||Curcuzedoalide:2||inducible nitric oxide synthase:2||Gastric cancer:2||Thuja orientalis:2||Total synthesis:2||Cytotoxic activities:2||PDX1:2||PI3K:2||Lanostane triterpenoids:2||Triterpene Saponin:2||lignans:2||lignin:2||Tube formation:2||Acorus gramineus:2||Ulmaceae:2||Ulmus davidiana var. japonica:2||Papaveraceae:2||medicinal plant:2||metabolomics:2||Perilla frutescens var. acuta:2||Limodissimin A:2||Woodfordia uniflora:2||Wound healing:2||Adipocytes:2||Phenalenone derivative:2||Phenanthrene:2||Berberidaceae:2||adipocyte and osteoblast differentiation:2||natural products:2||Phenolic glycoside:2||Lung adenocarcinoma:2||angiogenesis:2||antiH:2||Berberis koreana:2||nuclear factor kappa B:2||Gymnaster koraiensis:2||Antioxidant:2||osteoclast:2||MCF7 human breast cancer cells:2||osteogenesis:2||Pinaceae:2||Pinecones:2||antifungal activity:2||MDAMB 231:2||oxidative stress:2||Pinus eldarica:2||Pinus koraiensis:2||antioxidant activity:2||Pleurotaceae:2||Pleurotus cornucopiae:2||Polyacetylene:2||Macrolepiota neomastoidea:2||Dimeric coumarin:2||Humulus japonicus:1||Hydractiniaassociated fungus:1||Hydrogel:1||Hyperoside:1||IFN gamma:1||IFNγ:1||IL6:1||IgGopsonized RBCs:1||Ilex cornuta:1||Imidazolium:1||Impatiens balsamina:1||In vitro propagation:1||Indian ginseng:1||Indole acetic acid:1||Indoleamine 2:1||Indoleamine 2,3dioxygenase 1:1||Inflammation:1||Inonotus obliquus:1||Insulin:1||Intrinsic pathway:1||Iodixanol:1||Ionic liquid:1||Iridoid glycoside:1||Irvingia gabonensis:1||Isoflavonoid:1||Isoflavonoid glycoside:1||Juniperus communis:1||KIM1:1||Kidney protection:1||Komaroveside:1||LC:1||LC/MS:1||LC/MS analysis:1||LC/MSguided isolation:1||LLCPK1:1||Lactarane sesquiterpenoid:1||Lactarius subvellereus:1||Lactuca indica:1||Lactuca indica (Compositae):1||Lactuca indica L. compositae:1||Lamiaceae:1||Lanostanetype triterpenoids:1||Leguminosae:1||Lepiotins C:1||Leptin:1||Limonene:1||Limonoid:1||Linderanosides A and B:1||Liposome:1||Lobelia chinensis Lour:1||Lung organoid models:1||Luteolin7OβDglucuronopyranosyl (1→2)OβDglucuronopy ranoside:1||MAPKsp53caspase3:1||MCF7 cells:1||MDAMB231:1||MDAMB231 cells:1||MMP1:1||MPP:1||Marasmiaceae:1||Matrix metalloproteinase:1||Mechanical interlocking:1||Megastigmane:1||Melana cells:1||Melanogenesis:1||Methoxyflavones:1||Metschnikowia persimmonesis:1||Microbiome:1||Microstructures:1||Microtubule depolymerization:1||Microwrinkles:1||Mitogenactivated protein kinases:1||Momordica charantia:1||Monoglyceride:1||Monoterpene glycoside:1||Morchella esculenta:1||Morinda citrifolia:1||Morus alba L:1||Moss:1||Mountainous vegetable:1||Muscle regeneration:1||Muscular atrophy:1||Mushroom:1||Mushrooms:1||MyoD:1||Myoblast differentiation:1||Myofibroblast differentiation:1||Nacetyldopamine dimers:1||Nmethylhydroxylamine:1||NF&:1||NFkappaB:1||NGF:1||NMR chemical Shift calculations:1||NMR chemical shift calculation:1||NMR spectroscopy:1||NO production inhibition:1||NO production inhibitory activity:1||Nanofibrillar:1||Nanomedicine:1||Nanoparticle:1||Nanotechnology:1||Natural products:1||Naturederived nanofiber mat:1||Neolignan:1||Nerve growth factor (NGF):1||Neuroinflammation:1||Neuroprotection:1||Nitrophenyl derivative:1||Norlignan:1||Nuclear factor erythroid 2related factor 2:1||Nucleoside analogue:1||Nymphoides peltata:1||Octaketide:1||Oenothera biennis:1||Omphalotus japonicus:1||Ophiopogon japonicus:1||Orostachys japonicus A. Berger (Crassulaceae):1||Osteoblast differentiation:1||Osteoblasts:1||Osteocytes:1||Osteoporosis:1||Oxidative stress:1||PARP:1||PCA:1||PTPMEG2:1||PTPN1:1||PTPN11:1||PTPN9:1||PTPRS:1||Pain:1||Panax ginseng:1||Parkinson′s disease:1||Peptide:1||Periostracum Cicadae:1||Peroxynitrite:1||Pharbilignan C:1||Phaseolus multiflorus var. albus:1||Phellinus baumii:1||Phenolic:1||Phenolic comopound:1||Phenolic compound:1||Phenolic compounds:1||Phenylpropane glycosides:1||Phenylpropanoid:1||Phenylpropanoid esters:1||Phenylpropanoid glycosides:1||Phenylpyruvic acid:1||Physalacriaceae:1||Phyteuma japonicum:1||Phytoestrogens:1||Phytosterols:1||Pinellia ternata (Thunb:1||Pipturus albidus:1||Plantago asiatica:1||Plantainoside D:1||Podostroma cornudamae:1||Pogostemon cablin:1||Polyacetylene glycosides:1||Polygonaceae:1||Polygonum multiflorum Thunb:1||Polymer actuators:1||Polymorphic transformation:1||Polymorphism:1||Polyphenols:1||Poria cocos Wolf:1||Postharvest disease:1||Pregnane steroid:1||Prostate cancer:1||Prunella vulgaris var:1||Pueraria lobata:1||Pueraria lobata root:1||Pulcherrimin:1||Pulmonary fibrosis:1||Pyrrolidine alkaloid:1||Pyrrolizidine Alkaloid:1||Quercetin:1||RAW 264.7:1||RAW 264.7 macrophage cells:1||RAW264.7 cells:1||RB1:1||Ramalina terebrata:1||Reactive oxygen species:1||Rehmannia glutinosa (Gaertn.) DC:1||Renoprotection:1||Resin:1||Resina Pini:1||Reynoutria elliptica:1||Rheum palmatum:1||Rosaceae:1||Rubus coreanus:1||Russula foetens:1||SAR:1||SARSCoV2:1||SHSY5Y cells:1||Safflower:1||Salix chaenomeloides:1||Salix species:1||Salvia plebeia:1||Sapogenin:1||Saponin:1||Saussurea pulchella:1||Saussurea triangulata:1||Screening platform:1||Secondary metabolite:1||Secondary metabolites:1||Sedum kamtschaticum:1||Sesquiterpene glucopyranoside:1||Sesquiterpenes:1||Skin photoaging:1||Skin whitening:1||Snatzke’s method:1||Soilassociated fungus:1||Solanaceae:1||Sorbus commixta:1||Soyacerebroside i:1||Sphagnaceae:1||Spinacia oleracea:1||Spinasterol:1||Spiraea prunifolia var. simpliciflora:1||Spiro compound:1||Sprouts:1||Src:1||Sterculiaceae:1||Steroids:1||Sterol:1||Stevia rebaudiana:1||Stewartia pseudocameffia Maxim.:1||Strain gauge sensor:1||Streptomyces sp:1||Streptomyces sp.:1||Streptozotocin:1||Sucrose derivatives:1||Sulforaphene:1||Sulforhodamine B (SRB) bioassay:1||Syk:1||Syringa oblata subsp:1||T cells:1||TNF alpha:1||TNF?:1||TNFalpha:1||TNFα:1||TNFα:1||Termiteassociated bacteria:1||Toxicodendron vernicifluum:1||Transcriptomic analysis:1||Tricholomataceae:1||Triplenegative breast cancers:1||Triterpene:1||Triterpenoidal saponins:1||Type 1 diabetes mellitus:1||Tyrosinase:1||UHPLCQTOFHRMS:1||Ulmus davidiana var:1||Ulmus davidiana var. japonica root bark:1||Ulmus parvifolia:1||Walter&apos:1||Wet adhesion:1||White kidney bean:1||Withaninsams A and B:1||Withanolide:1||Withanolides:1||Wnt6:1||Xerula furfuracea:1||Xylaria sp:1||Xylariaceae sp:1||Ziziphus jujuba:1||acetaldehyde:1||acetyl H3:1||acetyl tubulin:1||acute myeloid leukemia:1||adipocyte:1||agaricaceae:1||aliphatic alcohol:1||alphaGlucosidase inhibition:1||alphaglucosidase inhibition:1||antiHelicobacter pylori activity:1||antiangiogenesis effect:1||antiinflammation activities:1||antiinflammatory activity:1||antilipogenesis:1||antimelanogenic activity:1||antiosteoporosis:1||antioxidation:1||antiwrinkle:1||antigastritis:1||antimicrobial:1||antimicrobial activity:1||antimicrobial effects:1||antineuroinflammation:1||antiproliferation:1||antiskin aging:1||aporphine:1||aronia melanocarpa:1||atopic dermatitis:1||autophagy:1||aviculin:1||beetroot:1||benzamide derivative:1||betalain:1||betulinic acid:1||bioactivity evaluation:1||bioactivityguided isolation:1||biocontrol:1||bioequivalence validation:1||biofilm formation:1||biological activities:1||biomimetics:1||biotransformation:1||bistoroside A:1||bistoroside B:1||breast cancer cells:1||brevilin A:1||brewing conditions:1||brown algae:1||cJun:1||caspase:1||caspase3:1||catalase (CAT):1||catalytic activity:1||catechin glycoside:1||catechins:1||cell cycle:1||cell fate:1||cell rejuvenation:1||chemokine:1||chronic GVHD:1||cirsimaritin:1||citrate derivatives:1||citric acid derivative:1||clinical grading:1||cucumerinum:1||cucurbitanetype triterpenoids:1||cultivation:1||cyclic depsipeptides:1||cyclopeptide:1||diabetes:1||dibenzofuran:1||dihydrophaseic acid:1||dilatata:1||diterpene glycoside:1||drug equivalence validation:1||dry adhesive:1||ecofriendly triboelectric nanogenerator:1||electrode:1||electronic circular dichroism (ECD):1||electronic circular dichroism calculation:1||electrospinning:1||energyharvesting technology:1||enhancer of zeste homolog 2:1||entKaurane:1||entkaurane:1||entkaurane type diterpene:1||entpeniciherqueinone:1||ergostanetype steroids:1||ergosterol:1||ergosterol derivatives:1||estrogen:1||estrogen receptor:1||fatty acid:1||fatty acid derivatives:1||fatty acid methyl ester:1||fatty acid oxidation:1||fatty acids:1||feruloyl sucrose derivatives:1||filaggrin:1||flavonoid glycoside:1||fridamycin A:1||gammalactam alkaloids:1||ginkgo fruitsi:1||ginsenoside Rb1:1||ginsenosides:1||glioblastoma:1||glucoseuptake:1||glutamate:1||green tea:1||gymnosperm:1||heishuixiecaoline A:1||hepatic fibrosis:1||hepatic stellate cells:1||hepatitis B virus:1||hepatocellular carcinoma:1||hepatoprotective activity:1||hericenone E:1||heterocyclic compounds:1||histone H3 lysine 4 trimethylation:1||histone methyltransferase (HMT):1||human health:1||human umbilical vein endothelial cells:1||hybrid PKSNRPS:1||hybrid polyketides:1||hydroboration:1||hydrolysate:1||hypertrophy:1||hypolaetin 7ODxylopyranoside:1||immunosuppressive:1||immunosuppressive treatment:1||improvement of skin damage:1||indole alkaloid Nglycoside:1||insulin secretion:1||invasome:1||isocoumarin:1||isoflavones:1||isoflavonoid:1||isoflavonoid glycoside:1||japonica:1||keratinocytes:1||kudzu roots:1||labdanetype diterpene:1||laricitrin 3rutinoside:1||lepiotins C:1||lignan glycoside:1||lignanamide:1||ligustroside:1||lilacina:1||lipid accumulation:1||lipid metabolism:1||liposome:1||mTOR:1||maackii:1||macrophages:1||mamaki:1||marasmane sesquiterpene:1||marker compound:1||matrix metalloproteinase:1||mature adipocyte metabolism:1||melanin content:1||methicillinresistant Staphylococcus aureus:1||miR216b:1||microarray analysis:1||microbial communication:1||microstructures:1||mitochondriadependent pathway:1||mitochondriaindependent pathway:1||mitogenactivated protein kinases:1||molecular docking:1||monoterpene glycoside:1||morolic acid 3Ocaffeate:1||muscle atrophy:1||muscle differentiation:1||muscle mass and function:1||myofiber types:1||nanocarrier:1||naphthalenone:1||natalenamides AC:1||natural product:1||neoligna:1||neurodegenerative diseases:1||neuroprotective effect:1||neuroprotective effects:1||noni:1||normal human dermal fibroblasts:1||novel diterpene:1||nuclear magnetic resonance (NMR):1||oleoside dimethylester:1||omnidirectional adhesive:1||ophiopogonin T:1||organocatalysis:1||oryzativols A and B:1||osteoclastogenesis:1||osteoporosis:1||osteosarcoma:1||ovarian cancer:1||ovariectomized mice:1||oxolane derivative:1||p21:1||paclitaxel:1||pharboside H:1||pharnilatin A:1||pharnilatin B:1||phenolic amide:1||phenolic compound:1||phenolic compounds:1||phenolic constituent:1||phenolic glycoside:1||phenolics:1||phenolics and terpene:1||phenyl propanoid:1||phloridzin:1||phytochemical:1||phytochemical agent:1||phytol:1||poisonous mushroom:1||polyphenol:1||polyporaceae:1||precontracted penile corpus smooth muscle (PCCSM):1||prenylhydroquinone glycoside:1||procyanidin B2:1||procyanidin B2 3″Ogallate:1||prostaglandin E2:1||protein kinases:1||protein tyrosine phosphatase:1||puffball mushroom:1||quercetin3O&:1||reactive oxygen species (ROS):1||reductive amination:1||renoprotective effect:1||resveratrol:1||rhabdomyosarcoma:1||russulfoen:1||rutin:1||s dogwood:1||salicortin:1||sea buckthorn:1||secoLanostane triterpenoid:1||secondary alcohol:1||senescence associated betagalactosidase activity:1||sesquilignan:1||sesquiterpene:1||sesquiterpene glycosides:1||siRNA:1||siderophores:1||skin rejuvenation:1||skinwhitening effects:1||soy molasses:1||sp:1||sterol:1||sterols:1||streptozotocin:1||super Brønsted acid:1||superoxide dismutase (SOD):1||survival:1||tau:1||terminalin:1||tetrahydroprotoberberineaporphine dimmer:1||tetramic acid:1||therapeutic properties:1||traditional medicine:1||transdermal:1||transforming growth factor:1||trimethylation on Lys 27 of histone H3:1||tripeptides:1||triterpene:1||tumor necrosis factorα:1||tumor necrosis factoralpha:1||tyrosinase inhibitor:1||ursane triterpene saponin:1||vulpinic acid:1||wettability manipulation:1||white mulberry fruits:1||withagenin A diglucoside:1||wound healing:1||zein:1||βcarboline alkaloids:1||βmyrcene:1||βpinene:1||#946:1||γlactam alkaloids:1||#954:1||()9 &apos:1||()Catechin7Obetadapiofuranoside:1||()catechin:1||()leucophyllone:1||(3β,5α,22E)ergost22en3ol:1||(7Z:1||):1|| Valeriana fauriei:1||O(alphaLRhamnopyranosyl) lyoniresinol:1||Oacetylsalicortin:1||dglucoside:1||0:1||1:1||1Nferuloylaminobutyl4phydroxybenzamide:1||1O(2aminobenzoyl)lrhamnopyranoside:1||10octadecadienoic acid methyl ester:1||10Z)7:1||2:1||2 &apos:1||3,4,5triOcaffeoylquinic acid (TCQA):1||3dioxygenase 1:1||3T3L1 cells:1||3T3L1 preadipocytes:1||4,8,8Trimethylcyclooct2enone:1||4benzodioxane scaffold:1||4hydroxybenzoic acid:1||6hydroxydopamine:1||7 alpha,15Dihydroxydehydroabietic acid:1||7 cells:1||7 macrophages:1||7oxositosterol:1||7trimethoxyflavone:1||A2780 ovarian carcinoma cells:1||A549:1||AGS cell line:1||AKT:1||AMPK:1||AP1:1||Abietane diterpene:1||Abietic acid:1||Acαtubulin:1||Acetaldehydeinduced damage:1||Acetylcholine esterase:1||Acetylcholinesterase:1||Actinomadura sp.:1||Actinomadura sp. RB99:1||Active pharmaceutical ingredient:1||Adefovir dipivoxil:1||Adipogenesis:1||Adipocyte and osteoblast differentiation:1||Akt:1||Akt signaling:1||Alkaline phosphatase:1||Alkaloid:1||Allium sativum:1||Allium tuberosum Rottler:1||Alpha mangostin:1||Amanita hemibapha subsp. javanica:1||Amanita spissacea:1||Amanita subjunquillea:1||Amanitaceae:1||Amoxanthin A:1||Anacardiaceae:1||Analgesia:1||AntiH. pylori activity:1||AntiHelicobacter pylori:1||AntiHelicobacter pylori activity:1||Antiadipogenic effects:1||Antigastritis:1||Antiinflammatory:1||Antiinflammatory activity:1||Antimelanogenesis:1||Antimelanogenic activity:1||Antiproliferative effect:1||Antitumor activity:1||Antiviral/HIV drug:1||Antibacterial:1||Antibacterial activity:1||Antimicrobial activity:1||Antineuroinflammation:1||Antioxidant activity:1||Antioxidative:1||Antiproliferative:1||Antiviral activity:1||Arid5a:1||Aromatase activity:1||Asarotonide:1||Asian rice:1||Asteraceae:1||Autophagic activity:1||B:1||BV2 cells:1||Bacillus siamensis:1||Balsamineaceae:1||Benzoquinonechromanone:1||Benzylisoquinoline alkaloids:1||Berkoreanol:1||Beta vulgaris:1||Betula platyphylla:1||Betula schmidtii:1||Betulin:1||Bioactivityguided isolation:1||Biocompatible triboelectric nanogenerator:1||Biocontrol agent:1||Biological activities:1||Biomimetic:1||Biosynthesis:1||Bisnorlabdane:1||Bistorta manshuriensis:1||Briet biomass:1||C15surfactin:1||CD spectroscopy:1||CD4(+) T cell:1||CEA:1||CEA reaction:1||CFMID 3:1||Caffeoylquinic acid:1||Cardamine komarovii:1||Caryophyllene:1||Cbzamine:1||Cell cycle:1||Centipeda minima:1||Cerebroside:1||Chaga mushroom:1||Chakyunglupulins A and B:1||Chalcone:1||Chemical characterization:1||Chemical profile:1||Chrysoeriol7Odiglucuronide:1||Chrysophanol 8Oglucoside:1||Chwinamul:1||Cirsium japonicum var:1||Cisplatininduced nephrotoxicity:1||Citrusin XI:1||Clerodendrin:1||Click chemistry:1||Coactivatorbinding site:1||Comparative evaluation:1||Contrast:1||Coriacoic acids AD:1||Cornusalterins NP:1||Corydalis ternate:1||Corydalis turtschaninovii:1||Coumarin glycoside:1||Crassulaceae:1||Cruciferae:1||Curcumin:1||Cyclo(DtransHypLLeu):1||Cyclodepsipeptides:1||Cytotoxic activity:1||DP4+ analysis:1||DPPH:1||DPPH radical scavenging:1||Daedaleopsis confragosa:1||Daemonorops draco Blume:1||Daidzein:1||Dehydroabietic acid:1||Denatonium:1||Deoxyshikonin:1||Dermabacter vaginalis:1||Diarylpentanoid:1||Diosmin:1||Directional adhesion:1||Dopamine dimers:1||ER stress:1||EZH2:1||Efomycin K:1||Efomycin L:1||Ela cluster:1||Elaeagnaceae:1||Elaiophylin:1||Electronic circular dichroism (ECD) calculation:1||Electrospinning technique:1||Energy harvester:1||Epigallocatechin gallate:1||Ergostanetype steroids:1||Ergosterol derivatives:1||Erinacerin B:1||Essential oil:1||Estrogen receptor α:1||Estrogenlike effect:1||Eudesmanetype sesquiterpenoid:1||Extracellular matrix (ECM):1||Extracellular signalregulated kinase (ERK):1||FK506induced nephrotoxicity:1||FYMUYOYIVRZBRXMWLHMOBLSAN:1||Fatty acid:1||Fatty acid derivatives:1||Fc gamma receptor (Fc gamma R)mediated phagocytosis:1||Feruloyl glycerides:1||Firmiana simplex:1||Flavan3ol dimer:1||Flavonoids:1||Flexible device:1||Flexible devices:1||Fusarium oxysporum f:1||Gene cluster:1||Genistein:1||Ginkgo biloba fruits:1||Ginkgoaceae:1||Ginseng sapogenin:1||Ginsenoside Rg3:1||Glutathione:1||Gramineae:1||Growth arrest:1||Gryllus bimaculatus:1||Guggulsterone:1||Gymnopilus junonius:1||Gymnopilus orientispectabilis:1||H1 iterative Full Spin Analysis (HiFSA):1||HBTM:1||HPLCESIHRMS:1||HPLCPDA:1||HRLC:1||HT22:1||Hallucinogenic mushroom:1||Heme oxygenase (HO)1:1||Heme oxygenase1:1||HepG2 cells:1||Herbal medicine:1||Human cervical cancer:1||Human hepatoma cells:1||Human lung adenocarcinoma cells:1||
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