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CHO, JAE YOUL (조재열)
Biotechnology and Bioengineering (Integrative Biotechnology)
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Src:31||NFkappa B:25||Panax ginseng:24||AP1:22||inflammation:20||Syk:20||Antiinflammatory activity:15||NFκB:13||Antiinflammatory effect:12||Inflammation:11||gastritis:9||Macrophages:9||antiinflammatory effect:9||Macrophage:9||antiinflammatory activity:8||Gastritis:8||CREB:7||TAK1:7||MAPK:7||antioxidant:7||macrophages:6||antiinflammatory:6||Korean Red Ginseng:6||melanogenesis:6||TLR4:6||Apoptosis:6||antiinflammation:5||Matrix metalloproteinases:5||moisturizing:5||Prasiola japonica:5||Antiinflammation:5||AKT:5||apoptosis:5||p38:5||Olea europaea:4||autophagy:4||Korean red ginseng:4||AntiInflammatory Effect:4||Akt:4||Ras:4||ginsenosides:4||Autophagy:4||Cell proliferation:4||Quercetin:4||IRF3:4||Metastasis:4||UVB irradiation:4||Cordyceps bassiana:4||Nitric oxide:4||BIOGF1K:4||ROS:4||Mitogenome:4||cancer:4||cAMP:4||antimelanogenesis:4||Maclurin:3||Ginsenosides:3||Inflammatory mediators:3||Aquafaba:3||ERK:3||Aripiprazole:3||Kaempferol:3||AP1 pathway:3||linusorb:3||acute lung injury:3||Reactive oxygen species:3||Korean ginseng:3||Actin cytoskeleton:3||antiaging:3||Compound K:3||mitogenome:3||Anticancer activity:3||nitric oxide:3||anticancer activity:3||antioxidant activity:3||STAT3:3||Sanguisorba officinalis:3||p38 MAPK:3||Antioxidant:3||atopic dermatitis:3||Hydroquinone:3||AKT1:3||Skin hydration:3||Flavonoid:3||Oxidative stress:3||compound K:3||skin:3||IL6:3||skin protection:3||TNFalpha:3||Cancer:3||Melanogenesis:3||nonsaponin fraction:2||Legume:2||NFB:2||Potentilla paradoxa Nutt.:2||SARSCoV2:2||Notch:2||Nrf2:2||gastric cancer:2||Tyrosine kinase:2||Antimelanogenesis:2||ATF2:2||HO1:2||Inflammatory signaling:2||Human nonsmallcell lung cancer:2||p53:2||Mitogenactivated protein kinase:2||apolipoprotein AI:2||innate immunity:2||atherosclerosis:2||Acute lung injury:2||Linum usitatissimum L:2||Atopic dermatitis:2||MyD88:2||Loratadine:2||Fabaceae:2||Obesity:2||photoaging:2||phytochemical study:2||JNK:2||Prostaglandin E2:2||E. coli:2||Antiinflammatory effects:2||Skin aging:2||Skin barrier:2||Cysmethynil:2||Cytochalasin B:2||prostaglandin E2:2||Differentiation:2||Prostaglandin E2:2||Inflammatory diseases:2||protein kinase B:2||protein methylation:2||Flavonoids:2||Flaxseed:2||Ginsenoside Rp1:2||Chronic alcohol treatment:2||Cytokines:2||Sodium orthovanadate:2||inflammatory mediators:2||IKK alpha/beta:2||PDK1:2||cell proliferation:2||Vegan:2||Soybean:2||JAK2:2||chronic disease:2||saponin fraction:2||Archidendron clypearia Jack:2||Stem cells:2||Callerya atropurpurea:2||colon cancer:2||IL1 beta:2||Antiinflammatory:2||Tissue repair:2||cordycepin:2||AntiInflammatory:2||MuRF1:2||MITF:2||cytotoxicity:2||Cell survival:2||Ultraviolet B:2||Dipterocarpaceae:2||TBK1:2||IRAK1:2||human keratinocytes:2||Ubiquitination:2||DWP208:2||endothelial cell:2||UVB:2||epigenetic:2||Chickpea:2||Triterpenoid glycoside:2||Transmethylation:2||AhR:2||mast cell:2||Resorcinol:2||Beauvericin:2||Korean red ginseng (KRG):2||AP1 signaling pathway:2||Moisturizing:2||anticancer effect:2||macrophage:2||flavonoid:2||NFkappa B signaling pathway:2||Colon cancer:2||aging:2||Hepatitis:2||antiinflammatory effects:2||Anticancer:2||Keratinocytes:2||flavonoids:2||LPS:2||NFkB:2||Keratinocyte stem cells:2||Antihyperlipidemic activity:2||Cordyceps militaris (Clavicipitaceae):2||Adipocyte differentiation:2||BX795:2||Ex12 helper phage:1||Extracellular signalregulated kinase:1||Factin:1||FAK:1||Ferulic acid:1||Fibroblasts:1||Filaggrin:1||Fisetin:1||Flaxseed oil:1||Foam:1||Food byproduct:1||FoxO3a:1||Free radicals:1||Functional foods:1||G alpha(i/o):1||Gproteincoupled receptor (GPCR):1||GPVI:1||Gammasecretase:1||Gastric tumor:1||Gastritis ulcer:1||Gastrointestinal protection:1||Gastroprotective effect:1||Genetics:1||Ginseng berry:1||Ginsenoside:1||Ginsenoside F2:1||Ginsenoside Rc:1||Glucose metabolism:1||Gouania leptostachya DC:1||Greater horseshoe bat:1||Green Algae:1||Green synthesis:1||Grewia tomentosa Juss.:1||Guettarda crispiflora Vahl:1||HCT116:1||HER2:1||HIF:1||HMG CoA r:1||HQ derivative:1||HaCaT cells:1||HangAmDanB:1||Health care:1||Hericium erinaceum:1||Hibiscus cannabinus L.:1||Histone demethylases inhibitors:1||Histone methyltransferases inhibitors:1||Hopea odorata Roxb:1||Huberia peruviana Cogn:1||Hulled barley:1||Human cytomegalovirus:1||Human dermal fibroblasts:1||Human lung cancer cells:1||Human mesenchymal stem cells:1||Hyaluronic acid:1||Hydrangea serrata:1||Hydration kinetics:1||Hydrogel:1||Hydroxylated benzene metabolite:1||Hymenocallis littoralis:1||Hynobius yangi:1||Hypoxanthine:1||Hyptis obtusiflora C. Presl ex Benth:1||ICMT inhibitor:1||IFNbeta I:1||IKK alpha/beta Src:1||IKK epsilon:1||IKKα/β:1||IL1β:1||Ikonnikov&apos:1||Immune Populations:1||Immune function:1||Immune response:1||Immunity:1||Immunomodulation:1||Immunomodulatory:1||Immunostimulant:1||Immunostimulatory effects:1||Immunosuppressant:1||Immunotoxicology:1||In vivo edema model:1||Infl ammation:1||Inflamma:1||Inflammatory Gene Expression:1||Inflammatory Mediators:1||Inflammatory Response:1||Inflammatory mediator:1||Inflammatory response:1||Inflammatory responses:1||Inhibitor:1||Inhibitory activities against nitric oxide production:1||Innate immunity:1||Innateimmunity:1||Isoprenylcysteine carboxyl methyltransferase:1||JMJD10:1||JNK/p38 MAPK:1||JSIII49:1||KDM:1||KTH13aminemonophenyl:1||KTH13tBu:1||Keratinocyte:1||Keratinocyte differentiation:1||Kinase:1||Kojic acid:1||Korean mistletoe lectin:1||Korean red ginseng extract:1||Kori salamander:1||Lhomocysteic acid:1||LOMIX:1||Lactobacillus acidophilus:1||Lagerstroemia speciosa:1||Leaf of lotus:1||Leptin:1||Leukocytes:1||Lilium Bulbs:1||Lin28B:1||Lipolysis:1||Lowmass ions:1||Lung Injury:1||Lung cancer:1||Lung injury:1||Luteolin:1||Lyn kinase:1||M13KO7 helper phage:1||MALDITOF mass spectrometry:1||MAP kinases:1||MAP2K7:1||MAPK signaling Pathway:1||MAPKs:1||MC1R:1||MDM2:1||MEK1/2:1||MINA53:1||MKK7:1||MKP1:1||MLK3:1||MMPs:1||MTPA:1||Macrophage functions:1||Malus baccata:1||Malus baccata (L.) Borkh.:1||Mass spectrometry:1||Matricaria chamomilla L.:1||Medical research:1||Medicinal plants:1||Melanin:1||Melanocytes:1||Melanoma:1||Melastomat:1||Melicope accedens (Blume) TG hartley:1||Membrane receptor:1||Meriania hexamera Sprague:1||Metabolomics:1||Metal nanoparticles:1||Methanol extract:1||Methylation:1||MicroRNA:1||Militarin analog1 (MA1):1||Mitochondria mediated apoptosis:1||Mitogenactivated protein kinase kinase:1||Momordica charantia:1||Momordica cochinchinensis:1||Morinda citrifolia (noni) fruit:1||Murine macrophages:1||Muscle Atrophy:1||Muscle wasting:1||Mustela nivalis:1||Mustelidae:1||Mycetia caulifiora:1||MyoD:1||Myogenin1:1||Myotis ikonnikovi:1||Myrsine seguinii H. L?VEILL?:1||Myrtaceae:1||NF:1||NFκ:1||NFBk:1||NFkappa B and IRF3 signaling pathways:1||NFkappa B pathway:1||NFkappa B signal pathway:1||NFκB pathway:1||NFκB signaling:1||NK cell:1||NK cells:1||NMR:1||Natural product medicine:1||Ne:1||Nelumbo nucifera Gaertn:1||Neurite outgrowth:1||Neuronal differentiation:1||Nitric oxide synthase type ii:1||Nonsmallcell lung cancer:1||Noni:1||Nonsaponin fraction of KRG (NSF):1||Nuclear Factor (NF)kappa B:1||Nuclear factor (erythroidderived 2)like 2 (Nrf2):1||Nuclear factorkappa B:1||Nuclear factorκB:1||NuclearfactorkappaB:1||Nucleophosmin:1||Nyctereutes procyonoides koreensis:1||NωnitroLarginine methyl ester hydrochloride (LNAME):1||Olea europaea L., (Oleaceae):1||Olfactory receptor (OR):1||Oligoporus tephroleucus:1||Orthotopic xenograft:1||Osbeckia stellata Buch.Ham. ex D. Don:1||Ovarian cancer:1||Ovarian neoplasms:1||Overexpression:1||Oxyceros horridus:1||P. ginseng:1||P38 MAPK:1||PGE(2) prod:1||PI3K/AKT signaling pathway:1||PKA:1||PPAR��:1||PRMT1:1||Panax ginseng CA Meyer:1||Panax ginseng Meyer:1||Panax ginseng Myer:1||Panax ginseng berry:1||Panax ginseng seeds:1||Panax polysaccharide:1||Pancreatic cancer:1||Pancreatitis:1||Patrinia villosa (Thunb:1||Pattern recognition:1||Paw edema:1||Peritonitis:1||Persicaria chinensis (Polygonaceae):1||PgEE:1||Pha:1||Phage display library:1||Phagocy:1||Phargo:1||Pharmacology:1||Phaseolus angularis:1||Phenolic glucoside:1||Phenylethyl resorcinol:1||Phosphatidylinositide 3kinase:1||Photocrosslinking:1||Photoaging:1||Phyllanthaceae antiinflammatory effect protein:1||Phyllanthus acidus:1||Phyllanthus acidus (Phyllanthaceae):1||Physicochemical property:1||Phytochemical study:1||Pinus densiflora Siebold and Zucc:1||Poly(IC):1||Polybrene:1||Polycation:1||Polyphenol:1||Potentilla glabra var:1||PrPSc:1||Predictive preventive personalized medicine:1||Prednisolone:1||Prion:1||Pro:1||Proapoptotic activity:1||Proinflammatory cytokines:1||Proliferation:1||Promoter activity:1||Protein Lisoaspartyl methyltransferase:1||Protein methylation:1||Protein phosphatases:1||Proteinkin:1||Protopanaxatriol:1||Pseudoginsenoside RT8:1||Psoriasis:1||Pyrrole:1||Quercetin 3Obetaglucuronide:1||Quercetin 3OβDglucuronide:1||RANKL:1||RAW 264.7 macrophage cells:1||RGSF:1||RNA N5methylcytosine:1||RSK pathway:1||Ranunculus bulumei:1||Reelin:1||Regene:1||Regeneration:1||Reproductive disorder:1||Reproductive health:1||Resveratrol:1||Resveratrol derivatives:1||Retroviral transduction:1||Revalorization:1||Rhamnaceae:1||Rhamnoside:1||Rhinolophus ferrumequin:1||Rhinolophus ferrumequinum:1||Rhinolophus ferrumequinum korai:1||Rhodomyrtus tomentosa (Aiton) Hassk.:1||Rhodopsin:1||Sadenosylhomocysteine hydrolase:1||S100A9:1||SOCS1:1||STAT3:1||Sargaquinoic acid:1||Saururus chinensis (Lour.) Baill (Saururaceae):1||Screening:1||Scutellarein:1||Selfassembled peptide nanofiber:1||Septic shock:1||Serum metabolite:1||Serum profiling:1||Severe Acute Respiratory Syndrome Coronavirus 2:1||Shiga toxinproducing E. coli:1||Signal transduction:1||Signalling pathway:1||Silver nanoparticles:1||Skin cancer:1||Skin health:1||Skin protective:1||Skin remodeling:1||Skin whitening:1||Smad2:1||Smallcell neuroendocrine carcinomas:1||Solidstate vibration ball milling:1||Sophora flavescens:1||Sorbaria kirilowii:1||Sorbaria kirilowii (regel) maxim:1||Spermatogenesis:1||Stemness:1||Survival proteins:1||Sustainability:1||Symplocos racemosa:1||Syringaresinol:1||TANKbinding kinase 1:1||TBK1 inhibitor:1||TCE 5003:1||TFAM:1||TIR domain:1||TP53:1||TRAF3:1||TRBP:1||TRIF:1||TRIM71:1||TRPV 1:1||TRPV1:1||Tabebuia impetiginosa:1||Taheebo:1||Tamias sibiricus:1||Target Enzyme:1||Taxaceae:1||Thymoquinone:1||Timosaponin AIII:1||Torilin:1||Torreyanucifera:1||Transcriptio:1||Transcription Factor:1||Transcriptionfactor:1||Transcriptional activation:1||Treg cell:1||Triterpenes:1||Triterpenoidal saponins:1||Ttyh1:1||Tumor suppressor:1||Tumorigenic response:1||Tumour necrosis factor��:1||Type I interferons:1||Type I procollagen:1||Tyrosinase:1||U937 cells:1||UHPLCLTQOrbitrapMS/MS:1||UPM:1||UV protection:1||UVA damage:1||UVB exposure:1||Vaccine:1||Vaccine backfires:1||Vaccine safety:1||Vanillin:1||Vegetable peptones:1||Vespertilio sinensis:1||Vespertilionidae:1||Viburnum pichinchense:1||Viral infection:1||Virulence genes:1||Virus:1||Viscum album var. (coloratum):1||Visible radiation:1||Wheat peptone:1||Wildlife:1||Wound healing:1||XRE:1||Xanthium strumarium:1||YAP:1||ZYM201 sodium succinate:1||Zingerone:1||actin polymerization:1||activating transcription factor 2:1||activator protein 1 (AP1):1||activator protein1 pathway:1||agingrelated genes:1||air pollution:1||allergic inflammation:1||allergy:1||alverine:1||androgen receptor:1||androgenic alopecia:1||animal model:1||anthraquinone2carboxylic acid:1||anthraquinones:1||antialopecia:1||antiapoptosis:1||anticancer:1||antiinflammatory remedy:1||antimelanogenic effect:1||antioxidative:1||antiplatel:1||antiwrinkling effect:1||antiaging:1||antiapoptosis:1||antimelanogenesis:1||antioxidant capacity:1||antioxidative activity:1||antioxidative capacity:1||antiscratching effect:1||antitumorigenic activity:1||antiviral:1||antiwrinkle:1||antiwrinkling activity:1||apigenin:1||atopy:1||aurora A kinase:1||baseline models:1||beta 3Adrenergic receptor:1||bioinformatics:1||bioinformatics analysis:1||biomarker:1||bloodbrain barrier:1||blue light:1||bone loss:1||brain:1||breast cancer:1||cFos:1||cJun degradation:1||cAMP/CREB signaling pathway:1||calcium influx:1||calgranulin B:1||calyx of berry:1||cancer screening:1||cancer therapy:1||cancers:1||catalase:1||cell cycle arrest:1||cell signaling:1||central nervous system development:1||chromatography:1||chronic inflammation:1||clinical trial:1||clusterin:1||complement component 1:1||complete mitochondrial genome:1||crude saponin fraction:1||cyclic peptide:1||cytokines:1||deep learning:1||degranulation:1||dehydroabietic acid (DAA):1||dual reporters:1||efficacy and selectivity:1||embryonic neural stem cells:1||epigallocatechin gallate:1||epigenetic regulation:1||epithelial mesenchymal transition:1||epothilone B:1||experimental ischemic stroke:1||extracellular signalregulated kinase (ERK):1||fibroblast growth factor receptor:1||flaxseed:1||flaxseed oil:1||function:1||ginseng berry:1||ginsengderived compounds:1||ginsenoside Rc:1||ginsenoside Rg2:1||ginsenoside Rg3:1||ginsenosideRp1:1||glioblastoma:1||glutathione:1||green chemistry:1||gutbone axis:1||heat:1||hemodynamic function:1||hepatitis model:1||hericenone E:1||highdensity lipoprotein:1||histone demethylase:1||histone methylation:1||homeostasis:1||hydrangenol:1||hydroquinone:1||hypercholesterolemia:1||iNOS:1||immune cell population:1||immune response:1||immune system:1||immunity:1||immunological disorders:1||immunomodulation:1||immunomodulatory effects:1||immunopharmacology:1||immunosenescence:1||immunostimulation:1||immunostimulatory effects:1||immunotherapeutic:1||in vitro:1||in vivo:1||indigenous plant:1||inducible nitric oxide synthase inhibitors:1||inflammaging:1||inflammatory diseases:1||inflammatory genes:1||inflammatory illnesses:1||inflammatory microenvironment:1||inflammatory response:1||inflammatory signaling:1||inhibitory selectivity:1||innate and adaptive immune responses:1||interferon regulatory transcription factor 3:1||interleukin:1||interleukin1 receptorassociated kinase:1||isoprenylcysteine carboxyl methyltransferase:1||joboksansam:1||kenaf:1||keratinocytes:1||kinetics:1||korean red ginseng:1||least weasel:1||lentivirus:1||let7:1||leukemia:1||lignans:1||linusorb B3:1||lipid peroxidation:1||lipofuscin:1||loliolide:1||lung damage:1||luteolin:1||lysophosphatidylcholine (16:0):1||mTOR:1||machine learning:1||macrophage functions:1||malvaceae:1||mandshurica (Maxim:1||melanin:1||membrane fusion:1||menopausal symptoms:1||metabolite profiling:1||metastasis:1||methyltransferase:1||microbiota:1||mitogenactivated protein kinase:1||monkeypox virus:1||monocyte:1||muscle wasting:1||myocardial infarction:1||myocardial protection:1||myostatin:1||natural killer cells:1||neural stem cells:1||neurodegenerative disorders:1||neuroprotective effects:1||nflammation:1||nitration:1||nitric oxide synthase:1||nuc:1||nuclear factorkappa B:1||nutraceuticals:1||oligoporin A:1||olive leaves:1||optimization:1||origin:1||osteoclast:1||osteoporosis:1||ovarian cancer:1||p44/42 MAPK:1||pCMTG:1||pHresponsive:1||passive cutaneous anaphylaxis:1||peptide:1||peptides:1||peritonitis:1||phagocytosis:1||pharmaceuticals:1||pharmacokinetics:1||phosphatidylinositol3kinase:1||phosphoinositide 3kinase:1||platelet:1||platelet aggregation:1||polarization:1||polylysine:1||polyphenols:1||posttreatment:1||prediction model:1||programmed celldeath:1||protein Lisoaspartyl Omethyltransferase (PIMT):1||protein arginine methyltransferase 1 (PRMT1):1||protein internalization:1||proteomics:1||protopanaxadiol saponin fraction:1||protopanaxatriol:1||pruritus:1||pseudovirus:1||psoriasis:1||purification:1||pyrimidine derivatives:1||q subcomponentbinding protein:1||raccoon dog:1||reactive oxygen species:1||red ginseng:1||rottlerin:1||s bats:1||scavenger receptor class B type I:1||secoisolariciresinol diglucoside:1||sequence analysis:1||sequence similarity:1||serotine bats:1||si RNA:1||signaling:1||signaling pathway:1||signaling pathways:1||signalling cascade:1||silver nanoparticles:1||simulation:1||skin cancer:1||skin hydration:1||skin inflammation:1||skin pigmentation:1||soluble Nethylmaleimidesensitive factor attachment protein receptor:1||soybeans:1||spermatogenic factors:1||spleen:1||stacking framework:1||supercritical fluid extraction:1||surfactin:1||survival enzyme:1||sympracemoside:1||systematic evaluation:1||testicular damage:1||testosterone:1||theasinensin A:1||thymic involution:1||thymoquinone:1||tight junction:1||tomentosin:1||tonkinensis Pitard:1||traditional uses:1||triterpenoids:1||tumor necrosis factor&:1||tumor necrosis factoralpha:1||tumorigenesis:1||tyrosinephosphor:1||urban particulate matter:1||var:1||viral diseases:1||vitiligo:1||wound healing:1||wrinkle formation:1||wrinkles:1||xenograft mouse model:1||#945:1||γsecretase:1||(−)Epigallocatechin3(3”Omethyl) gallate (3”MeEGCG):1||(5Hydroxy4oxo4Hpyran2yl)methyl:1||(E)3(3methoxyphenyl)1(2pyrrolyl)2propenone:1||) Hand:1||) Juss:1||Mazz:1||1:1||20(S)Protopanaxadiol (PPD):1||20(S)protopanaxadiol saponins:1||20Sdihydroprotopanaxadiol:1||20Sdihydroprotopanaxatriol:1||3(4(tertOctyl)phenoxy)propane1,2diol:1||3Deazadenosine:1||3hydroxy3methylglutaric acid:1||3phosphoinositidedependent kinase 1:1||3phosphoinositidedependent kinase 1 inhibitors:1||3phosphoinositidedependent kinase 1 modulators:1||3phosphoinositidedependent kinase1 (pdk1):1||3T3L1:1||4methyl2,6bis(1phenylethyl)phenol:1||5alpha reductase:1||6hydroxynaphthalene2carboxylate:1||8(tosylamino)quinoline:1||8Hydroxydaidzein:1||8hydroxydaidzein:1||9dimethylguanine:1||A:1||AKT1/2:1||AKT2:1||APGP:1||ARE:1||Abdominal pain:1||Achyranthes aspera L.:1||Actin polymerization:1||Activator protein1:1||Acute gastritis:1||Acute toxicity:1||Adamantane:1||Adaptive immunity:1||Adaptogen:1||Adenosine:1||Adenosine dialdehyde:1||Adhesion molecule:1||Adipose tissue:1||AlME:1||Alisma canaliculatum A.Braun &:1||Alltrans retinoic acid (ATRA):1||Alternative medicine:1||Amide functionality:1||Amphiphilic GHK peptide:1||Angiopteris cochinchinensis de Vriese:1||Anti:1||AntiApoptotic Effect:1||AntiInflammation:1||AntiInflammatory Effects:1||AntiInflammatory effect:1||AntiOxidant:1||Antiaging:1||Antiangiogenesis:1||Antiarthritic effect:1||Antii:1||Antiin:1||Antiinflammatory activities:1||Antiinflammatory activity. AP1:1||Antimetastasis:1||Antioxidative activity:1||Antiphotoaging:1||Antitumor effect:1||Antitumorigenic response:1||Antiviral activity:1||Antiviral immunity:1||Anticancer activity:1||Antigastric Cancer Activity:1||Antiinflamm:1||Antiinflammation:1||Antiinflammatory activity:1||Antiphotoaging Effect:1||Antipsychotic drug:1||Antitumor activity:1||Antiviral Activity:1||Antiviral activity:1||Antiviral drug:1||Apocynaceae:1||Apodemus agrarius:1||Apoptotis:1||Aralia continental is Kitagawa:1||Araliaceae:1||Arctigenin:1||Ardisia silvestris ethanol extract:1||Artemisia asiatica:1||Artemisia asiatica Nakai:1||Arthritis:1||Aryl hydrocarbon receptor (AHR):1||Asian Lesser Whitetoothe:1||Asian countries:1||Asian particolored bat:1||Aspergillus oryzae:1||Aspiadaceae:1||Asteraceae:1||Atrogin1:1||Autophagosome:1||B:1||B16 melanoma cells:1||BN82002:1||Barringtonia augusta:1||Basic fibroblast growth factor:1||Basigin:1||Bcl2:1||Benzo[a]pyrene:1||Biliary tract cancer:1||Bioavailability:1||Bioinformatics:1||Biomarkers:1||Breynia vitisidaea:1||C.D.Bouché:1||C/EBP alpha:1||C2C12 Myoblast Cells:1||C2C12 myoblast cells:1||CD133:1||CD147:1||CD29:1||CD98:1||CIAmice:1||COVID19:1||COX2:1||CREB pathway:1||CRISPRCas9:1||Cadmium:1||Caenorhabditis elegans:1||Calcium influx:1||Calgranulin B:1||Calyx of berry:1||Canarium subulatum Guillaumin:1||Cancer stem cell:1||Caragana rosea Turcz (CrME):1||Caspase11 noncanonical inflammasome:1||Catalytic activity:1||Cell migration:1||Cellular damage:1||Central nervous system development:1||Cerbera manghas L.:1||Chalcone:1||Chemoprotective action:1||Chipmunk:1||Cholesterol:1||Chrysanthemum indicum var. albescens:1||Cissus subtetragona Planch:1||Clonal variation:1||Cocculus hirsutus:1||Cocrystal:1||Colitis:1||Complex GPB:1||Composition:1||Connarus semidecandrus Jack:1||Copper peptide:1||Cordyceps militaris:1||Coumaric acid:1||Crocidura shantungensis:1||Cucurbitacin B:1||Cucurbitacin I:1||Cyclooxygenase 2:1||Cyclooxygenase1 (COX1):1||Cytoprotection:1||Cytotoxicity:1||DAPT:1||DNA methylation:1||Dab1:1||Dalbergia odorifera:1||Depigmentation:1||Dexamethasone:1||Dexamethasoneinduced muscle atrophy:1||Dextran:1||Dieckol:1||Dietary sources:1||Diospyros burmanica:1||Dipterocarpus tuberculatus Roxb:1||Dipterocarpus tuberculatus Roxb.:1||Drug resistance:1||Dryopteris crassirhizoma Nakai:1||EEF1AKMT3:1||EGFR:1||ERK1/2:1||Efficacy:1||Egg replacer:1||Eggreplacement:1||Embryonic neural stem cells:1||Emetine:1||Emulsifiers:1||Emulsion:1||Epigallocatechin gallate derivate:1||Epigenetic drugs:1||Eptesicus serotinus:1||Erinacerin B:1||Ethanol:1||Ethanol extract (PdEE):1||Ethanolic extract of Melia azedarach L. (MAE):1||Ethnomedicine:1||Ethnopharmacological compounds:1||Euodia pasteuriana:1||
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