저자의 연구 키워드

저자의 연구 키워드

#$Lp-PLA_2$

#$PGE_2$

#) DC

#-)-Balanophonin

#12-Hydroxycorynoloxine

#1-Hydroxytorilin

#3',4',5,6,7,8-Hexamethoxyflavone

#5 channel blocker

#5-Hydroxy-3',4',6,7,8-pentamethoxyflavone

#6-O-Angeloylprenolin

#6-Oxocorynoline

#7,9,2',4',-Tetrahydroxy-8-isopentenyl-5-methoxychalcone

#7'S, 8'R)-Dihydrodehydrodiconiferyl alcohol

#8-O-acetylcorysolidine

#ABTS

#ACAT inhibitory activity

#Acetylcholinesterase

#Acetylcholinesterase inhibitor

#Aging

#Akebia saponin D

#Amide compounds

#Anaphylaxis

#Angelica dahurica

#Anti-allergic effect

#Antiarrhythmic drug

#Anticholinesterase activity

#Anti-DNP IgE

#anti-DNP Igl

#Antiinflammatory

#Antioxidant activity

#Antitumor

#Apoptosis

#Aquifoliaceae

#Aromadendrin

#Asperuloside

#Asperulosidic acid

#Baicalein

#Bax gene

#Benzo[c]phenanthridine alkaloids

#Betulin

#Betulinic acid

#Betulone

#Bignoniaceae

#C

#Campsis grandiflora

#Cell growth inhibitory activity

#Celtis chinensis

#Celtis sinensis

#Centipeda minima

#cis-Hinokiresinol

#Citrus unshiu

#comaceae

#Compositae

#compound 48/80

#Cornus kousa

#Cornus officnalis

#Cornuskoside A

#Corydalis incisa

#Corydalis ochotensis

#Corydalis speciosa

#Corynoline

#Corysolidine

#Crosslinking

#Cyclic AMP

#Cytokines

#Cytotoxicity

#Dimethyltetrahydrofura cis-2,5-dicarboxylate

#Diodia teres

#Dipsacus asper

#DPPH radical

#elegans

#Epifriedelanol

#Epoxynaphthoquinol

#Ergosterol peroxide

#Erigeron annuus L

#Erythrodiol and 11-oxo-erythrodiol

#Flavonoids

#FPTase

#Genipin

#Geniposidic acid

#Germanicol

#Gleditsia sinensis

#hACAT

#hACAT1 Inhibitory effect

#hACAT1 Inhibitory effect'Lp-PLA $_2$ Inhibitory effect

#HCT-116)

#HepG2)

#hKv1

#Houtt

#Human colon carcinoma

#Human fibroblast-like synoviocytes

#Human hepatocellular carcinoma

#IL-$1{\beta}$ mRNA

#IL-10$IFN-{\gamma}$

#IL-6

#Ilex macropoda

#Immediate hypersensitivity reaction

#Imperatorin

#Isoimperatorin

#Isoochotensine

#Isoquercitrin

#Isoquinoline alkaloids

#Isorhamnetin

#Juniperus chinensis

#Kaempferol

#Ketorolac tromethamine

#Lactuca scarioia

#LDL-oxidation

#Leguminosae

#Lifespan

#Lignan

#Lignan glycoside

#Lipiferolide FPTase

#Liriodendron tulipifera

#llex macropoda

#Luguine

#Lupeol

#lupus$TNF-{\alpha}$

#Macrophage

#Magnolia officinalis

#MTT assay

#Naringenin

#NO

#Oleanolic acid

#Oxy-peucedanin

#p53

#Papaveraceae

#Persicaria thunbergii

#Pinoresinol glycoside

#Pinoresinol rutinoside

#Prenylated chalcone

#Pristane

#Protocatechuic acid

#Psoralen derivatives

#Quercetin

#Reduction rate of periodontal pocket depth

#Rumex japonicus

#Scopoletin

#Scopolin

#Sesquiterpenoid

#Skin permeation

#S-nitroso-L-glutathione

#Sophora flavescens

#Spirobenzylisoquinoline alkaloids

#Splenocyte

#Stress tolerance

#Superoxide

#Taraxerol

#Taxifolin

#Tensile strength

#TNF-$\alpha$

#Torilin

#Torilis japonca

#Torilis japonica

#Trans-N-p-coumaroyl tyramine

#Trapa pseudoincisa

#Tumor necrosis factor- ${\alpha}$, Cyclic AMP

#Tumor necrosis factor- $\alpha$

#U937 cells

#Umbelliferae

#Ursolic acid

#Vaccinium oldhami

#Veronica peregrina