저자의 연구 키워드

저자의 연구 키워드

#$

#${\beta}$-Sitosterol glucoside-3'-O-hexacosanoicate

#$\beta$-Secretase

#{\pm})-Puerol$ B

#1,2,3,4,6-Pentagalloyl- $\beta$-D-glucopyranoside

#2

#2`,5`-trihydroxy-7

#2′,5′- trihydroxy-7,8-dimethoxyflavanone analogues

#24-Methylene-3,4-seco-cycloart-4

#28)-en-3-oic acid

#3,6-diallyl-4-hydroxy-o-phenylphenol

#3-Oxo- $9{\beta}$-lanosta-7,22Z,24-trien-26,23-olide

#3-Oxo-ursolic acid

#4-hydroxy-o-phenylphenol

#5,8-dihydro-2,7-dimethyl-[1,4] naphthoquinone

#5-Lipoxygenase

#8-dimethoxyflavanone

#A549

#Abies koreana

#ABTS

#Acer okamotoanum

#Acer orkmotoanum

#Aceraceae

#Acetylbupleurotoxin

#Acetylcholinesterase

#AChE)

#Aconitum jaluense

#Actifolin

#Acylated sterol glucoside

#Advanced glycation end products

#AGEs)

#Alismatis Rhizoma

#Alisol B

#Allylhydroxybiphenyl derivatives

#Alnus hirsuta

#Alzheimer's disease

#Analgesic activity

#Angelica dahurica

#Angelica gigas Nakai

#Angelicas Sinensis Radix

#Angelicin

#Angiogenesis

#anititumor activity

#anthracis

#Anthraquinone

#Antiamnesia

#antibacterial activity

#anticariogenic activity

#Anti-complement activity

#Anti-HIV activity

#Anti-inflammation

#Anti-inflammatory

#Anti-inflammatory activity

#Antioxidant

#Antioxidant activity

#apo-B 100 Oxidative modification

#Aralia cordata

#Asteraceae

#Atherosclerosis

#BACE1)

#Badillus anthracis

#Betulaceae

#Bupleurotoxin

#Bupleurum longiradiatum

#Cell adhesion molecules

#Cerebroside

#Chemical constituents

#chimaphilin

#cinnamaldehyde

#cinnamic acid

#cinnamic alcohol

#Cinnamomi Cortex

#Claisen's rearrangement

#Cleomiscosins A and C

#Climbing behavior

#Commelina communis l-carbomethoxy- $\beta$-carboline

#Conditioned place preference

#Coumarins

#COX-1

#COX-2

#Crataegus pinnatifida

#Cyclooxygenase

#Cyclooxygenase-2

#Cy-totoxic activitiy

#Cytotoxic activity

#Cytotoxicity

#Diabetic complications

#Diarylheptanoid

#Diterpenes

#Diterpenoid alkaloid

#Dopamine receptor supersensitivity

#Dystaenia takeshimana

#Elb's oxidation

#Elsholtzia splendens Nakai

#ERK

#Euodia daniellii

#flavanone analogues

#Flavonoids

#Glucosamine sulfate

#Gomisin

#Gymnaster koraiensis

#Gymnastone

#harman

#HlF-1 activation

#Honokiol

#HPLC

#HPLC method

#Human pathogenic fungi

#Human umbilical vein endothelial cells

#Hyperlocomotion

#Inhibitor

#Inositol

#Juglans mandshurica

#K562

#L1210

#Lauraceae

#LDL Oxidation

#Leguminosae

#Lignan

#Limonoids

#Lindera obtusiloba

#Lipid peroxidation

#Lipoxygenase

#Lonicera japonica

#lysozyme

#Magnolia obovata

#Magnoliaceae

#Magnolol

#Manassantin A/B

#Medicinal herb

#Monocyte

#Morphine

#MT-4 cells

#Neodiligustilide

#Norditerpenoid alkaloid

#norharman

#Nucleotide

#Ogol fowl

#o-phenylphenol

#Oxypeucedanin hydrate acetonide

#Paeonol

#Pangelin

#PEP)

#PG-3

#Phenylpropanoid glycoside

#Picria tel-ferae

#Pinaceae

#Plant phenolics

#Populus davidiana

#Prolyl endopeptidase

#Prostaglandin

#Protostane

#Psoralen

#Pueraria Iobata

#Puerarin

#Pulviatilol

#Pyrola japonica

#Ranunculaceae

#Rhubarb

#Rosaceae

#Rutaceae

#S)-5

#Sanguisorbae Radix

#Sarcoma 180

#Schisandrin

#Schizandra chinensis

#Scrophulariaceae

#Sensitization

#Sophora flavescens

#Sophora moorcroftiang

#sophoraflavanone G: cytotoxicity

#Steroids

#Sterols

#Stilbene

#Streptococcus mutans ATCC OMZ176

#Streptococcus mutans OMZ 176

#Substituent effect

#Synurus deltoides Aiton Nakai

#Taxifolin

#Tellimagrandin II

#TNF- $\alpha$

#Triterpenes

#Triterpenoid

#Trypsin

#Tryptase

#Tumor cells

#Umbelliferae

#Ursolic acid

#Uvaol

#Viscidone

#Wuweizisu

#Xanthine oxidase