Citation 87266

NARUKAWA,Y: SHIMIZU,N: TAKEDA,T:. (2001). STUDIES ON THE CONSTITUENTS OF LEONOTIS NEPETAEFOLIA.. 55(2)

Citation Details

Title	STUDIES ON THE CONSTITUENTS OF LEONOTIS NEPETAEFOLIA.
Authors	NARUKAWA,Y: SHIMIZU,N: TAKEDA,T:
Year	2001
Volume	55
Issue	2

Summary

Year: 2001

Journal: Unknown

Organisms and Their Experiments (1)

Leonotis nepetifolia (LAMIACEAE)

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
2	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
3	Not specified	ISOLATION AND IDENTIFICATION OFQUANTITATIVE DATA	GENIPOSIDIC ACID,10-O-(TRANS-3-4-DIMETHOXY-CINNAMOYL):	None
4	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF COMPOUND - IN VITRO	GENIPOSIDIC ACID,10-O-(TRANS-3-4-DIMETHOXY-CINNAMOYL):	INACTIVE
5	Not specified	MASS-SPECTRAL FRAGMENTATION REPORTEDPMR SPECTRUM REPORTEDCMR SPECTRUM REPORTEDQUANTITATIVE DATAISOLATION OF A COMPOUND WITH NOVEL STRUCTURE	GENIPOSIDIC ACID,10-O-(CIS-3-4-DIMETHOXY-CINNAMOYL):	None
6	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF COMPOUND - IN VITRO	GENIPOSIDIC ACID,10-O-(CIS-3-4-DIMETHOXY-CINNAMOYL):	INACTIVE
7	Not specified	MASS-SPECTRAL FRAGMENTATION REPORTEDPMR SPECTRUM REPORTEDCMR SPECTRUM REPORTEDQUANTITATIVE DATAISOLATION OF A COMPOUND WITH NOVEL STRUCTURE	GENIPOSIDIC ACID,10-O-(TRANS-FERULOYL):	None
8	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF COMPOUND - IN VITRO	GENIPOSIDIC ACID,10-O-(TRANS-FERULOYL):	ACTIVE
9	Not specified	MASS-SPECTRAL FRAGMENTATION REPORTEDPMR SPECTRUM REPORTEDCMR SPECTRUM REPORTEDQUANTITATIVE DATAISOLATION OF A COMPOUND WITH NOVEL STRUCTURE	GENIPOSIDIC ACID,10-O-(TRANS-CAFFEOYL):	None
10	RADICAL SCAVENGING EFFECT	PHARMACOLOGY OF COMPOUND - IN VITRO	GENIPOSIDIC ACID,10-O-(TRANS-CAFFEOYL):	ACTIVE
11	Not specified	ISOLATION AND IDENTIFICATION OFQUANTITATIVE DATA	GENIPOSIDIC ACID,10-O-(PARA-HYDROXY-BENZOYL):	None
12	Not specified	ISOLATION AND IDENTIFICATION OFQUANTITATIVE DATA	MARTYNOSIDE,2''-3''-DIACETYL:	None
13	Not specified	ISOLATION AND IDENTIFICATION OFQUANTITATIVE DATA	MARTYNOSIDE	None

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