Citation 159251

ZHANG,ZY: HAN,PF: LIANG,MD: RAO,MR:. (1980). EXPERIMENTAL STUDIES ON RELATIONSHIP OF CHEMICAL STRUCTURE OF PROTOCATECHUIC ACID DERIVATIVES AND CARDIAC OXYGEN CONSUMPTION AND CORONARY FLOW.. 15()

Citation Details

Title	EXPERIMENTAL STUDIES ON RELATIONSHIP OF CHEMICAL STRUCTURE OF PROTOCATECHUIC ACID DERIVATIVES AND CARDIAC OXYGEN CONSUMPTION AND CORONARY FLOW.
Authors	ZHANG,ZY: HAN,PF: LIANG,MD: RAO,MR:
Year	1980
Volume	15
Issue

Summary

Year: 1980

Journal: Unknown

Organisms and Their Experiments (3)

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	MYOCARDIAL OXYGEN CONSUMPTION INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	BENZOIC ACID,2-5-DIHYDROXY:BENZOIC ACID,2-6-DIHYDROXY:	INACTIVE
2	MYOCARDIAL OXYGEN CONSUMPTION DECREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	BENZOIC ACID,2-5-DIHYDROXY:BENZOIC ACID,2-6-DIHYDROXY:	INACTIVE
3	CORONARY BLOOD FLOW DECREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	BENZOIC ACID,2-5-DIHYDROXY:BENZOIC ACID,2-6-DIHYDROXY:	INACTIVE
4	CORONARY BLOOD FLOW INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	BENZOIC ACID,2-5-DIHYDROXY:BENZOIC ACID,2-6-DIHYDROXY:	INACTIVE
5	ANOXIA TOLERANCE INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	BENZOIC ACID,2-5-DIHYDROXY:BENZOIC ACID,2-6-DIHYDROXY:	ACTIVE

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	CORONARY BLOOD FLOW INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	LIGUSTRAZINE	ACTIVE
2	MYOCARDIAL OXYGEN CONSUMPTION DECREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	LIGUSTRAZINE	INACTIVE
3	MYOCARDIAL OXYGEN CONSUMPTION INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVOSTRUCTURE-ACTIVITY RELATIONSHIP STUDIES MARKER CODE	LIGUSTRAZINE	INACTIVE

Ilex chinensis (AQUIFOLIACEAE)

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	Not specified	PRESENT IN (REVIEW)PREPARATION OF DERIVATIVES OF	PROTOCATECHUIC ACID	None
2	MYOCARDIAL OXYGEN CONSUMPTION DECREASED	PHARMACOLOGY OF COMPOUND - IN VIVO	PROTOCATECHUIC ACID	ACTIVE
3	CORONARY BLOOD FLOW INCREASED	PHARMACOLOGY OF COMPOUND - IN VIVO	PROTOCATECHUIC ACID	INACTIVE
4	CORONARY BLOOD FLOW DECREASED	PHARMACOLOGY OF COMPOUND - IN VIVO	PROTOCATECHUIC ACID	INACTIVE

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