Organism 188770 -

Organisms in NAP refer to specimens, they are not "taxonomical" organisms and they can in some cases even be mixtures of organisms. Empty organisms are used as placeholders as the original dataset entry system used organism as the central part.

Organism Details

Property	Value
Family
Genus
Species
Species authority
Subspecies
Subspecies authority
Comment
Citation	KOSTYUK,VA: POTAPOVICH,AI:. (1998). ANTIRADICAL AND CHELATING EFFECTS IN FLAVONOID PROTECTION AGAINST SILICA-INDUCED CELL INJURY.. 355(1)

Experiments

15 experiments

Experiment	Worktypes	Pharmacology	Organism (specimen)	Compound
661720	PHARMACOLOGY OF COMPOUND - IN VITRO	SUPEROXIDE SCAVENGING ACTIVITY INCREASE	Empty organism	QUERCETIN
661721	PHARMACOLOGY OF COMPOUND - IN VITRO	CHELATING EFFECT(IRON)	Empty organism	QUERCETIN
661722	PHARMACOLOGY OF COMPOUND - IN VITRO	CYTOTOXIC ACTIVITY	Empty organism	QUERCETIN
661723	PHARMACOLOGY OF COMPOUND - IN VITRO	HEMOLYSIS INHIBITORY ACTIVITY	Empty organism	QUERCETIN
661724	PHARMACOLOGY OF COMPOUND - IN VITRO	LDH-1 INHIBITION	Empty organism	QUERCETIN
661725	PHARMACOLOGY OF COMPOUND - IN VITRO	SUPEROXIDE SCAVENGING ACTIVITY INCREASE	Empty organism	TAXIFOLIN
661726	PHARMACOLOGY OF COMPOUND - IN VITRO	CHELATING EFFECT(IRON)	Empty organism	TAXIFOLIN
661727	PHARMACOLOGY OF COMPOUND - IN VITRO	CYTOTOXIC ACTIVITY	Empty organism	TAXIFOLIN
661728	PHARMACOLOGY OF COMPOUND - IN VITRO	HEMOLYSIS INHIBITORY ACTIVITY	Empty organism	TAXIFOLIN
661729	PHARMACOLOGY OF COMPOUND - IN VITRO	LDH-1 INHIBITION	Empty organism	TAXIFOLIN
661730	PHARMACOLOGY OF COMPOUND - IN VITRO	SUPEROXIDE SCAVENGING ACTIVITY INCREASE	Empty organism	RUTIN
661731	PHARMACOLOGY OF COMPOUND - IN VITRO	CHELATING EFFECT(IRON)	Empty organism	RUTIN
661732	PHARMACOLOGY OF COMPOUND - IN VITRO	CYTOTOXIC ACTIVITY	Empty organism	RUTIN
661733	PHARMACOLOGY OF COMPOUND - IN VITRO	HEMOLYSIS INHIBITORY ACTIVITY	Empty organism	RUTIN
661734	PHARMACOLOGY OF COMPOUND - IN VITRO	LDH-1 INHIBITION	Empty organism	RUTIN

Organism 188770 -

Organism Details

Experiments

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Pharmacology (5)

Compounds (3)

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