Citation 139912

OGURI,A: SUDA,M: TOTSUKA,Y: SUGIMURA,T: WAKABAYASHI,K:. (1998). INHIBITORY EFFECTS OF ANTIOXIDANTS ON FORMATION OF HETEROCYCLIC AMINES.. 402(1/2)

Citation Details

Title	INHIBITORY EFFECTS OF ANTIOXIDANTS ON FORMATION OF HETEROCYCLIC AMINES.
Authors	OGURI,A: SUDA,M: TOTSUKA,Y: SUGIMURA,T: WAKABAYASHI,K:
Year	1998
Volume	402
Issue	1/2

Summary

Year: 1998

Journal: Unknown

Organisms and Their Experiments (2)

Unknown organism

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ELLAGIC ACID	ACTIVE
2	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ELLAGIC ACID	ACTIVE
3	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ELLAGIC ACID	INACTIVE
4	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ELLAGIC ACID	INACTIVE
5	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	GALLOCATECHIN-3-GALLATE,EPI: (-):	ACTIVE
6	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	GALLOCATECHIN-3-GALLATE,EPI: (-):	ACTIVE
7	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	GALLOCATECHIN-3-GALLATE,EPI: (-):	ACTIVE
8	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	GALLOCATECHIN-3-GALLATE,EPI: (-):	WEAK ACTIVITY
9	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	CAFFEIC ACID	ACTIVE
10	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	CAFFEIC ACID	WEAK ACTIVITY
11	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	CAFFEIC ACID	WEAK ACTIVITY
12	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	CAFFEIC ACID	ACTIVE
13	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	LUTEOLIN	ACTIVE
14	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	LUTEOLIN	ACTIVE
15	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	LUTEOLIN	WEAK ACTIVITY
16	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	LUTEOLIN	WEAK ACTIVITY
17	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	QUERCETIN	WEAK ACTIVITY
18	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	QUERCETIN	ACTIVE
19	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	QUERCETIN	ACTIVE
20	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	QUERCETIN	ACTIVE
21	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	FERULIC ACID	WEAK ACTIVITY
22	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	FERULIC ACID	WEAK ACTIVITY
23	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	FERULIC ACID	INACTIVE
24	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	FERULIC ACID	WEAK ACTIVITY
25	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	SYRINGIC ACID	WEAK ACTIVITY
26	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	SYRINGIC ACID	WEAK ACTIVITY
27	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	SYRINGIC ACID	INACTIVE
28	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	SYRINGIC ACID	INACTIVE
29	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	SESAMOL	INACTIVE
30	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	SESAMOL	INACTIVE
31	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	SESAMOL	INACTIVE
32	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	SESAMOL	INACTIVE
33	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ASCORBIC ACID	INACTIVE
34	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ASCORBIC ACID	WEAK ACTIVITY
35	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ASCORBIC ACID	INACTIVE
36	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ASCORBIC ACID	INACTIVE
37	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	THYMOL	INACTIVE
38	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	THYMOL	EQUIVOCAL
39	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	THYMOL	INACTIVE
40	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	THYMOL	INACTIVE
41	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ANISOLE,TERT-BUTYL-HYDROXY:	INACTIVE
42	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ANISOLE,TERT-BUTYL-HYDROXY:	INACTIVE
43	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	ANISOLE,TERT-BUTYL-HYDROXY:	INACTIVE
44	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	ANISOLE,TERT-BUTYL-HYDROXY:	INACTIVE
45	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	EUGENOL	INACTIVE
46	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	EUGENOL	WEAK ACTIVITY
47	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	EUGENOL	ACTIVE
48	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	EUGENOL	WEAK ACTIVITY
49	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	GUAIARETIC ACID,NOR-DIHYDRO:	INACTIVE
50	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	GUAIARETIC ACID,NOR-DIHYDRO:	INACTIVE
51	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF COMPOUND - IN VITRO	GUAIARETIC ACID,NOR-DIHYDRO:	INACTIVE
52	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF COMPOUND - IN VITRO	GUAIARETIC ACID,NOR-DIHYDRO:	INACTIVE

Camellia sinensis (THEACEAE)

Experiment #	Pharmacology Type	Worktypes	Compound	Results
1	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
2	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
3	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
4	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
5	HETEROCYCLIC AMINE FORMATION INHIBITION	PHARMACOLOGY OF EXTRACT - IN VITRO	None	ACTIVE
6	ANTIMUTAGENIC ACTIVITY	PHARMACOLOGY OF EXTRACT - IN VITRO	None	WEAK ACTIVITY

Citation 139912

Citation Details

Summary

Organisms and Their Experiments (2)

Unknown organism

Camellia sinensis (THEACEAE)

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