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Results: 1-9 |
Results: 9
COMPARISON OF EFFECT OF TUMOR PROMOTER TREATMENTS ON DNA METHYLATION STATUS AND GENE-EXPRESSION IN B6C3F1 AND C57BL 6 MOUSE-LIVER AND IN B6C3F1 MOUSE-LIVER TUMORS/
Authors: COUNTS JL MCCLAIN RM GOODMAN JI
Citation: Jl. Counts et al., COMPARISON OF EFFECT OF TUMOR PROMOTER TREATMENTS ON DNA METHYLATION STATUS AND GENE-EXPRESSION IN B6C3F1 AND C57BL 6 MOUSE-LIVER AND IN B6C3F1 MOUSE-LIVER TUMORS/, Molecular carcinogenesis, 18(2), 1997, pp. 97-106
5-METHYLCYTOSINE IS PRESENT IN THE 5'-FLANKING REGION OF HA-RAS IN MOUSE-LIVER AND INCREASES WITH AGING
Authors: COUNTS JL KAZNOWSKI JM MCCLAIN RM GOODMAN JI
Citation: Jl. Counts et al., 5-METHYLCYTOSINE IS PRESENT IN THE 5'-FLANKING REGION OF HA-RAS IN MOUSE-LIVER AND INCREASES WITH AGING, International journal of cancer, 72(3), 1997, pp. 491-497
CELL-PROLIFERATION AND GLOBAL METHYLATION STATUS CHANGES IN MOUSE-LIVER AFTER PHENOBARBITAL AND OR CHOLINE-DEVOID, METHIONINE-DEFICIENT DIET ADMINISTRATION/
Authors: COUNTS JL SARMIENTO JI HARBISON ML DOWNING JC MCCLAIN RM GOODMAN JI
Citation: Jl. Counts et al., CELL-PROLIFERATION AND GLOBAL METHYLATION STATUS CHANGES IN MOUSE-LIVER AFTER PHENOBARBITAL AND OR CHOLINE-DEVOID, METHIONINE-DEFICIENT DIET ADMINISTRATION/, Carcinogenesis, 17(6), 1996, pp. 1251-1257
HYPOMETHYLATION OF DNA - A NONGENOTOXIC MECHANISM INVOLVED IN TUMOR PROMOTION
Authors: COUNTS JL GOODMAN JI
Citation: Jl. Counts et Ji. Goodman, HYPOMETHYLATION OF DNA - A NONGENOTOXIC MECHANISM INVOLVED IN TUMOR PROMOTION, Toxicology letters, 82-3, 1995, pp. 663-672
PRINCIPLES UNDERLYING DOSE SELECTION FOR, AND EXTRAPOLATION FROM, THECARCINOGEN BIOASSAY - DOSE INFLUENCES MECHANISM
Authors: COUNTS JL GOODMAN JI
Citation: Jl. Counts et Ji. Goodman, PRINCIPLES UNDERLYING DOSE SELECTION FOR, AND EXTRAPOLATION FROM, THECARCINOGEN BIOASSAY - DOSE INFLUENCES MECHANISM, Regulatory toxicology and pharmacology, 21(3), 1995, pp. 418-421
ALTERATIONS IN DNA METHYLATION MAY PLAY A VARIETY OF ROLES IN CARCINOGENESIS
Authors: COUNTS JL GOODMAN JI
Citation: Jl. Counts et Ji. Goodman, ALTERATIONS IN DNA METHYLATION MAY PLAY A VARIETY OF ROLES IN CARCINOGENESIS, Cell, 83(1), 1995, pp. 13-15
HYPOMETHYLATION OF DNA - AN EPIGENETIC MECHANISM INVOLVED IN TUMOR PROMOTION
Authors: COUNTS JL GOODMAN JI
Citation: Jl. Counts et Ji. Goodman, HYPOMETHYLATION OF DNA - AN EPIGENETIC MECHANISM INVOLVED IN TUMOR PROMOTION, Molecular carcinogenesis, 11(4), 1994, pp. 185-188
COMPARATIVE-ANALYSIS OF THE METHYLATION STATUS OF THE 5' FLANKING REGION OF HA-RAS IN B6C3F1, C3H HE AND C57BL/6 MOUSE-LIVER/
Authors: COUNTS JL GOODMAN JI
Citation: Jl. Counts et Ji. Goodman, COMPARATIVE-ANALYSIS OF THE METHYLATION STATUS OF THE 5' FLANKING REGION OF HA-RAS IN B6C3F1, C3H HE AND C57BL/6 MOUSE-LIVER/, Cancer letters, 75(2), 1993, pp. 129-136
HYPOMETHYLATION OF DNA - A POSSIBLE NONGENOTOXIC MECHANISM UNDERLYINGTHE ROLE OF CELL-PROLIFERATION IN CARCINOGENESIS
Authors: GOODMAN JI COUNTS JL
Citation: Ji. Goodman et Jl. Counts, HYPOMETHYLATION OF DNA - A POSSIBLE NONGENOTOXIC MECHANISM UNDERLYINGTHE ROLE OF CELL-PROLIFERATION IN CARCINOGENESIS, Environmental health perspectives, 101, 1993, pp. 169-172
Risultati: 1-9 |