TOXICOLOGY: F. TOXICITY RESULTING FROM DYSREPAIR
3) Carcinogenesis ; d) Nongenotoxic Carcinogens:
Promoters of Mitosis and Inhibitors of Apoptosis

1 these chemicals cause cancer by PROMOTING CARCINOGENESIS INITIATED BY GENOTOXIC AGENTS or spontaneous DNA damage.

2) occurs in normal human cells at a rate of 1 out of
108 to 1010 base pairs

3 Increase the frequency of spontaneous mutations through a mitogenic effect and by inhibiting apoptosis, thereby increasing the number of cells with DNA damage and mutations.

Question

F. TOXICITY RESULTING FROM DYSREPAIR
3) Carcinogenesis ; d) Nongenotoxic Carcinogens:
Promoters of Mitosis and Inhibitors of Apoptosis

1 these chemicals cause cancer by PROMOTING CARCINOGENESIS INITIATED BY GENOTOXIC AGENTS or spontaneous DNA damage.

2) occurs in normal human cells at a rate of 1 out of
108 to 1010 base pairs

3 Increase the frequency of spontaneous mutations through a mitogenic effect and by inhibiting apoptosis, thereby increasing the number of cells with DNA damage and mutations.

LEIGHTON DWIGHT OBILLOS · Accepted Answer

.

1 Designated nongenotoxic or Epigenetic carcinogens

2 Spontaneous DNA damage

3 Nongenotoxic carcinogens

TOXICOLOGY

. 1 Designated nongenotoxic or Epigenetic carcinogens 2 Spontaneous DNA damage 3 Nongenotoxic carcinogens

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