Genotoxicity of chemical and physical agents in cultured human tissues and cells

Weston, A; Plummer, SM; Grafstrom, RC; Trump, BF; Harris, CC

HERO ID

1793410

Reference Type

Journal Article

Year

1986

Language

English

PMID

3781423

HERO ID 1793410
In Press No
Year 1986
Title Genotoxicity of chemical and physical agents in cultured human tissues and cells
Authors Weston, A; Plummer, SM; Grafstrom, RC; Trump, BF; Harris, CC
Journal Food and Chemical Toxicology
Volume 24
Issue 6-7
Page Numbers 675-679
Abstract In vitro model systems have recently been developed to investigate the toxicity of chemical, microbial and physical agents in normal human tissues and cells from many of the major tissue sites of high cancer incidence. Pathobiological endpoints used in these studies include alterations in incorporation rates of precursors into DNA, RNA and protein, in the clonal growth rate of cultured cells and in DNA structure (e.g. single-strand breaks, DNA-protein crosslinks and chemical-DNA adducts) and the induction of differentiation, chromosomal and karyotypic abnormalities, mutations and neoplastic transformation. These systems have been used to study a variety of complex mixtures and individual substances, including cigarette smoke components such as benzo[a]pyrene and N-nitrosamines, formaldehyde, fecapentaenes, asbestos, and nickel and chromium ions. In addition, increasing awareness of the role of oncogenes in human carcinogenesis has led to studies involving transfection experiments with oncogenes and hepatitis B viral genes in normal human cells.
Doi 10.1016/0278-6915(86)90156-0
Pmid 3781423
Wosid WOS:A1986F052000067
Is Certified Translation No
Dupe Override No
Comments Journal: INTERNATIONAL CONFERENCE ON PRACTICAL IN VITRO TOXICOLOGY ISSN:
Is Public Yes
Language Text English
Keyword Mutagens; Nitrosamines; Chromium; 0R0008Q3JB; Asbestos; 1332-21-4; 7OV03QG267; 9007-49-2; Index Medicus; Tobacco -- analysis; Chromium -- toxicity; Cells, Cultured; Feces -- analysis; DNA -- metabolism; Smoke -- analysis; Nitrosamines -- metabolism; Transfection; Nickel -- toxicity; Hepatitis B virus -- genetics; Oncogenes; Asbestos -- toxicity; Plants, Toxic
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