Chemical Induction of Cancer: Structural Bases and Biological Mechanisms
Chemical Induction Of Cancer: Structural Bases and Biological Mechanisms Volume IIA deals with the organic and biochemical principles behind cancer. This volume includes Part III of the work, which covers structure-activity relationships of chemical carcinogens, the effect of chemical reactivity, molecular geometry, and metabolism on carcinogenic activity. Under this is Chapter 5, which tackles conjugated aromatic systems. The text is recommended for doctors, organic chemists, and biochemists with an advanced knowledge in biochemistry and organic chemistry and would like to know more the biochemical processes of cancer.
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Common terms and phrases
1,2-benzanthracene 20-methylcholanthrene 3,4-benzopyrene 7,8-Benzacridine acid Amer analogs anthanthrene anthracene Arcos base pairs benzacridines benzanthracene benzene Biochem Biol biological bond Boyland Brit C. R. Acad Cancer Cancer Inst Cancer Res carbon atoms carcino carcinogenesis carcinogenic activity carcinogenic hydrocarbons cell cellular charge-transfer Chem chemical cholanthrene cholesterol chrysene complex compounds conjugated coronene correlation Daudel derivatives electron energy enzyme epoxides estrogens Fieser fluoranthene formation genic guanine Hieger hydro hydrogen hydroxylation inactive increase induced injection interaction intercalation K-region Lacassagne lactim mammary meso-anthracenic meso-phenanthrenic metabolic metabolites methyl group mice molecular orbital molecule mutagenicity N. P. Buu-Hoi Nagata naphthalene Nature London nitrogen orbitals oxidation perylene phenanthrene planar polarization polycyclic aromatic hydrocarbons polycyclic hydrocarbons polynuclear position Proc protein Pullman purine pyrene rats reaction reactivity resonance ring sarcomas Section skin and subcut solubilization steric steroids structural studies subcutaneous substitution Suppletory Note t-electrons Table tested tissue tricycloquinazoline tumors vitro Zajdela