By John D. Robertson, Joya Chandra, Vladimir Gogvadze (auth.), Patrick M. Dansette, Robert Snyder, Marcel Delaforge, G. Gordon Gibson, Helmut Greim, David J. Jollow, Terrence J. Monks, I. Glenn Sipes (eds.)
This quantity provides a dialogue of the organic results produced following the metabolism of xenobiotic chemical compounds to chemically reactive metabolites, i.e., poisonous and carcinogenic results, which were the root of all 5 prior volumes during this sequence. particularly, this quantity devotes sections to structure-activity relationships, contemporary advances within the knowing of the chemistry of reactive metabolites, and the iteration and task of reactive oxygen species with detailed emphasis on nitric oxide. There also are segments on DNA harm by way of reactive metabolites and DNA fix, tissue particular responses to BRIs, and human wellbeing and fitness results of BRIs. The papers that include this quantity have been submitted by means of international classification scientists who have been in attendance on the Symposium on organic Reactive Intermediates VI on the Université René Descartes, July 16-20, 2000.
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Extra info for Biological Reactive Intermediates VI: Chemical and Biological Mechanisms in Susceptibility to and Prevention of Environmental Diseases
P. Spencer, G. Chowrimootoo, R. S. K. Srai and C. Rice-Evans. The small intestine can both absorb and glucuronidate luminal flavonoids. FEBS Lett. 458: 224 (1999). 22. G. Williamson, AJ. W. Plumb and D. Couteau, Human metabolic pathways of dietary flavonoids and cinnamates. Biochem. Soc. Transact. 28: 16 (2000). 23. M. P. Peters and J. Noordhoek. Quinone toxicity in DT-diaphorase-efficient and -deficient colon carcinoma cell lines. Biochem. Pharmacal. 57:27 (1999). 24. G. Y. Gadaska, A. Gallegos, K.
S. Congress Proceedings, 1982), and it also caused renal failure in patients (Warren, S. E. , 1983; Clive, D. M. and Stoff, J. , 1984). Tolmetin has caused similar toxicities, but the incidence seems to be far less (Chatterjee, 1981; Brekza and Novey, 1985; Tietjen, 1989; Shaw and Anderson, 1991). Structurally, it would be interesting to know if the pchlorobenzoyl group in zomepirac vs. p-methylbenzoyl group in tolmetin and/or the addition of a methyl group to the pyrrole ring in zomepirac leads to the differences in apparent incidence of toxic reactions associated with zomepirac.
Some of these other determinants of toxicity include dose of the drug and fraction of the dose converted to toxic metabolite(s) which is dependent on concentrations of enzymes, cofactors, and other cellular constituents involved in catalyzing toxic metabolite formation and detoxication. These concentrations, in tum, are affected by genetics and a host of environmental factors including diet and other drugs as inducers, inhibitors, etc. In many cases, the largely unknown factors that determine immune response to macromolecular adducts of a drug or its metabolites adds a major layer of complexity to toxic responses.