The Biological alkylation of heavy elements
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書誌事項
The Biological alkylation of heavy elements
（Special publication / Royal Society of Chemistry, no. 66）
Royal Society of Chemistry, c1988
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内容説明・目次
内容説明
This book records the proceedings of a conference commemorating the centenary of the birth of Professor Frederick Challenger, who made many of the most significant advances in the subject over the period 1933-1945. It was organized by the Royal Society of Chemistry and co-sponsored by the Biochemical Society, the British Toxicology Society, the Institute of Biology and the Institute of General Microbiology. London 17-18th September 1987. Topics covered include methyl transfer, biomethylation of Ge, Sn, Pb, As, Sb, Hg and global consequences and toxicology of alkyl transfer.
目次
- The bioalkylation of heavy elements - an historical introduction, F.Glockling. Part 1 Pathways for methyl transfer: the transfer of methyl groups - a general introduction, R.J.P.Williams
- redox chemistry of coenzyme F430, the hydrocorphinoid nickel complex catalyzing methane formation in methanogenic bacteria, B.Jaun
- structural effects on cobalt methylation and demethylation of vitamin B12 derivatives, B.Krautler
- methyl transfer reactions of cobalt corrinoid (B12) complexes, J.M.Pratt et al
- mechanisms for B12-dependent methyl transfer to heavy elements, J.M.Wood. Part 2 Biomethylation of Ge, Sn, Pb, As, Sb, Hg: the biogeochemsitry of methylgermanium species - a review, B.L.Lewis et al
- interactions between microorganisms and tin compounds, J.J.Cooney
- "in vivo" methylation and detoxication of arsenic, M.Vahter, E.Marafante
- arsenic in the marine environment of South Australia, W.A.Maher
- biological methylation of the algal trialkylarsine oxides, A.A.Benson
- algal excretion of the arsenoribosylglycerol sulphate ester, A.A.Benson
- antimony metabolites in marine algae, A.A.Benson
- the methylation of arsenic by marine macro-algae, J.S.Edmonds, K.A.Francesconi
- transformations of mercury by "saccharomyces cerevisiae", S.Yannai et al. Part 3 Global consequences and toxicology of alkyl transfer: the biological properties of methyl and ethyl derivatives of tin and lead, W.N.Aldridge, A.W.Brown
- morphological responses of some common spoilage fungi towards triorganotin compounds, P.J.Newby, G.M.Gadd
- global biomethylation of the elements - its role in the biosphere translated to new organometallic chemistry and biotechnology, F.E.Brinckman, G.J.Olson
- biogenesis of halomethanes by fungi, D.B.Harper, J.T.G.Hamilton
- methylation of poorly soluble metal compounds - some environmental implications, J.S.Thayer
- effects of trailkyllead compounds on mitochondrial membrane potential, D.E.Griffiths, J.Usta
- what DNA sequence analysis tells us about toxic heavy metal resistances, S.Silver, T.K.Misra. Part 4 Speciation and analysis: metal speciation studies using combined atomic absorption spectrometry and chromatographic techniques, M.Harriot et al
- novel methods for the determination of methylated metal species and their application to eustuarine samples, L.Ebdon et al
- the analysis of organotin compounds from environmental matrices, J.Ashby et al
- anion transport by alkyl derivatives of heavy metals, M.J.Selwyn and A.S.Watling
- biomethylation - concluding remarks, R.J.P.Williams.
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