The Biological alkylation of heavy elements

摘要: The bioalkylation of heavy elements - an historical introduction, F.Glockling. Part 1 Pathways for methyl transfer: the transfer groups a general R.J.P.Williams redox chemistry coenzyme F430, hydrocorphinoid nickel complex catalyzing methane formation in methanogenic bacteria, B.Jaun structural effects on cobalt methylation and demethylation vitamin B12 derivatives, B.Krautler reactions corrinoid (B12) complexes, J.M.Pratt et al mechanisms B12-dependent to elements, J.M.Wood. 2 Biomethylation Ge, Sn, Pb, As, Sb, Hg: biogeochemsitry methylgermanium species review, B.L.Lewis interactions between microorganisms tin compounds, J.J.Cooney "in vivo" detoxication arsenic, M.Vahter, E.Marafante arsenic marine environment South Australia, W.A.Maher biological algal trialkylarsine oxides, A.A.Benson excretion arsenoribosylglycerol sulphate ester, antimony metabolites algae, by macro-algae, J.S.Edmonds, K.A.Francesconi transformations mercury "saccharomyces cerevisiae", S.Yannai al. 3 Global consequences toxicology alkyl properties ethyl derivatives lead, W.N.Aldridge, A.W.Brown morphological responses some common spoilage fungi towards triorganotin P.J.Newby, G.M.Gadd global biomethylation its role biosphere translated new organometallic biotechnology, F.E.Brinckman, G.J.Olson biogenesis halomethanes fungi, D.B.Harper, J.T.G.Hamilton poorly soluble metal compounds environmental implications, J.S.Thayer trailkyllead mitochondrial membrane potential, D.E.Griffiths, J.Usta what DNA sequence analysis tells us about toxic resistances, S.Silver, T.K.Misra. 4 Speciation analysis: speciation studies using combined atomic absorption spectrometry chromatographic techniques, M.Harriot novel methods determination methylated their application eustuarine samples, L.Ebdon organotin from matrices, J.Ashby anion transport metals, M.J.Selwyn A.S.Watling concluding remarks, R.J.P.Williams.