Titlebook: Enzymatic and Model Carboxylation and Reduction Reactions for Carbon Dioxide Utilization; M. Aresta,J. V. Schloss Book 1990 Kluwer Academi

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The Organometallic Chemistry of Carbon Dioxide Pertinent to Catalysis,xperiments such as depicted in the equation below..The mechanistic view emerging from these studies is that the decarboxylation reaction is strongly dependent on the nature of the X group in the [MOC(O)X] moiety. That is, the X group must have an appropriate orbital for interaction with the metal ce

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Carbamate Synthases and Kinases,binds with the highest affinity to the central complex and favors its formation. The activation is associated with a dramatic increase in affinity for ATP., K and Mg. We have located, using photoaffinity labeling, the site for AG in the 20 kDa COOH-terminal domain of the enzyme. We propose that this

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One-Carbon Metabolism of Anaerobic Bacteria: Challenge for Chemistry,nd reductive carboxylations in biosynthesis. The reactions of CO. fixation and reduction are mostly different from those used by the green plants. ., an increasing number of organic compounds were found to require carboxylations, prior to further anaerobic degradation. Examples are the utilization o

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Catalytic Incorporation of CO2 for the Synthesis of Organic Compounds,yl alcohol derivatives and CO. can lead selectively to β-oxopropylcarbamates, with ruthenium catalysts, and to α-methylene cyclic carbonates or functional α-methylene oxazolidinones with phosphines catalysts.

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