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The reducing ability of manganese metal can be utilized effectively by treatment with a catalytic amount of PbCl2 and Me3SiCl. This article discusses the following specific themes using the activated manganese metal as a reductant. 1) Generation of alkyl radicals and their trapping with α, β-unsaturated esters. 2) Three-component coupling reactions of alkyl iodides, electron-deficient olefins, and carbonyl compounds based on the concept of sequential generation of a radical and anionic species. 3) Sequential 1, 4-addition. and Claisen rearrangement. 4) Generation of non-stabilized carbonyl ylides. 5) Selective reduction of iodoform and its application to the synthesis of alkenylsilanes.

Activation of Manganese Metal with a Catalytic Amount of Lead and Me3SiCl and Its Application to Organic Synthesis.