A method for performing an iron-catalyzed allylic alkylation includes the preparation of a reaction mixture obtainable from (i) an allylic substrate with the structural element C═C—C—X, wherein X comprises a leaving group that represents a carbonate, (ii) an active Fe(-II) catalyst complex, (iii) at least one ligand, (iv) at least one solvent, and (v) a nucleophile or pronucleophile.
An electrocatalytic allylic C−H alkylation reaction with carbon nucleophiles is reported, which employs an easily available cobalt–salen complex as the molecular catalyst. The method is characterized by its excellent functional group tolerance, substrate compatibility with both linear and branched terminal alkenes, and scalability (up to 200 mmol scale) with a low loading of electrolyte (down to 0
Palladium-catalyzed substitutions of allylic nitro compounds. Regiochemistry
作者:Rui Tamura、Yoshiki Kai、Masato Kakihana、Koji Hayashi、Masanori Tsuji、Tsunehiro Nakamura、Daihei Oda
DOI:10.1021/jo00373a008
日期:1986.11
Synthesis of Cyclohexanes via [3 + 3] Hexannulation of Cyclopropanes and 2-Chloromethyl Allylsilanes
作者:Katarina Sapeta、Michael A. Kerr
DOI:10.1021/ol900457z
日期:2009.5.21
Lewis acid-assisted ring-opening/allylation of 1,1-cyclopropane diesters, followed by base-mediated ring closure, generates functionalized exo-methylenecyclohexanes in good yield. This two-step procedure is highlighted by expedient preparation of a pyrido[1,2-a]indole skeleton common to the chippiine class of Iboga indole alkaloids.
Palladium(0)-catalyzed allylic alkylation and amination of allylnitroalkanes