Some Progress and Development on Synthetic Electroorganic Chemistry

The series of electroorganic reactions, as shown in this paper, have been developed directed towards organic synthesis for these thirty years in the author's half-life. They consist of five sections, such as 1) selective introduction of functional groups by anodic oxidation, 2) Mn3+- and halonium ion-mediated carbon-carbon bond formation of activated Olefins by anodic oxidation, 3) intramolecular cyclization by electroreduction of non- conjugated enones and eynoes, 4) selective one-pot double C-acylation of activated olefins by electroreduction, and 5) novel transformation of organic compounds and synthetic application, which may be characterized by novelty, interests, noteworthiness, and originality.