
pmid: 25418345
AbstractA concise total synthesis of rac‐alsmaphorazine D has been described for the first time. The efficient synthetic strategy features four key transformations: 1) a catalytic intramolecular oxidative cyclization for the δ‐lactamindole backbone; 2) an oxidative cyclic aminal formation for the hexahydropyrrolo[2,3‐b]pyrrole framework; 3) a transannular radical cyclization for the construction of the diazabicyclo[3.3.1]nonane structure; and 4) a one‐pot desilylation/double epimerization reaction that affirms the relative stereochemistry.
Plant Leaves, Cyclization, Stereoisomerism, Cerium, Oxidation-Reduction, Alstonia, Catalysis, Indole Alkaloids
Plant Leaves, Cyclization, Stereoisomerism, Cerium, Oxidation-Reduction, Alstonia, Catalysis, Indole Alkaloids
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