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Sunagatullina, Alisa S.; Lutter, Ferdinand H.; Karaghiosoff, Konstantin und Knochel, Paul (2022): Iron-Catalyzed Radical Zincations of Alkyl Iodides. In: Advanced Synthesis & Catalysis, Bd. 364, Nr. 23: S. 4049-4053 [PDF, 4MB]

Abstract

We report a new iron-catalyzed I/Zn-exchange allowing to convert primary or tailored secondary alkyl iodides into the corresponding alkylzinc iodides. In the presence of a remote double bond at position 5, diastereoselective ring closures are observed. Quenching of these zinc reagents, after transmetalation to copper species (with CuCN center dot 2LiCl) or under Pd-catalysis, with typical electrophiles (allyl bromides, acid chlorides or aryl iodides) gave various polyfunctional products.

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