Abstract
Abstract Triethylborane-induced radical cyclization of N-allyl-2-iodo amide proceeded smoothly in water to give the corresponding γ-lactam in good yield. Radical cyclization in acidic media was also effective. Chloroacetamide, combined with sodium iodide, was available as a substrate for the atom transfer radical cyclization in water to furnish the iodomethyl-substituted γ-lactam.
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