Allenyl azide cycloaddition chemistry: Exploration of the scope and mechanism of cyclopentennelated dihydropyrrole synthesis through azatrimethylenemethane intermediates

Allenyl azide cycloaddition chemistry: Exploration of the scope and mechanism of cyclopentennelated dihydropyrrole synthesis through azatrimethylenemethane intermediates. Feldman, K., Iyer, M., López, C., & Faza, O. Journal of Organic Chemistry, 73(13):5090-5099, 2008.
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(Chemical Equation Presented) Detailed studies of the thermal conversion of 1-azidohepta-3,4,6-trienes into cyclopentennelated dihydropyrroles are presented. High levels of diastereoselectivity and regioselectivity are documented. A mechanistic proposal that accounts for all of the diverse results is developed through the use of density functional calculations. These calculations provide support for the intervention of unexpected mechanistic subtleties, such as the planarity of an azatrimethylenemethane diyl intermediate and an apparent Woodward-Hoffmann-type electrocyclization of a five-atom diyl array. © 2008 American Chemical Society.

@ARTICLE{Feldman20085090,
author={Feldman, K.S. and Iyer, M.R. and López, C.S. and Faza, O.N.},
title={Allenyl azide cycloaddition chemistry: Exploration of the scope and mechanism of cyclopentennelated dihydropyrrole synthesis through azatrimethylenemethane intermediates},
journal={Journal of Organic Chemistry},
year={2008},
volume={73},
number={13},
pages={5090-5099},
doi={10.1021/jo8008066},
abstract={(Chemical Equation Presented) Detailed studies of the thermal conversion of 1-azidohepta-3,4,6-trienes into cyclopentennelated dihydropyrroles are presented. High levels of diastereoselectivity and regioselectivity are documented. A mechanistic proposal that accounts for all of the diverse results is developed through the use of density functional calculations. These calculations provide support for the intervention of unexpected mechanistic subtleties, such as the planarity of an azatrimethylenemethane diyl intermediate and an apparent Woodward-Hoffmann-type electrocyclization of a five-atom diyl array. © 2008 American Chemical Society.},
}

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