Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory

Transition metal-catalyzed cycloisomerization reactions offer a powerful tool for the synthesis of complex cyclic organic molecules from acyclic precursors. In addition to ring formation, these processes can result in the generation of new stereocentres at the site of ring formation; understanding t...

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Main Authors: Anderson, E, Paton, R
Format: Journal article
Language:English
Published: Schweizerische Chemische Gesellschaft 2018
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author Anderson, E
Paton, R
author_facet Anderson, E
Paton, R
author_sort Anderson, E
collection OXFORD
description Transition metal-catalyzed cycloisomerization reactions offer a powerful tool for the synthesis of complex cyclic organic molecules from acyclic precursors. In addition to ring formation, these processes can result in the generation of new stereocentres at the site of ring formation; understanding the origins of stereoselectivity enables the use of cycloisomerization chemistry in synthesis, and promotes the design of new reactions. In this article, some recent developments from our groups in regio- and stereoselective cycloisomerization reactions are discussed. Alongside experimental observations, crucial to developing a robust understanding of selectivity has been the use of computation to explore theoretical reaction pathways, which provides an exceptional level of insight into selectivity. In its most valuable form, this correlation between experiment and theory enables the design of improved catalyst systems exhibiting both enhanced reactivity, and selectivity.
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spelling oxford-uuid:d794aa2e-c049-4686-ab4f-4e222ac595ad2022-03-27T08:42:08ZSelectivity in transition metal-catalyzed cyclizations: insights from experiment and theoryJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:d794aa2e-c049-4686-ab4f-4e222ac595adEnglishSymplectic Elements at OxfordSchweizerische Chemische Gesellschaft2018Anderson, EPaton, RTransition metal-catalyzed cycloisomerization reactions offer a powerful tool for the synthesis of complex cyclic organic molecules from acyclic precursors. In addition to ring formation, these processes can result in the generation of new stereocentres at the site of ring formation; understanding the origins of stereoselectivity enables the use of cycloisomerization chemistry in synthesis, and promotes the design of new reactions. In this article, some recent developments from our groups in regio- and stereoselective cycloisomerization reactions are discussed. Alongside experimental observations, crucial to developing a robust understanding of selectivity has been the use of computation to explore theoretical reaction pathways, which provides an exceptional level of insight into selectivity. In its most valuable form, this correlation between experiment and theory enables the design of improved catalyst systems exhibiting both enhanced reactivity, and selectivity.
spellingShingle Anderson, E
Paton, R
Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title_full Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title_fullStr Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title_full_unstemmed Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title_short Selectivity in transition metal-catalyzed cyclizations: insights from experiment and theory
title_sort selectivity in transition metal catalyzed cyclizations insights from experiment and theory
work_keys_str_mv AT andersone selectivityintransitionmetalcatalyzedcyclizationsinsightsfromexperimentandtheory
AT patonr selectivityintransitionmetalcatalyzedcyclizationsinsightsfromexperimentandtheory