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Detalle de: Synthesis, Inhibition Properties, and Theoretical Study of the New Nanomolar Trehalase Inhibitor 1‐Thiatrehazolin: Towards a Structural Understanding of Trehazolin Inhibition

Title Synthesis, Inhibition Properties, and Theoretical Study of the New Nanomolar Trehalase Inhibitor 1‐Thiatrehazolin: Towards a Structural Understanding of Trehazolin Inhibition
Abstract

A new trehazolin analogue, 1‐thiatrehazolin, has been synthesized from carbohydrate precursors by a highly efficient route based on our previously developed ketone/oxime ether reductive carbocyclization reaction for the construction of the cyclitol ring and an intramolecular nucleophilic displacement reaction for the construction of the thiazoline ring. 1‐Thiatrehazolin is a very potent, slow, tight‐binding trehalase inhibitor. A structural model for trehalase inhibition by trehazolin and its analogues, based on the experimental results and supported by theoretical calculations, is proposed.

Apa Reference Chiara, J.L., Storch de Gracia, I., García, Á., Bastida, Á., Bobo, S. & Martín‐Ortega, M.D. (2005). Synthesis, Inhibition Properties, and Theoretical Study of the New Nanomolar Trehalase Inhibitor 1‐Thiatrehazolin: Towards a Structural Understanding of Trehazolin Inhibition. ChemBioChem, 6(1), 186-191. 10.1002/cbic.200400231
Doi 10.1002/cbic.200400231
Publication Date 7 Jan 2005
Publication Type Article
Researcher Agatha Bastida
Ontology Structural bioinformatics, Drug Discovery and design
Research Groups
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