A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds

An oxidation/substitution strategy for the synthesis of silicon analogues of classical organic carbonyl compounds is reported, by making use of a novel β-diketiminate-supported sila-acyl chloride-the first example of such a compound isolated without the use of a stabilizing Lewis acid. Nucleophilic...

Full description

Bibliographic Details
Main Authors: Do, D, Protchenko, A, Ángeles Fuentes, M, Hicks, J, Kolychev, E, Vasko, P, Aldridge, S
Format: Journal article
Language:English
Published: Wiley 2018
_version_ 1797052327171981312
author Do, D
Protchenko, A
Ángeles Fuentes, M
Hicks, J
Kolychev, E
Vasko, P
Aldridge, S
author_facet Do, D
Protchenko, A
Ángeles Fuentes, M
Hicks, J
Kolychev, E
Vasko, P
Aldridge, S
author_sort Do, D
collection OXFORD
description An oxidation/substitution strategy for the synthesis of silicon analogues of classical organic carbonyl compounds is reported, by making use of a novel β-diketiminate-supported sila-acyl chloride-the first example of such a compound isolated without the use of a stabilizing Lewis acid. Nucleophilic substitution at the SiIV center allows direct access to the corresponding sila-aldehyde and sila-ester. An alternative approach utilizing the reverse order of synthetic steps is thwarted by the facile rearrangement of the corresponding SiII systems featuring either H or OR substituents. As such, the isolation of (N-nacnac)Si(O)Cl represents a key step forward in enabling the synthesis of sila-carbonyl compounds by a synthetic approach ubiquitous in organic chemistry.
first_indexed 2024-03-06T18:30:30Z
format Journal article
id oxford-uuid:0978f446-dcf6-4fe8-9300-972285f36ba3
institution University of Oxford
language English
last_indexed 2024-03-06T18:30:30Z
publishDate 2018
publisher Wiley
record_format dspace
spelling oxford-uuid:0978f446-dcf6-4fe8-9300-972285f36ba32022-03-26T09:18:35ZA β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compoundsJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:0978f446-dcf6-4fe8-9300-972285f36ba3EnglishSymplectic Elements at OxfordWiley2018Do, DProtchenko, AÁngeles Fuentes, MHicks, JKolychev, EVasko, PAldridge, SAn oxidation/substitution strategy for the synthesis of silicon analogues of classical organic carbonyl compounds is reported, by making use of a novel β-diketiminate-supported sila-acyl chloride-the first example of such a compound isolated without the use of a stabilizing Lewis acid. Nucleophilic substitution at the SiIV center allows direct access to the corresponding sila-aldehyde and sila-ester. An alternative approach utilizing the reverse order of synthetic steps is thwarted by the facile rearrangement of the corresponding SiII systems featuring either H or OR substituents. As such, the isolation of (N-nacnac)Si(O)Cl represents a key step forward in enabling the synthesis of sila-carbonyl compounds by a synthetic approach ubiquitous in organic chemistry.
spellingShingle Do, D
Protchenko, A
Ángeles Fuentes, M
Hicks, J
Kolychev, E
Vasko, P
Aldridge, S
A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title_full A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title_fullStr A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title_full_unstemmed A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title_short A β-diketiminate-stabilized sila-acyl chloride: systematic access to base-stabilized silicon analogues of classical carbonyl compounds
title_sort β diketiminate stabilized sila acyl chloride systematic access to base stabilized silicon analogues of classical carbonyl compounds
work_keys_str_mv AT dod abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT protchenkoa abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT angelesfuentesm abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT hicksj abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT kolycheve abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT vaskop abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT aldridges abdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT dod bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT protchenkoa bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT angelesfuentesm bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT hicksj bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT kolycheve bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT vaskop bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds
AT aldridges bdiketiminatestabilizedsilaacylchloridesystematicaccesstobasestabilizedsiliconanaloguesofclassicalcarbonylcompounds