COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS

Bibliographic Details
Main Authors: Baldwin, J, Lee, V, Schofield, C
Format: Journal article
Published: 1992
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author Baldwin, J
Lee, V
Schofield, C
author_facet Baldwin, J
Lee, V
Schofield, C
author_sort Baldwin, J
collection OXFORD
description
first_indexed 2024-03-06T22:03:42Z
format Journal article
id oxford-uuid:4f70a9e5-e0c5-4a35-b10c-b6861d993b74
institution University of Oxford
last_indexed 2024-03-06T22:03:42Z
publishDate 1992
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spelling oxford-uuid:4f70a9e5-e0c5-4a35-b10c-b6861d993b742022-03-26T16:07:15ZCOMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESISJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:4f70a9e5-e0c5-4a35-b10c-b6861d993b74Symplectic Elements at Oxford1992Baldwin, JLee, VSchofield, C
spellingShingle Baldwin, J
Lee, V
Schofield, C
COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title_full COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title_fullStr COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title_full_unstemmed COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title_short COMMENTS ON THE USE OF DIPHENYLOXAZINONE DERIVATIVES AS GLYCINE ANION TEMPLATES FOR AMINO-ACID SYNTHESIS
title_sort comments on the use of diphenyloxazinone derivatives as glycine anion templates for amino acid synthesis
work_keys_str_mv AT baldwinj commentsontheuseofdiphenyloxazinonederivativesasglycineaniontemplatesforaminoacidsynthesis
AT leev commentsontheuseofdiphenyloxazinonederivativesasglycineaniontemplatesforaminoacidsynthesis
AT schofieldc commentsontheuseofdiphenyloxazinonederivativesasglycineaniontemplatesforaminoacidsynthesis