Matches in SemOpenAlex for { <https://semopenalex.org/work/W2603263765> ?p ?o ?g. }
- W2603263765 endingPage "5418" @default.
- W2603263765 startingPage "5414" @default.
- W2603263765 abstract "The rapid and direct determination of enantiomeric ratios is of increasing interest due to the significantly reduced effort compared to chromatographic methods and the large number of analytes, for instance in enantioselective catalysis. Current strategies include colorimetric assays, (a)chiral solvating reagents for NMR spectroscopy and metal complexes for CD sensing. We report the determination of enantiomeric ratios based on the self-induced diastereomeric anisochronism (SIDA) effect. Alanine derivatives that represent chiral products of enantioselective catalysis, such as the well-established hydrogenation of dehydroamino acids, were investigated. The SIDA effect was significantly enhanced by attachment of 3,5-dinitrobenzoyl π-π interactions sites. This simple modification enabled simultaneous determination of enantiomeric ratios and conversions by NMR spectroscopy." @default.
- W2603263765 created "2017-04-07" @default.
- W2603263765 creator A5000080057 @default.
- W2603263765 creator A5000841015 @default.
- W2603263765 creator A5079908686 @default.
- W2603263765 date "2017-04-03" @default.
- W2603263765 modified "2023-10-18" @default.
- W2603263765 title "Attracting Enantiomers: Chiral Analytes That Are Simultaneously Shift Reagents Allow Rapid Screening of Enantiomeric Ratios by NMR Spectroscopy" @default.
- W2603263765 cites W1483500830 @default.
- W2603263765 cites W1491964347 @default.
- W2603263765 cites W1578911907 @default.
- W2603263765 cites W1838070643 @default.
- W2603263765 cites W1972090438 @default.
- W2603263765 cites W1972686555 @default.
- W2603263765 cites W1976779734 @default.
- W2603263765 cites W1978036429 @default.
- W2603263765 cites W1978186172 @default.
- W2603263765 cites W1980457848 @default.
- W2603263765 cites W1994366267 @default.
- W2603263765 cites W1999024535 @default.
- W2603263765 cites W2003727193 @default.
- W2603263765 cites W2015097945 @default.
- W2603263765 cites W2025666057 @default.
- W2603263765 cites W2028232228 @default.
- W2603263765 cites W2028281858 @default.
- W2603263765 cites W2031360648 @default.
- W2603263765 cites W2033973619 @default.
- W2603263765 cites W2035663054 @default.
- W2603263765 cites W2050429316 @default.
- W2603263765 cites W2058821458 @default.
- W2603263765 cites W2069820138 @default.
- W2603263765 cites W2069987193 @default.
- W2603263765 cites W2076750056 @default.
- W2603263765 cites W2082244978 @default.
- W2603263765 cites W2086892730 @default.
- W2603263765 cites W2091952396 @default.
- W2603263765 cites W2093608999 @default.
- W2603263765 cites W2110042074 @default.
- W2603263765 cites W2113684868 @default.
- W2603263765 cites W2114915088 @default.
- W2603263765 cites W2118465532 @default.
- W2603263765 cites W2142292105 @default.
- W2603263765 cites W2159271256 @default.
- W2603263765 cites W2165854357 @default.
- W2603263765 cites W2313337191 @default.
- W2603263765 cites W2313561611 @default.
- W2603263765 cites W2318202219 @default.
- W2603263765 cites W2330407838 @default.
- W2603263765 cites W2333129245 @default.
- W2603263765 cites W2405738831 @default.
- W2603263765 cites W2549098308 @default.
- W2603263765 cites W2949308214 @default.
- W2603263765 cites W2949579191 @default.
- W2603263765 cites W2952035969 @default.
- W2603263765 cites W352742383 @default.
- W2603263765 cites W4230051646 @default.
- W2603263765 doi "https://doi.org/10.1002/chem.201700461" @default.
- W2603263765 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28317203" @default.
- W2603263765 hasPublicationYear "2017" @default.
- W2603263765 type Work @default.
- W2603263765 sameAs 2603263765 @default.
- W2603263765 citedByCount "36" @default.
- W2603263765 countsByYear W26032637652017 @default.
- W2603263765 countsByYear W26032637652018 @default.
- W2603263765 countsByYear W26032637652019 @default.
- W2603263765 countsByYear W26032637652020 @default.
- W2603263765 countsByYear W26032637652021 @default.
- W2603263765 countsByYear W26032637652022 @default.
- W2603263765 countsByYear W26032637652023 @default.
- W2603263765 crossrefType "journal-article" @default.
- W2603263765 hasAuthorship W2603263765A5000080057 @default.
- W2603263765 hasAuthorship W2603263765A5000841015 @default.
- W2603263765 hasAuthorship W2603263765A5079908686 @default.
- W2603263765 hasConcept C10390740 @default.
- W2603263765 hasConcept C138716334 @default.
- W2603263765 hasConcept C146686406 @default.
- W2603263765 hasConcept C161790260 @default.
- W2603263765 hasConcept C16838498 @default.
- W2603263765 hasConcept C178790620 @default.
- W2603263765 hasConcept C185592680 @default.
- W2603263765 hasConcept C21951064 @default.
- W2603263765 hasConcept C3141732 @default.
- W2603263765 hasConcept C40875361 @default.
- W2603263765 hasConcept C43617362 @default.
- W2603263765 hasConcept C47849319 @default.
- W2603263765 hasConcept C486523 @default.
- W2603263765 hasConcept C66974803 @default.
- W2603263765 hasConceptScore W2603263765C10390740 @default.
- W2603263765 hasConceptScore W2603263765C138716334 @default.
- W2603263765 hasConceptScore W2603263765C146686406 @default.
- W2603263765 hasConceptScore W2603263765C161790260 @default.
- W2603263765 hasConceptScore W2603263765C16838498 @default.
- W2603263765 hasConceptScore W2603263765C178790620 @default.
- W2603263765 hasConceptScore W2603263765C185592680 @default.
- W2603263765 hasConceptScore W2603263765C21951064 @default.
- W2603263765 hasConceptScore W2603263765C3141732 @default.
- W2603263765 hasConceptScore W2603263765C40875361 @default.
- W2603263765 hasConceptScore W2603263765C43617362 @default.