1966
DOI: 10.1002/cber.19660991110
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Zur Umsetzung von Imiden mit Äthoxyacetylen

Abstract: Die Reaktion cyclischer Imide mit khoxyacetylen-magnesiumbromid fiihrt, nach saurekatalysierter Umlagerung, zu khoxycarbonylmethylen-IactamenA (2a, 4 a). Aus diesen bilden sich in der gleichen Weise Verbindungen B (2b, 4b), in denen beide Sauerstoffatome des Imidsystems durch d;thoxycarbonylmethylen-Gruppen ersetzt sind. Es wird iiber Eigenschaften der Verbindungen 2b und 4b berichtet.Cyclische Imide reagieren mit Bromessigester nach Reformatski zu Alkoxycarbonylmethylen-lactamen A1,2),Nucleophile Reagenzien g… Show more

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Cited by 16 publications
(1 citation statement)
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“…Both opposing effects may explain the increased stability of the ring isomer for N-methylamides only. A great number oflevulinic [33,189,199,218,220,230,231,234,235], other 3-acylpropionic (R 1 = alkyl) [199,220,236,237], 3-aroylpropionic [33,197,199,202,203], and methylsubstituted acylpropionic [141,200,221,231,237,238] ami des were synthesized and their structures strictl,Y proven by means of spectroscopic methods. But one rarely succeeded in obtaining both individual isomers.…”
Section: Amides Hydrazides and Amidinesmentioning
confidence: 99%
“…Both opposing effects may explain the increased stability of the ring isomer for N-methylamides only. A great number oflevulinic [33,189,199,218,220,230,231,234,235], other 3-acylpropionic (R 1 = alkyl) [199,220,236,237], 3-aroylpropionic [33,197,199,202,203], and methylsubstituted acylpropionic [141,200,221,231,237,238] ami des were synthesized and their structures strictl,Y proven by means of spectroscopic methods. But one rarely succeeded in obtaining both individual isomers.…”
Section: Amides Hydrazides and Amidinesmentioning
confidence: 99%