1934
DOI: 10.1002/ange.19340471904
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Nucleinsäuren

Abstract: 290 Bredereck: Fortschritte d. physiol. Chem. seit 1929. I. Naturstaffe. NucleinsZIuren welcher Weise der enzymatisch aktive Anteil in ihnen verkniipft vorliegt, ob als integrierender Bestandteil des Eiweifimolekiils selbst oder mit diesem nur in mehr oder Komponenten zuzuordnen haben. [A. 54.1 Wirkungen der einzelnen Enzyme wird man jedenfalls ganz spezifischen, noch nicht gekennzeichneten aktiven weniger fester Form assoziiert, also abtrennbar, erscheint indessen noch nicht sicher entschiedensl). Die spezifi… Show more

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“…The S'-O-trityl derivative of inosine (I), required for attempted unambiguous synthesis of inosine 2',3'carbonate (III), was prepared by modifications of the published procedure (Bredereck, 1934)1 and was further characterized as its 2',3'-diacetate. With N, vV-dimethylformamide as solvent and sodium bicarbonate as catalyst, as described (Hough et al, 1962), treatment of 5'-O-tritylinosine (I) (Scheme I) with slightly more than 1 molar equiv of diphenyl carbonate at 130°afforded a Little product was obtained following this method; use of higher temperatures and more solvent, however, gave moderate yields of 5'-O-tritylinosine.…”
mentioning
confidence: 99%
“…The S'-O-trityl derivative of inosine (I), required for attempted unambiguous synthesis of inosine 2',3'carbonate (III), was prepared by modifications of the published procedure (Bredereck, 1934)1 and was further characterized as its 2',3'-diacetate. With N, vV-dimethylformamide as solvent and sodium bicarbonate as catalyst, as described (Hough et al, 1962), treatment of 5'-O-tritylinosine (I) (Scheme I) with slightly more than 1 molar equiv of diphenyl carbonate at 130°afforded a Little product was obtained following this method; use of higher temperatures and more solvent, however, gave moderate yields of 5'-O-tritylinosine.…”
mentioning
confidence: 99%
“…Auf dem Gebiet der Naturstoffe fasste Helmut Bredereck im Jahr 1934 die Fortschritte der noch jungen Nucleinsäureforschung zusammen. [113] Die Vitaminforschung war von besonderer Bedeutung in Deutschland, [114] und so wurden deren Fortschritte im Heft 30 des Jahres 1934 und auch später ausführlich referiert. [115] Im Jahr 1938 erhielt Richard Kuhn den Chemie-Nobelpreis für seine Arbeiten zu den Carotinoiden und den Vitaminen.…”
Section: F Diederichunclassified
“…In the field of natural products, Helmut Bredereck summarized in 1934 the progress that had been made in the still young research area of nucleic acids. [113] Vitamin research was of particular importance in Germany; [114] therefore, progress in this field was reported on in detail in issue 30 of 1934 and also later on. [115] In 1938, Richard Kuhn received the Nobel Prize in Chemistry for his research on carotenoids and vitamins.…”
Section: F Diederichmentioning
confidence: 99%