1942
DOI: 10.1002/ange.19420551902
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Desaminierung, Aminierung und Umaminierung

Abstract: ie Keaktionen der Aminoguppe, ihre Abspaltung aiis 1) KolaPe 11. lititarb., Hoppe-Seyler'h Z. phyaiol. Cheu. 122. IIX, 196, 211 [lHYHI. ZJ Diest, Ztwhr. 62, 695, 703 [193YI.3, Oxydatiouen im Tierkiirpor, Btuttgrrrt 1831. ') Hopp?-Scyler's Z. physiol. (;liem. 67, 2l!l. 2:JU [191IJ]. $ 1 Bhenda 70, 1, :XU [1911]. 'I Liebigs A u u . Chein. 75, 27 LllHll. War6urg u. Negelein, Biochem. Z. 113, 257 [lHL'l], 142, JY3 [lM:'H]. 1Yielarul 11. Bergel, Liebigs AIIU. Olleiii. 403, l!n; [l!W]; llrryrl 11. HuNr, I l~~p p~: -… Show more

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Cited by 3 publications
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“…Direct biological oxidative deamination requires a flavoprotein to dehydrogenate the a-amino acid to an ct-imino acid. The ce-imino acid is then hydrolyzed to the corresponding ct-keto acid ( 81 The literature on biological oxidative and transdeaminations was reviewed through 1942 by Wieland (83).…”
Section: Nh Nhmentioning
confidence: 99%
“…Direct biological oxidative deamination requires a flavoprotein to dehydrogenate the a-amino acid to an ct-imino acid. The ce-imino acid is then hydrolyzed to the corresponding ct-keto acid ( 81 The literature on biological oxidative and transdeaminations was reviewed through 1942 by Wieland (83).…”
Section: Nh Nhmentioning
confidence: 99%