1963
DOI: 10.1515/znb-1963-0504
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Nicht acylierte Anthocyane in Blüten von Petunia hybrida

Abstract: Als nicht acylierte Anthocyane sind in Blüten von verschiedenen Petuniensorten hauptsächlich die 3-Monoglucoside des Delphinidins, Petunidins, Malvidins, Cyanidins und Päonidins vertreten. Daneben kommen ein Petunidin- und Cyanidin-3-diglucosid sowie Cyanidin-3-sophorosid und -3.7-diglucosid vor.

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Cited by 14 publications
(3 citation statements)
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“…The first paper dealing with the inheritance of floral pigmentation in Petunia reported numerous genes acting on the quality and intensity of coloration (Paris and Haney 1958). Using chromatographic techniques improved by Birkofer et al (1963) and Harborne (1962), Meyer (1964) determined some genes responsible for several pigments present in the flowers. Meynet et al (1971), Wiering (1974), and Wiering andde Vlaming (1973,1977) defined the action of the main genes in terms of biochemical functions, i.e., hydroxylation, methylation, or glycosidation.…”
Section: 3 Points Of Action Of Different Genes On the Anthocyanin Mmentioning
confidence: 99%
“…The first paper dealing with the inheritance of floral pigmentation in Petunia reported numerous genes acting on the quality and intensity of coloration (Paris and Haney 1958). Using chromatographic techniques improved by Birkofer et al (1963) and Harborne (1962), Meyer (1964) determined some genes responsible for several pigments present in the flowers. Meynet et al (1971), Wiering (1974), and Wiering andde Vlaming (1973,1977) defined the action of the main genes in terms of biochemical functions, i.e., hydroxylation, methylation, or glycosidation.…”
Section: 3 Points Of Action Of Different Genes On the Anthocyanin Mmentioning
confidence: 99%
“…Alle Untersuchungeii wurden an reinen Linien von Petunia hybrida durcha) Die Bilduiig voii Blutenanthocyan erfolgt nachgewieseiierniafleii genabhliigig (PARIS uiid HANEY 1955, BIANCHI 1960, MOSIG 1960. b) Die Art der in Petuiiien vorltommenden Anthocyane war weitgeheiid bekaiint (BIRKOFER, KAISER et al 1963 A leitet sich voii drei Acetateinheiten, ihr Ring B und die C-Atome des iiiittlereii Heterozyltlus von einer C,-C,oder Phenylpropaiieinheit ab (letzte Zusammenfassungeii BIRCH 1962, SWAIN uiid BATE-SMITH 1962, SCHMIDT 1963 (JEENER uiid ROSSEELS 1953, MATTHEW 1956, HAMERS 1956, HESS 1959 Bs war also nicht moglich, mit diesen Toxinen ahnliche Effelcte zu erzielen wie mit dein Antagonistenpaar Thiouracil-Uridin.…”
Section: Untersuchungen Zur Biosynthese Der Anthocyane Bei Petuniaunclassified
“…Petunia-based research started over a century ago (and at the University of Amsterdam some 70 years ago) ( Saunders, 1910 ; Bianchi, 1959 ) with studies on flower shape and pigmentation, including chemical analyses of anthocyanin pigments and other flavonoids ( Birkhofer et al., 1963a ; Birkhofer et al., 1963b ; Birkhofer et al., 1965 ; Ando et al., 1999 ) and the inbreeding of commercial varieties for genetic analyses. Since then, the petunia has proven to be a very suitable system for studying flower pigmentation and several other processes related to the development of petals, in particular cells in the petal epidermis.…”
Section: Introductionmentioning
confidence: 99%