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Compartmentation of caffeine and related purine alkaloids depends exclusively on the physical chemistry of their vacuolar complex formation with chlorogenic acids

1996

Mosli Waldhauser, S.S. | Baumann, T.W. (Institute of Plant Biology, University of Zurich, CH-8008 Zurich (Switzerland))

AGROVOC Keywords
alcaloides alcaloides de la xantina alkaloids amonio fenilalanina liasa biochemistry biochimie biosynthese biosynthesis caffeine cell culture chemical composition coffea arabica composition chimique cultivo de tejidos cultivo in vitro culture de cellule culture de tissu culture in vitro enzyme inhibitors enzymic activity graine in vitro culture inhibidores de enzimas inhibiteur d'enzyme phenolic compounds phenylalanine ammonia lyase rubiaceae seeds semilla tissue culture vacuole vacuoles xanthine alkaloids
Bibliographic information
Phytochemistry (United Kingdom)
Volume 42 Issue 4
Pagination
pp. 985-996
Other Subjects
Biosintesis; Cafeine; Intracellular localization; Cultivo de celulas; Compose phenolique; Cell suspensions; Vacuola; Alcaloide xanthinique; Composicion quimica; Cafeina; Compuestos fenolicos; Alcaloide; Activite enzymatique; Bioquimica; Actividad enzimatica
Language
English
Note
35 ref.
1997-08-15
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