Introduction to Flavonoids
Offering a wide ranging view of this important class of plant pigments, after a brief examination of the history and literature of flavonoids, this book explores structural variation of all subclasses of flavonoids, techniques for isolation, purification, and determination of structures, chemical syntheses, biosynthesis and genetics, patterns of distribution in the plant kingdom, and uses. Finally, the functions of flavonoids in nature are investigated, as well as ways in which these compounds may have a more direct impact upon the human race.
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7-O-glucoside A-ring acetate acid activity acylated additional aglycone analysis anthocyanins apigenin Asteraceae aurones B-ring biflavonoids Biochem Bohm carbon carbonyl cell CH3O chalcone chalcone synthase Chem chemical chromatography cinnamic classes of flavonoids common complex compounds condensation coworkers cyanidin cyclization derivatives diglycosides dihydrochalcones dihydroflavonols enzyme example Fabaceae flavanone flavone flavonoid biosynthesis flavonoid glycosides flavonoid profiles flavonol flower color Forkmann formation function gene genera genetic genus glucose glycosylation Grisebach Hahlbrock Harborne HPLC hybrid hydrolysis hydroxyl group identified involved isoflavanone isoflavones isoflavonoids isolated isomeric isomers J. B. Harborne kaempferol known legume luteolin Mabry Markham methoxy methyl ethers molecular molecule myricetin naringenin natural products naturally occurring O-methyl OCH3 oxidation oxygen pathway patterns Petunia phenolic phytoalexin Phytochemistry pigments plant pollen polyphenolic prenyl presence proanthocyanidins proton quercetin reaction recent reported rhamnose ring shown species spectrum structure substitution sugar synthesis tannins taxa Wollenweber workers yield
Page 460 - High-performance liquid chromatographic analysis of phytoestrogens in soy protein preparations with ultraviolet, electrochemical and thermospray mass spectrometric detection.
Page 470 - Regulation of chalcone flavanone isomerase (CHI) gene expression in Petunia hybrida: the use of alternative promoters in corolla, anthers and pollen. Plant Mol.
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