Results 261 to 270 of about 92,066 (289)
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Nature, 1958
CONDENSED tannins present in black wattle or commercial ‘mimosa’ extracts from the bark of Acacia mollissima show absorption behaviour (λmax. = 203 and 280 mµ) in the ultra-violet spectrum1, which is typical of the natural catechins and flavan-3.4-diols2 and also of their constituent phenols.
D. G. ROUX, A. E. MAIHS
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CONDENSED tannins present in black wattle or commercial ‘mimosa’ extracts from the bark of Acacia mollissima show absorption behaviour (λmax. = 203 and 280 mµ) in the ultra-violet spectrum1, which is typical of the natural catechins and flavan-3.4-diols2 and also of their constituent phenols.
D. G. ROUX, A. E. MAIHS
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Isolation of Catechin and Catechin Glycoside from Indigofera welwitschii (Fabaceae)
BIMA JOURNAL OF SCIENCE AND TECHNOLOGY GOMBEProper phytochemical investigations of medicinal plants derived constituent has become of paramount importance owing to their versatile application as lead molecules in conventional medicine and as herbal medicine traditional practices. Indigofera welwitschii is not an exception. It belongs to genus Indigofera belongs and family fabaceae (Leguminaceae)
A. Muntaka, A. Sansi
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Catechin, V.: Strukturisomere Catechine
Berichte der deutschen chemischen Gesellschaft (A and B Series), 1923openaire +1 more source
Structure of catechinic acid. Base rearrangement product of catechin
The Journal of Organic Chemistry, 1974Karl D. Sears +4 more
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