Titlebook: Bioactive Carbohydrate Polymers; Berit S. Paulsen Book 2000 Springer Science+Business Media Dordrecht 2000 Compound.Polysaccharid.Polysacc

Countermand

News on immunologically active plant polysaccharides,ty studies, by the scarce information available on the mechanism of action as well as the lack of studies on structure activity relationships in this class of compounds. Investigations of the possible mechanisms of action behind the noted inflammatory activity of polysaccharides have revealed that,

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Bioactive compounds from Iceland moss,ant biological activity. A polysaccharide with a backbone of (1→6)-linked a-D-mannopyranosyl and a-D-(1→6)-galactopyranosyl units has been isolated from an alkali extract of Iceland moss. The galactomannan (mean M. = 18 kdalton) exhibited pronounced enhancement of phagocytosis in both . and . assays

Colonoscopy

Structural features of biologically active polysaccharide fractions from the leaves and seeds of , the leaves and screened for biological activity using the test for anti-complementary activity [1]. Fractions PMIa and PMII which were isolated from the 50(C water extract had high anti-complementary activity, and both fractions were subjected to structural analysis. PMIa was an arabinogalactan typ

ALIEN

Pharmacological Activities of Sulfated Carbohydrate Polymers, dermatansulfate and keratansulfate are biologically important polymers. The best known of these compounds is heparin, where the position of the sulfate groups is essential for any anticoagulant effect. In awareness of various contaminants in natural products of animal origin, there is increasing fe

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