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Cytisus sessilifolius lectin

Fig. 15.—Human IgA, Glycopeptide871 Showing the Carbohydrate-binding Loci for Various Lectins, [a. Limulus polyphemus b, Triticum vulgaris c, Ricinus communis d, Sophora japonica e, Abrus precatorius f, Cytisus sessilifolius g, Phaseolus vulgaris-, h, Canavalia ensiformis i, Lens culinaris j, Pisum sativus k, Vicia faba-, 1, Bandeiraea simplicifolia II m, Solanum tuberosum and n, Ulex europeus II.]... Fig. 15.—Human IgA, Glycopeptide871 Showing the Carbohydrate-binding Loci for Various Lectins, [a. Limulus polyphemus b, Triticum vulgaris c, Ricinus communis d, Sophora japonica e, Abrus precatorius f, Cytisus sessilifolius g, Phaseolus vulgaris-, h, Canavalia ensiformis i, Lens culinaris j, Pisum sativus k, Vicia faba-, 1, Bandeiraea simplicifolia II m, Solanum tuberosum and n, Ulex europeus II.]...
Extracts of Cytisus sessilifolius exhibit anti-H(O) and anti-A2 activity [134]. The lectin was purified on immobilized A,A, A"-triacetylchitotriose [161] it has Mr= 110000Da. A.M-diacetylchitobiose was the most potent inhibitor tested although cellobiose and 1am-inaribiose Glc((31-3)Glc were also good inhibitors, whereas gentiobiose and sophorose (Glc(pi-2)Glc) were poor, as were all a-linked disaccharides [135]. [Pg.418]

See other pages where Cytisus sessilifolius lectin is mentioned: [Pg.142]    [Pg.209]    [Pg.282]    [Pg.142]    [Pg.209]    [Pg.282]    [Pg.208]    [Pg.225]    [Pg.331]    [Pg.417]    [Pg.419]   


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