[LOCALIZATION OF SPARTEINE IN CYTISUS SCOPARIUS LINK. (SAROTHAMNUS SCOPARIUS L. WIMM.) DURING THE VEGETATION STAGE].
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Chemistry Techniques, Analytical↗
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Nature of hemagglutinins in seeds of cytisus sessilifolius.
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Alkaloids↗
Purification and characterization of a Cytisus-type Anti-H(O) phytohemagglutinin from Ulex europeus seeds.
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ABO Blood-Group System↗
Inhibition tests of plant agglutinins from Laburnum alpinum and Cytisus sessifolius with various sugars and sugar derivatives. Indications of the type of linkage in certain disaccharides.
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ABO Blood-Group System↗
Specific purification of eel serum and Cytisus sessilifolius anti-H hemagglutinins by affinity chromatography and their binding to human erythrocytes.
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ABO Blood-Group System↗
Lectins for polyagglutinable red cells: Cytisus scoparius, Spartium junceum and Vicia villosa.
Three seed sources of lectins which are of potential value in the classification of red cell polyagglutinability are described.
Erythrocytes↗
Laburnum (Cytisus laburnum) poisoning in two dogs.
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Animals↗
[Cytisoside, flavonoid from flowers and leaves of Cytisus laburnum L].
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Flavones↗
[Poisoning of children with laburnum (cytisus laburnum) with special reference to its oral manifestations].
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Child↗
[Inhibition by carbohydrates of 4 lestins sensitive to galactose (Cytisus sessilifolius L., Coronilla varia L., Genista scoparia Lam., Sophora japonica L.). Consequence of the substitution by electron attracting radicals].
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ABO Blood-Group System↗
[Alkaloids and polyphenols in leguminosae. 26. Alkaloids of Sarothamnus patens (L.) Webb (Cytisus striatus (Hill) Rothm].
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Alkaloids↗
[Optimizing the extraction process for total alkaloids from the seeds of Cytisus laburnum].
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Alkaloids↗
[Optimization of the extraction of Cytisus laburnum alkaloids using electric discharges].
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Alkaloids↗
[Drug extraction using the electric discharge technic. 2. Alkaloids from the seed of Cytisus laburnum L].
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Alkaloids↗
[New method for extraction of cytisin from seeds of Cytisus laburnum].
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Alkaloids↗
[On the alkaloids of Cytisus ruthernicus].
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Alkaloids↗
Phylogenetic relationships in the Papilionoideae (family Leguminosae) based on nucleotide sequences of cpDNA (rbcL) and ncDNA (ITS 1 and 2).
Sequences of cpDNA (rbcL) were determined for 94 species and of ncDNA [ITS 1 + 2 regions (internal transcribed spacer) of rDNA] for 75 species representing mainly the papilionoid tribes Sophoreae, Thermopsideae Podalyrieae, Liparieae, Crotalarieae, and Genisteae. Sequence data were used to reconstruct the underlying molecular phylogeny. Several clusters and furcations were identical in the rbcL and ITS trees of the Papilionoideae, indicating that a reticulate evolution due to past hybridization of members from different tribes and genera is unlikely: The Sophoreae (especially Styphnolobium japonicum (syn. Sophora japonica) and Sophora secundiflora) are positioned at the base of the papilionoid tree, whereas some other Sophora species (Sophora davidii, flavescens, jaubertii, microphylla) are closely related to Thermopsideae/Podalyrieae. The Thermopsideae/Podylyrieae cluster (including Liparieae) shares ancestry with the Crotalarieae and Genisteae. Argyrolobium (African taxa) and Melolobium cluster between Crotalarieae and Genisteae. In the Genisteae three clusters are apparent: the monophyletic genus Lupinus, the Cytisus-, and the Genista-group. According to this analysis, the Cytisus-complex includes Cytisus, Lembotropis, Chamaecytisus, Spartocytisus, and Calicotome. The Genista-group consists of Genista, Teline, and Chamaespartium sagittale. Other genera (e.g., Adenocarpus, Argyrocytisus, Cytisophyllum, Erinacea, Laburnum, Petteria, Retama, Spartium, and Ulex) could not be attributed unequivocally to the Cytisus or Genista complex.
Base Composition↗
Screening of some rare endemic Italian plants for inhibitory activity on 5-lipoxygenase.
The extracts of four rare plants found on the islands of Sicily, Vulcano and Marettimo, Southern Italy, were screened for their inhibitory effect on the production of leukotriene B4 by 5-lipoxygenase in intact cells. The methanol extracts of pods of Cytisus aeolicus and aerial parts of Thymus richardii were the most active extracts, inhibiting almost completely the leukotriene B4 production at 200 and 50 microg/ml, respectively.
Animals↗