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Isoflavonoids of the Leguminosae [PDF]
AbstractChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 200 leading journals. To access a ChemInform Abstract, please click on HTML or PDF.
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Suspensors in Leguminosae [PDF]
Published descriptions of suspensors from Mimosoideae (12 genera, 21 species), Caesalpinioideae (7 genera, 9 species), and Papilionoideae (about 65 genera, 150 species) were collated and compared with the most recent classification scheme of the Leguminosae. The first two subfamilies have mostly suspensorless embryos.
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2017
Fabaceae, Leguminosae, or Papilionaceae, commonly known as legume, pea, or bean Family, in the Order of Fabales, is a Family, the third largest land plant Family in terms of number of Species, behind only the Orchidaceae and Asteraceae, of Dicotyledonous flowering plants, with about 751 genera and approximately 19,000 known Species, cosmopolitan ...
Meihua Deng, Zhenghao Xu
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Fabaceae, Leguminosae, or Papilionaceae, commonly known as legume, pea, or bean Family, in the Order of Fabales, is a Family, the third largest land plant Family in terms of number of Species, behind only the Orchidaceae and Asteraceae, of Dicotyledonous flowering plants, with about 751 genera and approximately 19,000 known Species, cosmopolitan ...
Meihua Deng, Zhenghao Xu
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Alfalfa of the Family Leguminosae [PDF]
To the Editor.— In the editorial process, the last line of my letter to the editor (1982;248:2836) was altered to refer to alfalfa as "belonging to the orderLeguminosae." The Leguminosae constitute a botanicalfamily, not an order. In the reply to my letter, the grassPhleum pratense(Gramineae) was referred to as alfalfa.Phleum pratensegoes by the name
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The Leguminosae of Madagascar [PDF]
A revision of the Leguminosae of Madagascar is soon to be completed, covering some 670 species (c. 565 native to Madagascar of which 449 endemic) including 6 new genera and 121 new species. It has provided the basis for a pilot project applying computer mapping (GIS) to the investigation of ecological parameters which determine the extent of species ...
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The flavonoids of Psoralea (leguminosae)
Phytochemistry, 1966Abstract The flavonoid patterns of thirty species of Psoralea were established by use of paper chromatography. A few compounds were identified only tentatively. Patterns of various species were generally similar and characterized by large amounts of di-C-glycosides, lesser amounts of 8-C- and 6-C-monoglycosides and small quantities of mixed C- and O ...
D.J. Ockendon+2 more
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Haemagglutinins in Argentinean Leguminosae Seeds
Vox Sanguinis, 1966SummaryThe agglutinating activity on human red cells of the seed extracts of 90 leguminosae species, indigenous and exotic to the Argentine Republic, were studied. The presence of an incomplete anti‐H agglutinin in the Laburnum anagyroides is confirmed.RésuméL'activité agglutinante sur les érythrocytes humaines des extraits de semences de 90 ...
G. Bomchil, T. Martin
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The genus Archidendron (Leguminosae ‐ Mimosoideae)
Nordic Journal of Botany, 1984An account is given of the morphology and the taxonomy of the Asian, Australian and Pacific genus Archidendron (Leguminosae ‐ Mimosoideae). A new infrageneric classification based on morphological data is presented, the genus being subdivided in 8 series. The phylogeny of the genus is discussed, the base of discussion being all available morphological,
Ivan Nielsen+2 more
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Epigeal Germination in the Leguminosae
Botanical Gazette, 19511. Epigeal and hypogeal germination in Phaseolus vulgaris and P. multiflorus, respectively, constitute a pair of inter-specific genes. By germinating the seeds of the garden bean and the scarlet runner (a pole bean) in various positions, it was found that the hypocotyl of the latter is not at first geotropically sensitive but may grow out in any ...
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Anatomical diversity of funicles in Leguminosae
Journal of Plant Research, 2011To clarify the diversity in funicular internal structures in Leguminosae, 59 legume species (classified into 46 genera, 20 tribes, and 3 subfamilies) were examined by a paraffin-sectioning method. The vascular bundles of legume funicles were clarified as collateral, amphicribral, or amphivasal.
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