Results 101 to 110 of about 57,527 (308)
Alkaloids of the Australian Leguminosae. VI. Alkaloids of Petalostylus labicheoides var. casseoides Benth [PDF]
SR Johns, JA Lamberton, AA Sioumis
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This paper shows that burned resprouting individuals of Anthyllis cytisoides differed significantly in phenotype, global cytosine methylation and the relationship between floral phenotype and fitness, compared to neighbouring undisturbed individuals.
Jaime Saiz‐Blanco+3 more
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SYSTEMATIC SIGNIFICANCE OF LUPINE ALKALOIDS WITH PARTICULAR REFERENCE TO BAPTISIA (LEGUMINOSAE) [PDF]
Morris F. Cranmer, B. L. Turner
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Seed size/number trade‐off is a central topic in plant biology as it reflects ecological and evolutionary aspects of the species. Here we report the absence of a trade‐off mass/number of seeds and fruits in a polyspermic plant probably associated to abortion of self‐pollinated pistils and flowers.
Marcilio Fagundes+5 more
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The Machris Brazilian Expedition. Botany: Phanerogamae, Leguminosae
Richard S. Cowan
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The role of 3 mitochondrial complex I gene in host expansion of Bactrocera tau was verified by CRISPR/Cas9 gene editing system. A stable homogenous strain (Btndufa7‐/‐) of B.tau was established after silencing Ndufa7. The reduced size of larvae and pupae of Ndufa7 knockout strain was first found.Then different levels of fitness and relative expression ...
Wei Shi+3 more
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La pérdida de rendimiento debido a temperaturas altas, es un factor importante en leguminosas. Este estudio se condujo con el objetivo principal de definir algunos aspectos que han recibido pocas atenciones tales como: El periodo de susceptibles de las flores a ser afectadas por el calor.
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