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Showing 1 to 20 of 38 for “"Brassicaceae"”.
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Phylogeny and chloroplast evolution in Brassicaceae
Brassicaceae is a large family of flowering plants, characterized by cruciform corolla, tetradynamous stamen and capsular fruit. In light of the important economic and scientific values of Brassicaceae, many phylogenetic and systematic studies were carried out. One recent and important phylogenetic …
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The phylogenetics and systematics of Physaria kingii (Brassicaceae)
1 PDF file (x, 193 pages)
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Identification and functional characterization of microRNA regulatory elements in Brassicaceae
… In 16 phylogenetically related species within Brassicaceae, we analyzed the microRNA promoter sequences and identified overall conserved cREs in microRNA390 promoter regions, and accompanied with functional characterization, we obtained a good view of microRNA390 regulatory network. Based on …
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Systematic implications of isozyme number variation in Tribe Brassiceae (Brassicaceae).
… of the few natural (monophyletic) groups in the Brassicaceae. Recent molecular analyses, however, have questioned the validity of this subtribal classification and have proposed new generic and subtribal circumscriptions. The present study examined isozyme number, which is usually highly …
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Identification and analysis of new phloem proteins from Brassicaceae and Cucurbitaceae
The major aim of this work was the identification of new phloem sap proteins and a metabolic characterisation of this transport fluid. The experiments were performed on the three plant species C. sativus, C. maxima and B. napus. To characterise the phloem samples from B. napus, a new model plant …
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El efecto biofumigante de especies de la familia Brassicaceae en hongos fitopatógenos
La intensificación de la actividad agrícola ha favorecido, por una parte, la pérdida de materia orgánica relacionada directamente con la fertilidad natural de los suelos, y por otra parte, la proliferación de organismos patógenos causantes de enfermedades en los cultivos. La prohibición actual de …
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The evolution of self-compatibility and its genetic consequences in Leavenworthia alabamica (Brassicaceae)
The evolution of self-fertilization from the outcrossing condition is a common transition in flowering plants which strongly alters the genetic structure of populations. In general, it is thought that self-fertilization may evolve in response to its innate transmission advantage or pollen …
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Impact of mustards (Brassicaceae) grown as cover crops on non-target arthropod communities
The effects of mustard varieties grown as cover crops on non-target arthropod communities and diversity were investigated in 2008. The abundance of carabid beetles, collembolans, and mites were monitored before, during, and after the seeding, growth, and incorporation of two mustard varieties …
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AGRONOMIC AND ECO-PHYSIOLOGICAL RESPONSES OF BRASSICACEAE SUBJECTED TO BIOSTIMULANT TREATMENT AND ABIOTIC STRESS
The European Union is committed to achieving climate neutrality by 2050 through its Green Deal, focusing on sustainable agriculture to secure an eco-friendly food supply. The strategy involves "producing more while consuming less," emphasising efficient resource utilisation and fair compensation in …
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Establishment and trait variation of a range expanding Brassicaceae species under various growth conditions
… of a successful range expander species in the Brassicaceae family, Bunias orientalis, to establish in new environments. Therefore, this study explored trait variation and the effects of both abiotic and biotic stressors on numerous aspects of growth, defense, and reproduction-related traits. In …
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Valorizzazione della diversità delle Brassicaceae per la sostenibilità delle colture e l'innovazione dei prodotti
Le colture che afferiscono alla famiglia delle Brassicaceae hanno un ruolo di fondamentale importanza sia dal punto di vista economico, poiché sono coltivate e conosciute in tutto il mondo, che dal punto di vista nutraceutico, perché presentano un profilo fitochimico ricco di antiossidanti, e …
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Investigation into the potential invasiveness of the exotic Narrow-leaved Bittercress, (Cardamine impatiens L.), Brassicaceae
Exotic species often invade new areas and displace native species. The problems associated with such invasions are well known, but for many exotic species, experimental work has not yet been done to predict which, and under what conditions they may become a problem. Two greenhouse experiments were …
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Cardamine dentata, její rozšíření ve střední Evropě a vztah ke C. pratensis
… o rozšíření Cardamine dentata Schult. z čeledi Brassicaceae v České republice, dále se zabývá chromozomovými počty a určením ploidních úrovní u tohoto druhu. Využity byly i mikrosatelitové markery, které měly přiblížit potenciální vztah C. dentata k druhům ze skupiny C. pratensis agg. Pomocí …
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Artenkombination, Etablierungsstadium und anthropogenes Störungsregime als Einflußfaktoren auf die Bestandsentwicklung der invasiven Brassicaceae Bunias orientalis L. und Rorippa austriaca (Crantz)Besser in experimenteller Vegetation
Einerseits werden anthropogene Störungen oft genannt, um erfolgreiche Invasionen von invasiven Organismen in ihren neuen Arealen zu erklären. Andererseits sind gängige Theorien pflanzlicher Invasionen häufig für ihren limitierten erklärenden und voraussagenden Wert kritisiert worden, hauptsächlich …
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Insights into the rice and Arabidopsis genomes: intron fates, paralogs, and lineage-specific genes
… we identified and characterized conserved Brassicaceae-specific</p> <p>genes and Arabidopsis lineage-specific genes. Lineage specific genes in the</p> <p>Brassicaceae and within Arabidopsis were enriched in genes of no known function</p> <p>and appear to be fast evolving at the protein …
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Biological effects of bioactive components and extracts derived from edible plants commonly used in human nutrition
… oils derived from different cultivars of Brassicaceae and Lamiaceae were tested as possible tools for the counteraction of the oxidative damage due to reactive oxygen species (ROS), underlining differences related to cultivar and agronomic techniques. Since accumulating evidence indicates …
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Cytokinin-mediated processes promote heat-induced disease susceptibility of plants to bacterial pathogens
… Second, I identified that another member of the Brassicaceae family, Brassica napus, also exhibited heat-induced disease susceptibility to the bacterial pathogen, P. syringae pv. maculicola (Psm ES4326). Gene expression analysis confirms that similar to Arabidopsis, B. napus plants increase …
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Evaluation of Bioherbicidal Properties of Pseudomonas syringae pv. tagetis for Control of Canada thistle (Cirsium arvense)
… some negative effects on plants in the family Brassicaceae in terms of chlorosis, reducing healthy tissue, and reducing leaf biomass of plants. These results indicate the potential of P. syringae pv. tagetis for future use as a bioherbicide in organic agriculture.
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An Integrative Analysis of Fruit Shape in Capsella rubella and Arabidopsis thaliana
… that underlie fruit development in the Brassicaceae.
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