Titlebook: Cellular and Molecular Aspects of Plant-Nematode Interactions; C. Fenoll,F. M. W. Grundler,S. A. Ohl Book 1997 Springer Science+Business M

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BRACE

Breeding for Nematode Resistance in Sugarbeet: A Molecular Approachkes use of repetitive wild beet specific DNA elements that are tightly linked to the resistance gene. The next step of the cloning procedure comprises the construction of representative yeast artificial chromosome (YAC) libraries and the subsequent screening with molecular markers to extract specifi

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Resistance to Root-Knot Nematodes in Tomatotive sequences and the suppression of recombination around .. Narrowing down the . locus to less than 50 kb made complementation analysis possible. Transformation of susceptible tomato genotype with genomic and cDNA clones from the 50 kb region will reveal the sequence ..

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Orientation and Navigation in Vertebratesly all efforts in understanding the molecular bases for feeding structure establishment are currently devoted to the economically most important cyst and root-knot nematodes. In order to compare their feeding structures with those of other nematodes with different parasitic strategies, this introduc

AWRY

Orientation and Navigation in Vertebratese tagged gene and cell type is not always obvious. As a complementary approach, genetic analysis, using specific mutants, is now beginning to unravel key genes that are involved in setting up the pattern of cell differentiation in the root. Combining promoter trap analyses with mutant analysis may c

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https://doi.org/10.1007/978-3-540-78919-2ary growth. Compared with syncytia associated with females, syncytia of males are less hypertrophied and are composed of more cells. Distinctive cell wall openings are mostly found between the few strongly hypertrophied pericyclic syncytial elements. The ultrastructure of both types of syncytia is v