Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequencing project in order to assemble the in silico-predicted contigs robustly. Mapping consists of four distinct steps: preparation of phytoplasma chromosomes from infected plants, single- and double-digestion of chromosomes with rare-cutting restriction enzymes, separation of large DNA fragments by pulsed-field gel electrophoresis, and hybridization with various genetic markers. Materials and methods needed for each step are described and the technique is illustrated using the flavescence doree phytoplasma genome map as an example
Genetic mapping (also known as linkage mapping or meiotic mapping) refers to the determination of th...
A forward genetic approach is a powerful tool for identifying the genes underlying the phenotypes of...
Previously a genetic linkage map of the heterothallic oomycetous plant pathogen Phytophthora infesta...
Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequenci...
International audienceThe Flavescence dorée phytoplasma (FD-P), a non-cultivable, plant-pathogenic b...
Phytoplasma-associated diseases are reported for more than 1,000 plant species worldwide. Only a few...
Phytoplasmas cannot be cultivated in vitro, and remain the most poorly understood plant pathogens De...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
A method was developed for genome analysis of phytoplasmas, bacterial plant pathogens that cannot be...
Phytoplasma have resisted all attempts of cell-free cultivation so far. This problem hampers genome ...
Phytoplasma have resisted all attempts of cell-free cultivation so far. This problem hampers genome ...
Abstract Background The presence of closely related genomes in polyploid species makes the assembly ...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
Phytoplasmas infect a high number of plant species. Based on the 16S ribosomal gene sequence, over 2...
Phytoplasmas are insect-vectored, difficult-to-culture bacterial pathogens that infect a wide variet...
Genetic mapping (also known as linkage mapping or meiotic mapping) refers to the determination of th...
A forward genetic approach is a powerful tool for identifying the genes underlying the phenotypes of...
Previously a genetic linkage map of the heterothallic oomycetous plant pathogen Phytophthora infesta...
Physical and genetic mapping of the phytoplasma chromosome can be a useful tool in a genome sequenci...
International audienceThe Flavescence dorée phytoplasma (FD-P), a non-cultivable, plant-pathogenic b...
Phytoplasma-associated diseases are reported for more than 1,000 plant species worldwide. Only a few...
Phytoplasmas cannot be cultivated in vitro, and remain the most poorly understood plant pathogens De...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
A method was developed for genome analysis of phytoplasmas, bacterial plant pathogens that cannot be...
Phytoplasma have resisted all attempts of cell-free cultivation so far. This problem hampers genome ...
Phytoplasma have resisted all attempts of cell-free cultivation so far. This problem hampers genome ...
Abstract Background The presence of closely related genomes in polyploid species makes the assembly ...
HAPPY mapping is an in vitro approach for defining the order and spacing of DNA markers directly on ...
Phytoplasmas infect a high number of plant species. Based on the 16S ribosomal gene sequence, over 2...
Phytoplasmas are insect-vectored, difficult-to-culture bacterial pathogens that infect a wide variet...
Genetic mapping (also known as linkage mapping or meiotic mapping) refers to the determination of th...
A forward genetic approach is a powerful tool for identifying the genes underlying the phenotypes of...
Previously a genetic linkage map of the heterothallic oomycetous plant pathogen Phytophthora infesta...