Comparative genome analysis can be used to identify species-specific genes and gene clusters, and analysis of these genes can give an insight into the mechanisms involved in a specific bacteria-host interaction. Comparative analysis can also provide important information on the genome dynamics and degree of recombination in a particular species. This article describes the comparative genome analysis of representatives of four different Campylobacterales species - two pathogens of humans, Helicobacter pylori and Campylobacter jejuni, as well as Helicobacter hepaticus, which is associated with liver cancer in rodents, and the non-pathogenic commensal species, Wolinella succinogenes
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
Campylobacter jejuni ST-474 is the most important human enteric pathogen in New Zealand, and yet thi...
Comparative genome analysis can be used to identify species-specific genes and gene clusters, and an...
In the last decade, robust sequencing technologies have revolutionized the genomic science. As a res...
Campylobacter jejuni is the leading cause of bacterial gastroenteritis, with C. coli and other speci...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
Campylobacter species.are phenotypically diverse in many aspects including host habitats and pathoge...
<div><p>The increasing availability of hundreds of whole bacterial genomes provides opportunities fo...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
In recent years, an increasing number of Campylobacter species have been associated with human gastr...
<div><p><i>Campylobacter species.</i>are phenotypically diverse in many aspects including host habit...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
Campylobacter jejuni ST-474 is the most important human enteric pathogen in New Zealand, and yet thi...
Comparative genome analysis can be used to identify species-specific genes and gene clusters, and an...
In the last decade, robust sequencing technologies have revolutionized the genomic science. As a res...
Campylobacter jejuni is the leading cause of bacterial gastroenteritis, with C. coli and other speci...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
Campylobacter species.are phenotypically diverse in many aspects including host habitats and pathoge...
<div><p>The increasing availability of hundreds of whole bacterial genomes provides opportunities fo...
The increasing availability of hundreds of whole bacterial genomes provides opportunities for enhanc...
In recent years, an increasing number of Campylobacter species have been associated with human gastr...
<div><p><i>Campylobacter species.</i>are phenotypically diverse in many aspects including host habit...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
International audienceThe present study describes three putative novel species received at the Frenc...
Campylobacter jejuni ST-474 is the most important human enteric pathogen in New Zealand, and yet thi...