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Evolutionary dynamics of Clostridium difficile over short and long time scales
by
Martin, Melissa J
, Lawley, Trevor D
, Rance, Richard
, Wren, Brendan W
, Thurston, Scott
, Burrows, Christine
, Bentley, Stephen D
, Stabler, Richard A
, Dawson, Lisa F
, Brooks, Karen
, Walker, Danielle
, He, Miao
, Clark, Louise
, Rose, Graham
, Quail, Michael A
, Sebaihia, Mohammed
, Dougan, Gordon
, Parkhill, Julian
, Holt, Kathryn E
, Churcher, Carol
, Murray, Vicky
, van Tonder, Andries
, Seth-Smith, Helena M.B
, Harris, David
, Corton, Craig
in
Bacteria
/ Biological Sciences
/ Clostridioides difficile - genetics
/ Clostridium difficile
/ Computational Biology
/ Diarrhea
/ Epidemics
/ Evolution
/ Evolution, Molecular
/ Gene Expression Regulation, Bacterial
/ Gene transfer
/ Gene Transfer Techniques
/ genes
/ Genetic diversity
/ genetic variation
/ Genome, Bacterial
/ Genomes
/ Genomics
/ Homologous recombination
/ horizontal gene transfer
/ humans
/ Molecular Sequence Data
/ Pathogens
/ Phylogenetics
/ Phylogeny
/ Polymerase Chain Reaction
/ Polymorphism, Single Nucleotide
/ Recombination
/ Recombination, Genetic
/ ribotypes
/ Ribotyping
/ sequence analysis
/ Sequence Analysis, DNA
/ Sequencing
/ Species diversity
/ Species Specificity
/ Time Factors
/ Virulence
2010
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Evolutionary dynamics of Clostridium difficile over short and long time scales
by
Martin, Melissa J
, Lawley, Trevor D
, Rance, Richard
, Wren, Brendan W
, Thurston, Scott
, Burrows, Christine
, Bentley, Stephen D
, Stabler, Richard A
, Dawson, Lisa F
, Brooks, Karen
, Walker, Danielle
, He, Miao
, Clark, Louise
, Rose, Graham
, Quail, Michael A
, Sebaihia, Mohammed
, Dougan, Gordon
, Parkhill, Julian
, Holt, Kathryn E
, Churcher, Carol
, Murray, Vicky
, van Tonder, Andries
, Seth-Smith, Helena M.B
, Harris, David
, Corton, Craig
in
Bacteria
/ Biological Sciences
/ Clostridioides difficile - genetics
/ Clostridium difficile
/ Computational Biology
/ Diarrhea
/ Epidemics
/ Evolution
/ Evolution, Molecular
/ Gene Expression Regulation, Bacterial
/ Gene transfer
/ Gene Transfer Techniques
/ genes
/ Genetic diversity
/ genetic variation
/ Genome, Bacterial
/ Genomes
/ Genomics
/ Homologous recombination
/ horizontal gene transfer
/ humans
/ Molecular Sequence Data
/ Pathogens
/ Phylogenetics
/ Phylogeny
/ Polymerase Chain Reaction
/ Polymorphism, Single Nucleotide
/ Recombination
/ Recombination, Genetic
/ ribotypes
/ Ribotyping
/ sequence analysis
/ Sequence Analysis, DNA
/ Sequencing
/ Species diversity
/ Species Specificity
/ Time Factors
/ Virulence
2010
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Evolutionary dynamics of Clostridium difficile over short and long time scales
by
Martin, Melissa J
, Lawley, Trevor D
, Rance, Richard
, Wren, Brendan W
, Thurston, Scott
, Burrows, Christine
, Bentley, Stephen D
, Stabler, Richard A
, Dawson, Lisa F
, Brooks, Karen
, Walker, Danielle
, He, Miao
, Clark, Louise
, Rose, Graham
, Quail, Michael A
, Sebaihia, Mohammed
, Dougan, Gordon
, Parkhill, Julian
, Holt, Kathryn E
, Churcher, Carol
, Murray, Vicky
, van Tonder, Andries
, Seth-Smith, Helena M.B
, Harris, David
, Corton, Craig
in
Bacteria
/ Biological Sciences
/ Clostridioides difficile - genetics
/ Clostridium difficile
/ Computational Biology
/ Diarrhea
/ Epidemics
/ Evolution
/ Evolution, Molecular
/ Gene Expression Regulation, Bacterial
/ Gene transfer
/ Gene Transfer Techniques
/ genes
/ Genetic diversity
/ genetic variation
/ Genome, Bacterial
/ Genomes
/ Genomics
/ Homologous recombination
/ horizontal gene transfer
/ humans
/ Molecular Sequence Data
/ Pathogens
/ Phylogenetics
/ Phylogeny
/ Polymerase Chain Reaction
/ Polymorphism, Single Nucleotide
/ Recombination
/ Recombination, Genetic
/ ribotypes
/ Ribotyping
/ sequence analysis
/ Sequence Analysis, DNA
/ Sequencing
/ Species diversity
/ Species Specificity
/ Time Factors
/ Virulence
2010
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Evolutionary dynamics of Clostridium difficile over short and long time scales
Journal Article
Evolutionary dynamics of Clostridium difficile over short and long time scales
2010
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Overview
Clostridium difficile has rapidly emerged as the leading cause of antibiotic-associated diarrheal disease, with the transcontinental spread of various PCR ribotypes, including 001, 017, 027 and 078. However, the genetic basis for the emergence of C. difficile as a human pathogen is unclear. Whole genome sequencing was used to analyze genetic variation and virulence of a diverse collection of thirty C. difficile isolates, to determine both macro and microevolution of the species. Horizontal gene transfer and large-scale recombination of core genes has shaped the C. difficile genome over both short and long time scales. Phylogenetic analysis demonstrates C. difficile is a genetically diverse species, which has evolved within the last 1.1–85 million years. By contrast, the disease-causing isolates have arisen from multiple lineages, suggesting that virulence evolved independently in the highly epidemic lineages.
Publisher
National Academy of Sciences,National Acad Sciences
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