De novo assembly of the Pasteuria penetrans genome reveals high plasticity, host dependency, and BclA-like collagens

Keyphrases

• Assembly Algorithm 33%
• Bacillus 33%
• Bacterial Parasite 33%
• BclA 100%
• Biological Control Agent 33%
• Collagen 100%
• Complete Sequence 33%
• Culture Method 33%
• De-novo Assembly 100%
• Endospore-forming 33%
• Endospores 66%
• Genome Assembly 33%
• Genomic DNA (gDNA) 33%
• Genomic Plasticity 33%
• Gram-positive 33%
• High Molecular Weight DNA 33%
• Host Dependency 100%
• In Vitro Culture 33%
• Initial Attachment 33%
• Lack of Understanding 33%
• Long-read Sequencing 33%
• Meloidogyne 33%
• Metabolism 66%
• Molecular Mechanics 33%
• Nematode Cuticle 33%
• Obligate 66%
• P. Penetrans 100%
• Parasitism 33%
• Pasteuria Penetrans 100%
• Phylogenetic Analysis 33%
• Plant-parasitic Nematodes 33%
• Reduced Genome 33%
• Sequencing Platforms 33%
• Superplasticity 100%
• Thermoactinomyces 33%
• Transposase 33%
• Whole Genome Amplification 33%

Immunology and Microbiology

• Cladistics 33%
• Cuticle 33%
• Endospore 100%
• Gene Amplification 33%
• Meloidogyne 33%
• Molecular Mechanic 33%
• Molecular Weight 33%
• Nematode 33%
• Parasitic Nematodes 33%
• Pasteuria 100%
• Phylogeny 33%
• Thermoactinomyces 33%
• Transposase 33%

Biochemistry, Genetics and Molecular Biology

• Cladistics 25%
• Gene Amplification 25%
• Genetics 25%
• Genomics 100%
• Meloidogyne 25%
• Metabolic Pathway 50%
• Molecular Mechanic 25%
• Molecular Weight 25%
• Nematode 50%
• Parasitic Plant 25%
• Pasteuria 100%
• Phylogeny 25%
• Thermoactinomyces 25%
• Transposase 25%