Comparative genomic analysis of strain Priestia megaterium B1 reveals conserved potential for adaptation to endophytism and plant growth promotion

Keyphrases

• Adaptation 100%
• Genome Analysis 100%
• Plant Growth Promotion 100%
• Priestia Megaterium 100%
• Promote Plant Growth 100%
• Megaterium 100%
• Endophytism 100%
• Genetic Elements 66%
• Genomic Analysis 66%
• Biofilm Formation 66%
• Phenotypic Traits 33%
• Zinc 33%
• Functional Traits 33%
• Plant Growth 33%
• Detoxification 33%
• Partial Least Squares Discriminant Analysis (PLS-DA) 33%
• Genome Size 33%
• Phenotypic Analysis 33%
• Genomic Features 33%
• Phosphate 33%
• Plant Environment 33%
• Pan-genome 33%
• Disease Conditions 33%
• Chemotaxis 33%
• Functional Enrichment Analysis 33%
• Transcription Regulation 33%
• Plant Sources 33%
• Putative Genes 33%
• Soil Habitat 33%
• Siderophore 33%
• Pfam 33%
• Physiological Analysis 33%
• Endophytic 33%
• Indole-3-acetic Acid 33%
• System Regulation 33%
• Apple Plant 33%
• Biostimulants 33%
• Pfam Domain 33%
• Swimming Motility 33%
• Secretory System 33%
• Transporter Regulation 33%
• Swarming Motility 33%
• Soil Sources 33%
• Flagella Biosynthesis 33%
• Apple Replant Disease 33%
• Host Association 33%
• Encoded Protein 33%
• Valuable Insight 33%
• Diverse Environment 33%
• Genomic Traits 33%

Immunology and Microbiology

• Plant Growth 100%
• Priestia megaterium 100%
• Biofilm 50%
• Chemotaxis 25%
• Acetic Acid 25%
• Genome Size 25%
• Transcription Regulation 25%
• Flagellum 25%
• Solubilization 25%