Horizontal transfers and gene losses in the phospholipid pathway of bartonella reveal clues about early ecological niches

Medicine & Life Sciences

• Bartonella 100%
• Horizontal Gene Transfer 88%
• Ecosystem 73%
• Arthropods 64%
• Phospholipids 59%
• Epsilonproteobacteria 30%
• Genes 26%
• Gammaproteobacteria 24%
• Glycerolphosphate Dehydrogenase 24%
• Serratia 23%
• Helicobacter 23%
• Genome 22%
• Phylogeny 19%
• Invertebrates 19%
• NAD 17%
• Metabolic Networks and Pathways 16%
• Mammals 14%
• Virulence 14%
• Life Style 13%

Agriculture & Biology

• Bartonella 92%
• niches 58%
• phospholipids 54%
• arthropods 45%
• Arsenophonus 27%
• epsilon-Proteobacteria 26%
• Helicobacter 23%
• genes 23%
• glycerol-3-phosphate dehydrogenase 22%
• Serratia 20%
• gamma-Proteobacteria 20%
• pathogens 19%
• blood 19%
• endosymbionts 18%
• horizontal gene transfer 18%
• genome 18%
• lifestyle 16%
• invertebrates 13%
• biochemical pathways 13%
• pathogenicity 13%
• mammals 12%
• stems 10%

Earth & Environmental Sciences

• ecological niche 76%
• phospholipid 71%
• arthropod 56%
• gene 50%
• loss 35%
• genome 31%
• pathogen 30%
• endosymbiont 23%
• pathogenicity 23%
• gene transfer 22%
• lifestyle 17%
• colonization 15%
• stem 14%
• mammal 14%
• invertebrate 14%
• phosphate 12%
• distribution 5%