Role of the pJM1 plasmid-encoded transport proteins FatB, C and D in ferric anguibactin uptake in the fish pathogen Vibrio anguillarum

Agriculture & Biology

• Vibrio anguillarum 62%
• siderophores 55%
• transport proteins 51%
• plasmids 37%
• uptake mechanisms 32%
• lipoproteins 32%
• pathogens 28%
• fish 27%
• metalloproteins 24%
• iron 23%
• septicemia 20%
• aquatic habitat 19%
• ABC transporters 19%
• freshwater fish 16%
• operon 15%
• membrane proteins 14%
• cell membranes 14%
• serotypes 13%
• flora 13%
• virulence 13%
• receptors 11%
• proteins 10%
• biosynthesis 10%
• genes 5%

Medicine & Life Sciences

• anguibactin 100%
• Vibrio 62%
• Fishes 44%
• Carrier Proteins 41%
• Plasmids 39%
• Siderophores 27%
• Lipoproteins 18%
• siderophore receptors 17%
• Hemorrhagic Septicemia 17%
• Iron 16%
• Fresh Water 11%
• ATP-Binding Cassette Transporters 11%
• Ecosystem 10%
• Operon 10%
• Serogroup 8%
• Virulence 8%
• Membrane Proteins 8%
• Proteins 7%
• Cell Membrane 7%
• Genes 3%

Earth & Environmental Sciences

• plasmid 59%
• siderophore 51%
• pathogen 45%
• protein 35%
• fish 29%
• membrane 24%
• virulence 16%
• iron 16%
• biosynthesis 13%
• flora 11%
• harbor 10%
• habitat 7%
• water 3%