Evolution of the sulfide-binding function within the globin multigenic family of the deep-sea hydrothermal vent tubeworm Riftia pachyptila

Earth & Environmental Sciences

• annelid 76%
• hydrothermal vent 67%
• deep sea 53%
• sulfide 43%
• hemoglobin 43%
• family 41%
• endosymbiont 27%
• phylogeny 18%
• cluster analysis 17%
• organ 17%
• amino acid 17%
• substitution 16%
• harbor 16%
• blood 15%
• protein 13%
• radiation 13%
• comparison 7%
• rate 6%

Agriculture & Biology

• Pachyptila 91%
• sulfides 62%
• cysteine 48%
• Annelida 48%
• histidine 27%
• hemoglobin 24%
• tube worms 23%
• endosymbionts 16%
• heme 15%
• selection pressure 14%
• toxic substances 13%
• cluster analysis 12%
• gills 12%
• blood vessels 11%
• blood 8%
• amino acids 8%
• phylogeny 8%
• proteins 4%

Medicine & Life Sciences

• Hydrothermal Vents 100%
• Sulfides 76%
• Globins 71%
• Cysteine 23%
• varespladib methyl 19%
• Histidine 14%
• Hemoglobins 10%
• Gills 7%
• Phylogeny 7%
• Heme 7%
• Cluster Analysis 5%
• Complementary DNA 5%
• Datasets 5%
• Radiation 4%
• Poisons 4%
• Amino Acids 4%
• Pressure 4%
• Blood Vessels 3%
• Proteins 2%