Origin and evolution of eukaryotic chaperonins: Phylogenetic evidence for ancient duplications in CCT genes

Medicine & Life Sciences

• Chaperonins 100%
• Eukaryota 69%
• Gene Duplication 51%
• Archaea 49%
• Genes 27%
• Group I Chaperonins 26%
• Group II Chaperonins 25%
• Chaperonin Containing TCP-1 23%
• Trichomonas 20%
• Giardia 18%
• Trichomonas vaginalis 18%
• Giardia lamblia 17%
• Protein Folding 15%
• Prednisolone 13%
• Organelles 12%
• Sequence Analysis 12%
• Cytoplasm 11%
• Yeasts 10%
• Bacteria 9%

Agriculture & Biology

• chaperonins 92%
• gene duplication 73%
• eukaryotic cells 48%
• phylogeny 38%
• Archaea 35%
• protists 26%
• Trichomonas 17%
• Trichomonas vaginalis 15%
• genes 15%
• Giardia 14%
• Giardia lamblia 14%
• protein folding 13%
• organelles 9%
• cytoplasm 8%
• sequence analysis 8%
• yeasts 7%
• bacteria 6%
• cells 3%

Earth & Environmental Sciences

• eukaryote 56%
• phylogenetics 55%
• gene 51%
• protist 23%
• divergence 16%
• family 13%
• cytoplasm 11%
• yeast 9%
• folding 9%
• protein 6%
• bacterium 6%
• cell 5%
• rate 3%
• analysis 2%