Evolution of chaperonin gene duplication in stigonematalean cyanobacteria (subsection V)

Keyphrases

• Cyanobacteria 100%
• Gene Duplication 100%
• Chaperonin 100%
• GroEL 85%
• Operon 71%
• GroEL2 57%
• Duplication 42%
• GroES 28%
• GroEL1 28%
• Escherichia Coli 14%
• Growth Conditions 14%
• Promoter Activity 14%
• Protein Folding 14%
• Bicistronic 14%
• Stress Conditions 14%
• Evolutionary Implications 14%
• Transcriptional Regulation 14%
• Functional Complementation 14%
• Eubacteria 14%
• Co-chaperonin 14%
• Housekeeping Genes 14%
• Functional Diversification 14%
• Phylogenetic Reconstruction 14%
• Neofunctionalization 14%
• Subfunctionalization 14%
• Transcription Level 14%
• Diazotrophic 14%
• Cellular Stability 14%
• Hybrid Complexes 14%
• Heterocystous 14%
• Heterocystous Cyanobacteria 14%
• Heterocyst Differentiation 14%
• Protein-protein Interaction Assay 14%
• Chlorogloeopsis 14%

Biochemistry, Genetics and Molecular Biology

• Gene Duplication 100%
• Cyanobacteria 100%
• Chaperonin 100%
• Operon 62%
• Paralogy 62%
• GroEL 25%
• GroES 25%
• Transcription 12%
• Promoter Region 12%
• Protein-Protein Interaction 12%
• Protein Folding 12%
• Escherichia coli 12%
• Reconstruction 12%
• Phylogeny 12%
• Bacterium 12%
• Neofunctionalization 12%
• Subfunctionalization 12%
• Housekeeping Gene 12%
• Heterocyst 12%

Immunology and Microbiology

• Cyanobacteria 100%
• Operon 100%
• Paralogy 100%
• Gene Duplication 100%
• Escherichia coli 20%
• Promoter Region 20%
• Phylogeny 20%
• Protein Folding 20%
• Protein Protein Interaction 20%
• Cyanobacteria 20%
• Bacterium 20%
• Housekeeping Gene 20%