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Table 1 Taxonomic distribution of DUF71 homologs in archaeal and bacterial genomes

From: Comparative genomic analysis of the DUF71/COG2102 family predicts roles in diphthamide biosynthesis and B12 salvage

Phylum

Nb (%) genomes

Phylum

Nb (%) genomes

Phylum

Nb (%) genomes

Archaea

     

Crenarchaeota

37/37 (100%)

Korarchaeota

0/1 (0%)

Thaumarchaeota

2/2 (100%)

Euryarchaeota

79/79 (100%)

    

Bacteria

     

Acidobacteria

3/7 (42.9%)

Dictyoglomi

0/2 (0%)

Proteobacteria_Epsilon

0/64 (0%)

Actinobacteria

1/206 (0.5%)

Elusimicrobia

0/2 (0%)

Proteobacteria_Gamma

27/406 (6.7%)

Aquificae

0/10 (0%)

Fibrobacteres

0/2 (0%)

PVC_Chlamydiae

1/73 (1.4%)

Bacteroidetes

20/73 (27.4%)

Firmicutes

20/484 (4.1%)

PVC_Planctomycetes

3/6 (50%)

Caldiserica

0/1 (0%)

Fusobacteria

0/5 (0%)

PVC_Verrucomicrobia

0/4 (0%)

Chlorobi

0/11 (0%)

Gemmatimonadetes

0/1 (0%)

Spirochaetes

1/45 (2.2%)

Chloroflexi

5/16 (31.3%)

Ignavibacteria

0/1 (0%)

Synergistetes

0/4 (0%)

Chrysiogenetes

0/1 (0%)

Nitrospirae

1/3 (33.3%)

Thermodesulfobacteria

0/2 (0%)

Cyanobacteria

0/45 (0%)

Proteobacteria_Alpha

2/204 (1%)

Thermotogae

5/14 (35.7%)

Deferribacteres

0/4 (0%)

Proteobacteria_Beta

8/119 (6.7%)

  

Deinococcus-Thermus

2/17 (11.8%)

Proteobacteria_Delta

1/48 (2.1%)

  
  1. The number of genomes per phylum containing at least one homolog of DUF71 is indicated.