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. 2006 May;72(5):3111–3118. doi: 10.1128/AEM.72.5.3111-3118.2006

TABLE 2.

Support for acquisition of PIB-type ATPases by HGT in subsurface isolates from radionuclide- and metal-contaminated soils

Genus Strain Phylogenetic incongruence G+C content (%) Support for HGTa Most closely related PIB-type ATPase
Arthrobacter FRC-AA1 + 38 + Firmicutes
FRC-AA20 + 38 + Firmicutes
FRC-AA21 + 38 + Firmicutes
FRC-AA25 + 38 + Firmicutes
FRC-V45 + 36 + Firmicutes
FRC-X34 + 59 Maybe γ-Proteobacteria
FRC-Z8 + 35 + Firmicutes
Bacillus FRC-AA22 38 Firmicutes
FRC-N65 38 Firmicutes
FRC-X11 + 59 + γ-Proteobacteria
FRC-X18 38 Firmicutes
FRC-X26 38 Firmicutes
FRC-Y7 + 58 + γ-Proteobacteria
FRC-Y22 + 58 + γ-Proteobacteria
FRC-Z41 38 Firmicutes
Rahnella FRC-X7 59 γ-Proteobacteria
FRC-X7 (copA) 59 γ-Proteobacteria
FRC-Y9602 59 γ-Proteobacteria
FRC-Y9602 (copA) 59 γ-Proteobacteria
a

The evidence for HGT was supported by analysis of both phylogenetic incongruence and the G+C content.