Figure 3
Comparative analysis of Pacearchaeota-affiliated genomes from various habitats. On the left, a maximum likelihood phylogenetic tree of Pacearchaeota MAGs from this study (Idc_in_care_mg3 and Idc_in_meta_mg8) and from public databases was constructed using 122 archaeal marker genes with three Woesearchaeota MAGs (not shown in the phylogenetic tree) as an outgroup (GW2011-AR15: GCA_000830295.1; GW2011-AR11:GCA_013330825.1; GW2011-AR9: GCA_013331635.1). The best fit model was selected as K2P + I + G4. On the right, an overview of the presence or absence of metabolic genes commonly found in Pacearchaeota MAGs is shown. Gene annotation was performed using BlastKOALA with default thresholds (see methods).

Comparative analysis of Pacearchaeota-affiliated genomes from various habitats. On the left, a maximum likelihood phylogenetic tree of Pacearchaeota MAGs from this study (Idc_in_care_mg3 and Idc_in_meta_mg8) and from public databases was constructed using 122 archaeal marker genes with three Woesearchaeota MAGs (not shown in the phylogenetic tree) as an outgroup (GW2011-AR15: GCA_000830295.1; GW2011-AR11:GCA_013330825.1; GW2011-AR9: GCA_013331635.1). The best fit model was selected as K2P + I + G4. On the right, an overview of the presence or absence of metabolic genes commonly found in Pacearchaeota MAGs is shown. Gene annotation was performed using BlastKOALA with default thresholds (see methods).

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