Fig. 2: Occurrence of COG families representing the F- and A/V-type ATP synthase subunits and the presence/absence of key metabolic organelles across the 100 sampled eukaryotes. | Nature Communications

Fig. 2: Occurrence of COG families representing the F- and A/V-type ATP synthase subunits and the presence/absence of key metabolic organelles across the 100 sampled eukaryotes.

From: ATP synthase evolution on a cross-braced dated tree of life

Fig. 2: Occurrence of COG families representing the F- and A/V-type ATP synthase subunits and the presence/absence of key metabolic organelles across the 100 sampled eukaryotes.The alternative text for this image may have been generated using AI.

COG families representing the ATP synthase subunits (see Methods for selection of COG families, Supplementary Data 3) are presented as binary presence-absence counts per taxon. The relationships among eukaryotic supergroups is consistent with Burki, 2020136. Dashed lines represent groups with greater uncertainty. Mito = mitochondria and mitochondrion-related organelles (MROs). Plastid = primary-, secondary-, and tertiary-plastid, and kleptoplast. See Supplementary Data 5 for additional information on organelle distribution. The list of eukaryotic ATP synthase sequences flagged as putative bacterial contamination can be found in Supplementary Data 4.

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