Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

Results We assembled transcriptomes and genomes from both species using identical
protocols and computational pipelines. Our phylogenetic analyses based on 78 nuclear …

Results We assembled transcriptomes and genomes from both species using identical
protocols and computational pipelines. Our phylogenetic analyses based on 78 nuclear …

Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

Mitochondrial respiration is an ancient characteristic of eukaryotes. However, it was lost
independently in multiple eukaryotic lineages as part of adaptations to an anaerobic …

Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

Although aerobic respiration is a hallmark of eukaryotes, a few unicellular lineages, growing
in hypoxic environments, have secondarily lost this ability. In the absence of oxygen, the …

All known animals share a mitochondrial genome, and perform aerobic respiration. Aerobic
respiration is the hallmark of eukaryotes, with only few unicellular lineages having lost this …