The phrase "adaptation of mitochondrial" is not complete and may require additional context to be fully correct and usable in written English.
You can use it when discussing changes or modifications related to mitochondria, typically in a scientific or biological context.
Example: "The adaptation of mitochondrial function is crucial for cellular energy production in response to environmental changes."
Alternatives: "mitochondrial adaptation" or "modification of mitochondria".
We examined evidence for adaptation of mitochondrial OXPHOS genes in fishes with different swimming performance.
The fine regulation of these parameters is linked to the adaptation of mitochondrial architecture to metabolic demand.
Such strong changes might have favored a rapid adaptation of mitochondrial bioenergetics and thus a phase of rapid divergence of the mitochondrial genome of robust corals.
Alternatively, it is possible that metabolic rate might influence the rate of adaptation of mitochondrial genes, thus potentially affecting the substitution rate [ 56].
Although mtDNA sequence data have been extensively used in mammalian phylogenetics [ 19- 24], relatively little attention has been devoted to the study of molecular adaptation of mitochondrial encoded proteins.
This presumes that the basic principles of mitochondrial functions have to be the same in all organs and tissues, but as we will see in the examples of neurons and astrocytes, the "details" and "variations" are very important for adaptation of mitochondrial metabolism to the specific functions of organs and cell specialization.
In contemporary society, these prehistoric adaptations of mitochondrial economy can affect mitochondrial health and influence susceptibility to age-related disease in a setting of chronic positive energy balance.
This, along with evidence for less extensive adaptive bursts in the mitochondrial proteins of primates and other vertebrates [27] [31], suggests that adaptation of core mitochondrial proteins may be a key component of major macroevolutionary shifts in organismal physiology and life history.
This idea is supported by the observation that the Dithideomycetes, the only Pezizomycotina group that lacks mitochondrial LSU introns, contain degraded adaptations of the mitochondrial TyrRS splicing factor necessary for intron splicing [ 46].
According to our results, ~50% amino acid divergence between unionoid F and M genomes can be tolerated by a species' nuclear environment without any major disruption of cytonuclear co-adaptation or impairment of mitochondrial function.
Analyses of nonprotein-coding portions of the mtDNA may provide additional insights on the nature of mitochondrial adaptation in hares, because mutations in the regulatory regions of mtDNA may have an effect on mtDNA activity (Suissa et al. 2009).
