However, even if segregating mutations are contributing to the pattern, the fact that they are contributing more in selfing populations implies that mildly deleterious mutations are at higher frequencies, a pattern predicted by a relaxation of selection in selfing populations.
While it is unclear how the TE and non-TE mutations are contributing to expression variation, and how they may interact, this observation highlights the importance of incorporating TE information into work on expression and phenotypic analyses.
When only drift and mutation are contributing to the increase of the diversity after such reduction, it takes on average 4 N generations for the diversity to reach Fisher-Wright equilibrium levels.
To verify which mutations were contributed to IPA tolerance, we constructed the mutant strains and quantify the IPA tolerance of the constructed mutants.
If the variant also affects a functionally important mitochondrial function and is heteroplasmic, this further increases the likelihood that the mutation is contributing to the disease.
To determine if the UBP7 mutation was contributing to the HWSSL tolerance phenotype of R57 as predicted, the mutation was introduced into WT and the resulting strain was tested for growth on HWSSL.
If any of the 7 mutations we identify above are contributing to the phenotype, they are doing so in a background that excludes the e14 prophage.
The mutations 10, 33, 46, 54, 71, 82, 84 and 90 are separated from all other mutations by the PCA and are contributing with the highest weight to calculate this component.
Heart failure (HF) is a functional consequence of a wide variety of diseases, including ischaemic heart disease, congenital disorders, hypertension, valvular heart disease, postpartum cardiomyopathy, and the complex cardiomyopathies where genetic mutations may be contributing reasons [ 1– 3].
In addition, the high amylose mutant lines had reduced total starch levels compared to the parental and sibling control lines, but it is unclear how much the background mutation load is contributing to this result.
This analysis suggested tumors lacking ERBB2 or KRAS abnormalities tend to have poor prognosis, raising the question of whether an alternative mutation may be contributing to the pathology of this group [ 13].
