This complexity is partly explained by the relative incompatibility of the French energy performance certificate with the retrofitting of old buildings, and by the frequent conflicts between heritage conservation policies and energy efficiency improvements.
Such a large genetic variability can be explained by the prevalent self-incompatibility of olive genotypes, which results in high levels of heterozygosis and DNA polymorphisms.
The large amount of epistatic variance arising from third- and higher-order interactions in particular could be explained by the buildup of hybrid incompatibilities.
However, previous studies have argued that late-acting self-incompatibility can be explained by the action of early acting inbreeding depression effects due to lethal recessives [ 38].
The mechanism that allows the establishment of intrinsic postzygotic reproductive barriers was explained by the Bateson, Dobzhansky and Muller (BDM) model of genetic incompatibilities [2], [3], [4], as an accumulation of genetic substitutions through the divergent evolution of epistatic genes.
For the latter, given the different gDNA extraction methods used for each types of gDNA inputs, the drop in performance for the SPIA-based WGA systems could also be explained by a DNA incompatibility brought by the extraction process.
The failure of hematopoietic progenitor generation in the AGM region was explained by incompatibility of de novo generation of dHSCs with the secondary hematopoiesis [ 19].
For example, a masculinizing factor is located on autosomes/Z chromosomes while the W chromosome harbors an anti-masculinization factor, which might be mutated in the KG W chromosome. Thus, the results of sib-cross experiments can be explained by incompatibility between a masculinizing and anti-masculinization factors of the WT and the original KG line, respectively.
The overrepresentation of Sk alleles amongst the viable progeny therefore cannot be explained by (BDM) incompatibilities between nuclear Sk and Sp genes.
Thus, the maternal biases found in many of the significant transcripts in this study may also be explained by mito-nuclear incompatibilities between Africanized and European honey bee strains; therefore, we cannot rule this out as a major effect on gene expression.
