We suggest that subfunctionalization is the major drive for the evolution of multi-retention genes (Table 4), because 34.27% of the homologues studied have spatially differentiated expression patterns, In previous research, 50% and 36 49% of homologous genes had undergone subfunctionalization in Glycine max and Triticum aestivum L., respectively [ 41, 42].
Polyploidisation processes, as postulated by Ohno [6], have been important drives for vertebrate evolution [7], [8] and a particular relevant basis underlying speciation and diversity of teleost fish [9].
This clearly illustrates how the cost of resistance drives the selective pressure for evolution of complex and efficient negative regulatory mechanisms.
The adaptive immunity of the local population as well as climate variations will further drive bacterial evolution; for example, it will not be surprising to observe a gradual switch over time from the Ogawa to the Inaba serotype as population immunity to Ogawa rises, as has been reported during several outbreaks (23 ).
The moment organizations move diversity and inclusion out of cost center and into profit center, change becomes a real opportunity for evolution to drive influence and bottom lines by including more people in leading diversity and inclusion as a growth strategy.
If selection were limited to transcripts or to mature mRNAs, there would be no way for evolution to directly drive the creation of SS in non-transcribed regions.
Tandem expansions drive the evolution of, for example, F-Box proteins37, and transcription factors38, but also RLKs16 and RLPs11.
Fisheries, for example, drive the evolution of earlier age and smaller size at maturation in target populations, which affects their population persistence and sustainable yield (Hutchings and Fraser 2008) and results in considerable impacts on food-web interactions, trophic cascades and nutrient cycling in aquatic ecosystems (Palkovacs 2011).
Furthermore, many factors are not mutually exclusive and evolutionary changes initially resulting from genetic drift within small founding populations may also provide the impetus for selection to drive phenotypic evolution towards a different adaptive peak [6].
These findings are in agreement with the hypothesis that the relaxation of purifying selection, more than the positive selection, might be associated to sex-biased gene expression and drive phenotypic evolution, as described for Solenopsis invicta and Apis mellifera [ 60].
