The spacers ITS1 and ITS2 are generally more diverged; the intra- and interspecific variation for these species is from 0 to 3.1% and 11.2 to 13.4%, respectively [ 121– 121].
While intraspecific variability is generally <2% [17], closely related species that have recently diverged can exhibit lower divergence; such cases were coloured blue, in a similar manner as a previous study of mammals in Asia [36].
It is generally accepted that proteins of lysozyme superfamily have diverged from a hypothetical common ancestor [21], [22], [62].
Consequently, our results indicate that these populations diverged mainly in allopatry, which is generally considered to be the most common and plausible mode of speciation [ 23- 25].
With more sequenced fungal genomes being sequenced, we are currently investigating whether it is generally true that Ascomycetes tend to have a much more diverged P450ome than basidiomycetes.
Though the score is generally agreed upon, after that accounts of the match diverge; even the identity of the goalscorers is disputed.
But like the Y chromosome in animals, the male region appears to have lost some DNA that codes for proteins; that loss is generally thought to be a step along the way to the Y chromosome diverging from the X.
It is generally considered that in prokaryotes and in some species of early diverging eukaryote groups e.g. yeast, Saccharomyces cerevisiae, rRNA genes are organised in a single operon, clustered in tandem and transcribed by the same RNA polymerase.
It is generally thought that orthologs share similar functions whereas paralogs often have different functions, and therefore paralogs are expected to diverge more per unit time than orthologs.
Although it is generally assumed that the model for the cell membrane-bound IL-11 receptor complex would be similar to that for IL-6 [47], [47], certain structural characteristics in the complex subunits may actually diverge significantly.
