The phrase "any stage of evolution" is correct and usable in written English.
It can be used when discussing the various phases or levels of development in a biological, social, or conceptual context.
Example: "The species can adapt to changes in their environment at any stage of evolution."
Alternatives: "any phase of development" or "any level of evolution."
The construction of longitudinal profile provides an interpretation of the surface history as they are the erosional curves and the river course flows from the source to mouth at any stage of evolution.
First, there is no need to postulate "forces" preventing intron loss at any stage of evolution.
However, evolution of these subfamilies was not studied in detail and any stage of evolution of Eukaryota in which the Rab9 subfamily diverged from Rab7 subfamily was not specified.
The following conditions were considered as exclusion criteria: the existence of possible organic causes for tinnitus, presence of cochlear nerve aplasia or dysplasia, retrocochlear regrowth at any stage of evolution, and a history of implantations with problematic results.
Genotype stability and phenotype hereditability of the mutants can be maintained at any stage of evolution when the genetically modified proofreading elements are removed from the evolved mutants, and that provides great convenience for further genetic manipulation and application of mutants, e.g. introduction of the metabolic pathway for products synthesis.
Each round chamber is the habitat for an "archetypal" American woman who represents a stage of evolution toward modernity.
It was an inevitable shortcut, or even a stage of evolution, in architecture, assisting the public's reaction and securing that most prized of currencies: human fucking feeling.
For large solid toughness, the fluid lag is vanishingly small at any underpressure and the solution is adequately approximated by the zero-lag self-similar large toughness solution at any stage of fracture evolution.
Although knickpoints are difficult to recognise from subsurface seismic or outcrop data, it is anticipated that they can form at any stage of the evolution of a channel levee system and may be particularly important in controlling 3D channel architecture where channels intersect dynamically changing seabed bathymetry.
There is reported in humans that these tumors, although slow growing, are capable of rapid enlargement and metastasis at any stage of their evolution.
