The phrase "allow the diversification of" is correct and usable in written English.
It can be used when discussing the process of enabling or permitting a variety of options or forms within a particular context, such as business, ecology, or culture.
Example: "The new policy aims to allow the diversification of investment portfolios to reduce risk."
Alternatives: "facilitate the diversification of" or "enable the diversification of".
We propose that although core-closure was retained as a mode of catalysis, the differences in the stability of the closed-state complex between helicase families allowed the diversification of the observed helicase mechanism.
By providing new gene repertoires, the acquisition of a novel bacterial symbiont may have enabled hosts to overcome these challenges, allowing the diversification of xylem-specialized insects (Takiya et al. 2006).
The prospect to bring back biodiversity in natural ecosystems requires a detailed understanding of the evolutionary principles that allow for the diversification of lineages.
This use of different classes of DNA-binding proteins at certain levels within a transcriptional network, could thus allow the evolutionary diversification of mycotoxin production through the gain or loss of sequences from biosynthesis gene clusters [ 17, 18].
The chronological aspect of gene regulation usually involves systemic signalling that stimulates the coordinated response of the whole organism and allows for the diversification of cell types.
This data supports the hypothesis of a single ancestral cA-SR from which duplication events occurred allowing for the diversification of this group.
Ultimately, the use of the TIM barrel fold by B12 and radical SAM systems speaks toward the evolutionary development of these enzymes and the requirement for a protein architecture that was inherently not complex and in regards to radical SAM proteins allowed for the diversification of chemical reactions through the acquisition of additional modular protein domains.
The SRCR and C-type lectin domains are both able to recognize pathogens [ 18, 30], suggesting that the radiation in this region may be due to a domain swapping event that may have allowed for the diversification of host pathogen recognition [ 31].
The importance of gene duplication in the course of evolution of genomes and metabolic pathways is well established [ 3]: the production of two (or more) copies of a DNA sequence leads to an increase of genome size, and it also allows the (rapid) diversification of enzymes, providing material for the invention of new enzymatic properties and complex regulatory and developmental patterns.
As Ruud (1954) suggested, this disadaptive phenotypic trait could have evolved only in the extreme and stable environmental conditions of Antarctic waters, where the higher oxygen solubility at low temperatures may have relaxed selection pressure for oxygen-binding proteins, allowing the successful diversification of icefish over the past 7.8 4.8 millions of years (Near et al. 2012).
