The phrase "are subject to evolve" is grammatically correct and can be used in written English.
It is generally used to describe something that has the potential to change or develop over time. Example: "Technology and online platforms are subject to evolve at a rapid pace, making it crucial for businesses to adapt in order to stay relevant."
Before 1998, gamete donors in Victoria, Australia, were subject to evolving legislation that allowed them to remain anonymous or (from 1988) to consent to the release of identifying information.
Since paintings are subject to the elements, they evolve over time.
On the other hand, co-expressed multi-interface hubs evolve at a significantly lower rate, indicating that hubs with more permanent interfaces are subject to higher evolutionary constraints and thus evolve more slowly.
Hence, attempts have been made to derive a measure of biological complexity of a genome by equating it with the number of sites that are subject to evolutionary constraints, i.e. evolve under purifying selection 8, 14.
HKGs, as a result of their critical role in basic cell maintenance, are subject to stronger purifying selection and therefore evolve more slowly than TEGs in terms of sequence mutation [ 5].
Alternative regions of mammalian 5'UTRs evolve faster and are subject to a weaker purifying selection than constitutive portions.
As immune genes can evolve rapidly and are subject to different selection pressure, we hypothesised that there may be divergent, as yet unannotated or uncharacterised class I genes.
We find that, although alternative regions of mammalian 5'UTRs evolve faster and are subject to a weaker purifying selection than constitutive regions, they possess extensive potential for translation regulation.
If the estimation of branch lengths is performed using independently evolving sites that are subject to weak purifying selection (e.g., synonymous sites), then the length of branches leading to taxa with large Ne might be underestimated to a larger extent than for taxa with small Ne.
While functional elements are subject to stabilizing selection, the adjacent non-functional DNA evolves much faster.
Boomblu is constantly evolving and those steps are subject to change at every moment.
