The phrase "also in evolution" is correct and usable in written English.
It can be used when discussing topics related to development, change, or progress in various contexts, such as biology, technology, or ideas.
Example: "The species has adapted to its environment, and its behavior is also in evolution as it faces new challenges."
Alternatives: "also undergoing change" or "also in development".
They act also in evolution if and to the extent that they impact the configuration of lineages in the genealogical space.
Doing something like taking life from the earth and bringing it to other places would be an enormously revolutionary step, not just in human evolution but also in evolution in life.
In conclusion, given that a number of other studies have also indicated that the epigenome is particularly sensitive to environmental factors (e.g. nutrient deprivation) during early life, it could well be that epigenetic drift plays a key role, not only in determining the biological age of an individual, but also in evolution.
This cephalization and caudalization result from the progressive divergence of the Hox genes and is found not only in arthropod evolution but also in the evolution of chordates, in which the most primitive amphioxus shows very little cephalization and caudalization, as compared with vertebrates, in which cephalization plays a particularly important role.
However, proteomics studies have also been described and roles of some putative salivary proteins were also proposed in evolution of blood feeding and in the discovery of novel antihemostatic substances [ 3].
I also believe in evolution.
Furthermore, the equation (0in Au) when A is a monotone map from a real Hilbert space to itself also appears in evolution systems.
Alternative splicing is also implicated in evolution of organisms [ 8].
Duplication of genic regions can also result in evolution of new genes and gene functions that can have a significant impact on phenotypes [ 9- 13].
Similar to Hamilton's rule explaining the evolution of cooperation by kin selection [ 3], costs and benefits play a crucial role also in the evolution of reciprocal cooperation [ 5].
Excess numbers of microsatellite repeats may play important roles both in genomic stability and also in the evolution of additional genomic features.
