Sentence examples for evolution because of its from inspiring English sources
In addition to being a major source of protein in the world, it is valuable to the understanding of genome evolution because of its relationship to mammals.
Rock salt influences the salt tectonics and basin evolution because of its specific characteristics including low porosity and permeability, low creep strength and low density (Urai et al. 2008).
Furthermore, B. rapa serves as a crucial reference for understanding polyploidy-related crop genome evolution because of its agronomic importance and phylogenetic relationships [ 33].
Next to its economic value, B. rapa is also of particular interest in the study of genome evolution, because of its recent genome triplication after divergence from the common ancestor of Arabidopsis and Brassica [ 1].
From the perspective of evolutionary biology, fWHR by itself is probably of minor significance; however, it is a useful trait to advance the study of human evolution because of its ease of measurement and its role as an indicator of other behavioural and morphological traits of evolutionary significance.
The scuttle fly, Megaselia scalaris, is often cited as a model in which to study early sex chromosome evolution because of its homomorphic sex chromosomes, low but measurable molecular differentiation between sex chromosomes, and occasional transposition of the male-determining element to different chromosomes in laboratory cultures.
The new superfamily supports and strengthens the view that BEL/Pao elements arose in early metazoan evolution, because none of its families are present in one of the three well studied phyla Nematoda, Arthropoda, and Chordata.
Interestingly in this context, HSP90 belongs to a family of evolutionarily conserved chaperones which has been suggested as a capacitor for morphological evolution because reduction of its function results in phenotypic variation in Drosophila[ 69].
Evolution is constrained by its raw materials; so looking at the living relatives of a given species, or group, can lead to a better understanding of its evolution because its relatives contain clues about its ancestors.
We reason that if a subclone replaces the major clone during tumor evolution, it is because of its higher fitness.
The chapel-shaped glass greenhouse is relatively more efficient, but its evolution remains slow because of its investment cost and amortization.
