Sentence examples for future lineage from inspiring English sources

The casual observer could not see, in most cases, the traits that determined the size of a future lineage and that would be preserved, because the variations in a breeding population were so slight.

The origin of the endothelial cells along vascular islands is currently unknown emphasizing the need for future lineage studies.

Future lineage specific SHIP ablation studies using SHIPflox/flox mice and appropriate Cre transgenes combined with biochemical analysis PI3K effector pathways in these models may elucidate the molecular mechanism underlying SHIP's role in preserving normal immune function/regulation in the ileum.

On the basis of these developmental data, we can hypothesise that, during the early stages of cortical development (when the VZ is very actively proliferating and gives rise to the post-mitotic neurons that migrate to form the deep layers and the precursor cells for the SVZ), one hit is sufficient to modify the future lineage of some but not all progenitor cells in patients with Type II FCD.

Directional, purifying selection occurs when successive amino acid changes (i.e. non-synonymous changes) improve protein efficacy and consequently the changes tend to be fixed in future lineages, thereby reducing overall genetic diversity.

These substitutions most likely were polymorphic in the ancestral population from which they were derived, and in the absence of selection the probability of their loss and fixation in future lineages is governed by the neutral theory of molecular evolution [ 39].

These substitutions most likely would have been neutral or nearly neutral in the ancestral population from which they were derived, and thus the probability of their loss and fixation in future lineages is governed by the neutral theory of molecular evolution [ 40].

In particular, the group of hagfishes, which diverged from the future lamprey lineage just after the cyclostome-gnathostome split [ 27], might provide information for resolving deep divergence of bmp16 from others.

ZGA and MGA together generate a novel gene expression profile that delineates the totipotent state of each blastomere at the cleavage stage of embryogenesis, and these steps are prerequisite for future cell lineage commitments and differentiation.

We thus see that the higher likelihood of positive duplications in future fit lineages promotes the expansion pattern, providing the building blocks for their successful future adaptation.

Having observed these differences in shape of early fitness landscapes for fit and unfit runs, we wanted to know if the future fit lineages capitalized on the subtle differences in the landscape immediately, in other words, if future fit runs are fitter from the start.