Sentence examples for less adapted for from inspiring English sources

The second and probably most important factor lies in the fact that semantic relations were extracted from journalistic corpora and are therefore less adapted for the reports corpus.

These comparisons indicate that in most of the exons in this gene, codons in the 3' boundary regions are less adapted for translation efficiency compared to codons in the central exonic regions.

First, it contains two LTR sequences, while pPRIG harbors a CMV promoter replacing the U3 region of the 5' LTR; pMigR is therefore less adapted than PRIGs for transient expression.

Thus, the dairy Holstein was used as the control breed for the analyses on the other five beef breeds, while the Angus beef breed (British origin and less adapted to tropical regions) was used for all four tropically-adapted South African beef breeds to search for signatures of selection that may be associated with environmental adaptation.

Finally, we found that for MucL and GenW, E4 genes were significantly less adapted than E2 genes.

Represented by wing and leg bones, these birds are inferred to have had longer limbs than present forms and to have been less well adapted for flight underwater than are contemporary species.

The results support the hypothesis that intervertebral disc herniation preferentially affects individuals with vertebrae that are towards the ancestral end of the range of shape variation within H. sapiens and therefore are less well adapted for bipedalism.

Our study supports the hypothesis that intervertebral disc herniation preferentially affects individuals with vertebrae that are towards the ancestral end of the range of shape variation within Homo sapiens and therefore are less well adapted for bipedalism.

Specifically, we tested the hypothesis that intervertebral disc herniation preferentially affects individuals whose vertebral shape are towards the ancestral end of the range of shape variation within Homo sapiens and therefore are less well adapted for bipedalism.

We tested the hypothesis that vertical disc herniation preferentially affects individuals with vertebrae that are towards the ancestral end of the range of shape variation within Homo sapiens and therefore are less well adapted for bipedalism.

This study explicitly tested the ancestral shape hypothesis, which holds that intervertebral disc herniation preferentially affects individuals with vertebrae that are towards the ancestral end of the range of shape variation within H. sapiens and therefore are less well adapted for bipedalism.