Sentence examples for variation onto the from inspiring English sources

Projecting gene expression variation onto the first two principal components, clear separation lines could be drawn between samples from different cortical areas.

Mapping sequence variation onto the Scc4 structure revealed a cluster of highly conserved surface residues, mainly basic and hydrophobic.

First, using a Procrustres ANOVA and variance component approach, we identified a bipartition of the genetic variation onto the ascending ramus and the alveolar region.

Parsimony optimization of this variation onto the MCPH1 gene tree suggests that 22 nonsynonymous and 18 synonymous changes can account for the intraspecific variation (28 transitions and 12 transversions).

We mapped expression variation onto the yeast interaction network and found that the majority of these datasets showed a distinct pattern in which genes with small epistatic fitness effects show high variance in expression sensitivity (an example is shown in fig. 2 C, and the full dataset is shown in supplementary fig. S1, Supplementary Material online).

Balenciaga printed icy variations onto the soft silk of a T-shirt and the structured leather of a pair of pumps, and Josh Goot used it on a silk skirt that looks like it's made of actual stone.

We applied a standard HMM algorithm to automatically detect copy-number variations onto the different platforms.

Thus, IR and IGF-1R expression, as detected by immunohistology with the particular antibodies, neither displayed focal variation superimposable onto the expression pattern observed for IGF-2 nor showed significant differences between normal and cirrhotic liver.

Partitioning the random variation onto multiple uncertainty components is important to obtain correct estimates of the ecological indicator variance, and the magnitude of the different components provide useful information for improving methods applied and design of monitoring programs.

Figure 3d shows the Jmol-based visualization for variations mapped onto the 3D structure.

Overlaying experimental data (e.g. sequence variation) onto curated tracks (e.g. gene predictions) allows for the formulation and verification of biological hypotheses.