Sentence examples for dissimilar ratios of from inspiring English sources

Branches on the phylogenetic tree in Fig. 2 have strikingly dissimilar ratios of normal: expanded FRAXA chromosomes.

Therefore, we conclude that the above mentioned differences are mostly due to the very dissimilar ratios of RG to TF numbers the E. coli and S. cerevisiae networks have.

To our consideration, these coincidences reinforce our previous assertions that the differences observed between the E. coli and S. cerevisiae networks are mainly due to their very dissimilar ratios of RG to TF numbers, and not to their nodes having very different connection patterns.

One can see that the α and the β regions have their own particular sequences of "X" and "".More precisely, the two interaction networks have very dissimilar ratio of interacting "X" amino acids by the total number of amino acids in the interface region.

Furthermore, the S/Cl ratios of unpristine samples are dissimilar to those of pristine tephra, perhaps reflecting the dissolution of S- and Cl-bearing compounds at different rates or in response to varying quantities of rainfall.

We see that the ratios of pixel values on skin or hair between different bands are dissimilar for the two subjects.

It is shown that the shapes of the saturation zones are affected by the ratios of the permittivities and the saturated electric displacements between the dissimilar electrostrictive materials.

The standard model is something of a stick-and-bubble-gum contraption: it clumsily joins very dissimilar kinds of interactions, and its equations contain about twenty arbitrary-seeming numbers — corresponding to the masses of the various particles, the ratios of the force strengths, and so on — that had to be experimentally measured and put in "by hand".

In this perspective, similar dyad members (who had Δ c ∼ / σ ratios of similar magnitudes) did not map their Δ c ∼ / σ ratios onto sufficiently similar confidence distributions, whereas dissimilar dyad members (who had Δ c ∼ / σ ratios of different magnitudes) did not map their Δ c ∼ / σ ratios onto sufficiently different confidence distributions.

Segregation is characterized by an index, γ, showing the average ratio of dissimilar cells around a cell, for either cell types.

Mobility anisotropy alone does not significantly change the growth kinetics or statistical distributions of misorientation, grain size and number of grain edges, even though grain shapes evolve in a self-dissimilar fashion where the aspect ratio of grains and inclination distribution of grain boundaries are time dependent.