Sentence examples for faster copy of from inspiring English sources

One way to construct something like an infinitely accelerating Turing machine would be to make a computing machine that, after performing some computational operations, builds a smaller and faster copy of itself (Davies 2001).

While a legislative path for the abbreviated approval of biologics may open the door to faster copies of the current crop of protein drugs, the most enduring effect of the legislation may be to accelerate the development of much-improved second- and third-generation versions of today's medicines.

In general penalized likelihood (Additional File 5) reported older estimates than Bayesian analyses (Table 3, Additional Files 6 and 7), and the older the node the larger the difference between estimates obtained through the two methods and between estimates calculated using the slower and faster copies of duplicated genes.

Our observation that δf > 0 cannot be explained by the stochastic segregation of slow and fast gene copies because the observed increase of d n/d s in the fast copy is of much higher than the slight, insignificant decrease in the d n/d s of the slow copy.

An asymmetrically evolving domain is evolving faster in one of the gene copies; we call this copy the faster evolving copy of the domain.

Moreover, the molding technique enabled the performance of fast copies for a single case, which confirmed the didactic potential of the presented models.

This holds true for both combined analyses which included slower and faster gene copies of duplicate genes.

We established that 23 out of 26 faster evolving copies of genes from asymmetric gene pairs are validated by unique amino acid sequences in Pride.

In other words, we assessed whether the faster evolving copies of different domains largely belong to the same gene copy or are assorted evenly between the two gene copies.

The number of damaging variants is overrepresented in the faster evolving copies of asymmetric genes (p < 0.001) and underrepresented in the slower evolving copies (p < 0.001) compared to the set of non-asymmetrically evolving gene pairs.

Regardless of the phylogenetic reconstruction method used, we found that analyses of combined data sets using either slower or faster evolving copies of duplicate genes resulted in a single topology in agreement with our current understanding of butterfly family relationships based on morphology and molecules.