Sentence examples for transform a genome from inspiring English sources

The reversal distance and optimal sequences of reversals to transform a genome into another are useful tools to analyse evolutionary scenarios.

Computing the reversal distance, that is, the minimum number of reversals required to transform a genome into another, and finding one optimal sequence of reversals that transforms one genome into the other are useful tools to analyse real evolutionary scenarios.

To further pursue the analysis of genomic rearrangements, one might compute the rearrangement distance as the minimal number of rearrangement operations needed to transform a genome into another [ 51].

Therefore, transforming a genome arrangement (a permutation) z1 into z2 is equivalent to sorting z 2 − 1 z 1 into the identity permutation, +1, +2, … + n (writing products from left to right and hence assuming that mutations act from the right).

A classical problem in comparative genomics is to compute the rearrangement distance, that is, the minimum number of rearrangements required to transform a given genome into another given genome [ 1].

Summary: Computing the reversal distance and searching for an optimal sequence of reversals to transform a unichromosomal genome into another are useful algorithmic tools to analyse real evolutionary scenarios.

CRISPR was rapidly transformed to a genome editing tool, and it has been shown to work in a wide range of systems, from plants to human cells, since the Cas9 nuclease can be directed easily to virtually anywhere in the genome using a short guide RNA and cutting the target DNA (Hsu et al., 2014).

Following the occurrence profiling of 5-nucleotide REs/words, the information from top-50 frequency words was transformed into a genome-specific signature and visualized as Genome Signature Images (GSIs), using a CMYK scheme.

In 1995 Hannenhalli and Pevzner [ 1] presented an algorithm to transform one genome into another in a minimum number of biologically plausible moves.

So, using RScan to transform the genome into a structural database is sensible.

The genome rearrangement problem involves finding a series of mutations from a set of allowable mutation types that transform one genome into another.