Sentence examples for various types of genome from inspiring English sources

The method we describe here is reliable and versatile, enabling various types of genome editing in Escherichia coli and Salmonella enterica by straightforward modifications of the mutation cassette.

However, the proposed method is not limited to (somatic) mutations alone and can further be extended to combine various types of genome data.

It is well known that reovirus genomes are prone to various types of genome alterations, including intragenic rearrangement and reassortment under laboratory and natural conditions (7, 8 ).

Populations of V. parahaemolyticus comprising pandemic strains are an appropriate model for studying the various types of genome differentiation and the mechanisms causing it despite the short evolutionary time frames involved.

These approaches calculate the posterior probability that each pair of genes i and j, has a functional relationship, given the various types of genome-wide data.

First, we propose a simple and relatively transparent probabilistic model for protein function prediction that allows us to efficiently calculate the posterior probability that each gene has a particular function, given various types of genome-wide data.

Here, we report the results of a performance test of the MGA applied to various types of genomic sequences, such as complete genomes, plasmids and their subsequences of various lengths, under conditions of anonymity.

Much effort of this supplement is devoted to developing predictive models for various types of genomic data, including mRNA, microRNA, and genome DNA.

One of our primary objectives in developing the MGP Portal is to provide a graphical tool for the scientific community to visualize the various types of Mnemiopsis genome data currently available.

A comparison of the frequency of various types of repeats in genomes of rye and wheat B and D genomes suggested a greater similarity between the rye and wheat B genome than between the rye and wheat D genome.

The SNUGB supports efficient and versatile visualization and utilization of rapidly increasing fungal genome sequence data, as well as those from selected organisms in other kingdoms, to address various types of questions at the genome scale.