Sentence examples for based on genome availability from inspiring English sources

Cell authentication targeting STR loci can also be expanded to nonhuman cell lines based on genome availability.

With the increasing availability of Brachyspira genome sequences, such technology should facilitate the validation of metabolic models based on genome sequence.

A particular use case is the design of meta-analysis studies based on genome-wide genotype data availability across many collections.

The used species were chosen based on whole genome availability as well as coverage of the major groups across the Drosophila lineage.

The recent advances and wide availability of genetic technologies, such as those based on genome-wide association (GWA) and next-generation sequencing (NGS), have allowed for the in-depth analysis of the variation contained in the human genome.

However, the most effective technique for finding duplications and further identifying new genes would be a genomic sequence comparison based on the availability of genome sequences.

Complete prokaryotic genomes were downloaded from the NCBI National Center for Biotechnology Informationn) ftp site; ε-proteobacteria genomes considered for the analysis were selected from genome report files based on the availability of whole-genome phylogeny (Wang and Wu 2013) and clustered using a Genomic Similarity Score (GSSa) = 0.95 (Moreno-Hagelsieb et al. 2013).

We selected 146 lymphoblast cell lines from 4 ancestrally and geographically diverse human populations based on the availability of genome sequence and basal RNA-seq data.

This choice was based on the availability of a genome sequence or the popularity and economic significance and tissue-culture amenability of the cultivar.

BMK: Based on the availability of complete genome sequences for two plants, Arabidopsis thaliana and rice, Oryza sativa L., plant scientists are now poised to elucidate the molecular bases of numerous aspects of plant growth and development.

Organisms were selected from GenBank based on the availability of both genome sequences and predicted protein sequences.