Sentence examples for genomic searching from inspiring English sources
Genomic searching revealed that the genomes of 791 bacteria (Salmonella, Shigella, Escherichia, Yersinia, Vibrio, and Haemophilus, among others) encode a lytic transglycosylase having the N-terminal DUF3393 domain (Supporting Information Figure S14).
Since single TFs cannot function alone, but often function through cooperation with other elements in the TRR, it is worth noting that TRR information can help us eliminate nonsense matches of binding sites in genomic searching.
An E-value threshold of 1 was used, and the effective length of the database was set as 7,500,000 residues (on the basis of the average cumulative number of amino acid residues from all the genomes) for all genomic searches.
Advances in the field of systems biology may help to reduce the genomic search space in both candidate gene and genome-wide association studies (Irizarry et al, 2005).
The pig genome was repeat-masked in order to restrict the genomic search space and extract a set of high-confidence mapping fragments.
amazonensis genome sequence using the Exonerate program (v. 2.2.0), which performs genomic searches and spliced alignments in a single run.
To infer the evolutionary history of Gypsy retroelement in the Zaprionus subgenus, we carried out genomic searches for Zaprionus homologous sequences in the 12 Drosophila genomes and the GenBank database.
Intron-exon splice sites were estimated from the results of the "build protein" feature of BLASTP genomic searches and from the gene model feature of the Tetraodon genome browser [ 62].
A genomic search for additional putative sites using this DNA motif and their comparative genomics analysis in 11 Bacteroides genomes revealed a putative global regulon containing up to 30 carbohydrate utilization genes per genome.
Seeqpod actually got its start at Lawrence Livermore Lab and genomic search (matching genomic sequences to diseases, symptoms, and even foods), so there are health search applications.
CRISPR allows scientists to target, snip and re-insert DNA like performing a genomic "search and replace".
