Sentence examples for genomic context that from inspiring English sources
This provided a genomic context that helped support the orthology of individual genes.
This suggests that the tandem Lhx gene cluster in Trichoplax descended from the same ancestral genomic context that gave rise to modern bilaterian Lhx genes.
When this number was raised above two, the majority of predicted SNPs were located within a genomic context that was tagged as repetitive sequence.
The core trichothecene cluster (CTC) of Stachybotrys is presented and shown to diverge significantly from the CTCs of other trichothecene producers, with a genomic context that appears to be chemotype-specific.
Genomic context that includes genes for aminoacyl-tRNA synthetases, ribosomal protein S10 and EF1A suggests that at least in some cases, aSelBL may still be involved in some aspect of translation.
In addition to high sequence similarity viral dsrC genes from SUP05 SAGs co-localized on contigs with viral homologs (e.g., 2OG-FeII oxygenase, chaperonin), and occurred in genomic context that was completely different to the conserved and well-characterized dsrC region in SUP05 genomes.
This repositioning places genes in different genomic contexts that could alter the degree and timing of their phenotypic effects.
Our study characterized the genome-wide DNA methylation patterns in PC and identified DMRs that were distributed among various genomic contexts that might influence the expression of corresponding genes or transcripts to promote PC.
We demonstrate experimentally that frameshift mutation rates in yeast microsatellites depend on the genomic context and that this variation primarily reflects the context-dependence of the efficiency of DNA mismatch repair.
Moreover, the fact that class I FBA is always found in the same genomic context suggests that such inter-strain transfer would most likely have involved insertion by homologous recombination.
Furthermore, the repair outcomes are determined by the protospacer sequence rather than genomic context, indicating that DNA repair profiling in cell lines can be used to anticipate repair outcomes in primary cells.
