Sentence examples for genomic features have from inspiring English sources

Critically, the overrepresentation of sequence reads in GC-rich DNA can be misleading because many genomic features have peculiar GC-compositions, deviating strongly from the genome-wide average of 38% GC-content.

Although some of this difference certainly reflects the expansion of transposable elements in the A-genome or possible contraction in the D-genome (Hawkins et al. 2009), it is unclear what genomic features have allowed more numerous rearrangements in chromosome 13 than within other chromosomes in the genome.

Collectively, these genomic features have implications for inbreeding, population structure and the identification of signatures of selection.

Several genomic features have been systematically compared across, and found to differ between, various cancer types [ 6].

However, the presence of satellite sequences specific to New World vultures [ 51] suggests that some distinctive genomic features have emerged in the cathartids over almost the 100-million years of evolution in this avian lineage.

All the coordinates of the epigenomic and transcriptomic datasets and genomic features have been remapped from NCBI36/hg18 to GRCh37/hg19 using the UCSC's liftOver tool.> From the raw fastq files, Illumina quality scores were converted into Sanger Phred quality scores using MAQ.

Exploring the spatial relationship of different genomic features has been of great interest since the early days of genomic research.

With respect to somatic substitutions, we observed that the majority represented transitions and not transversions, and that adjacent nucleotides and various genomic features had an important context-dependent effect on determining which nucleotides were affected.

This genomic feature has been attributed to an ancient WGD in Phytophthora succeeded by extensive genomic rearrangements.

The structure of long-range haplotypes is known to carry relevant information about recent population dynamics, but this genomic feature has only recently become observable thanks to the development of modern high-throughput genomic technologies.

Many anatomical, histological and, more recently, genomic prognostic features have been used to identify patients with a higher risk of recurrence: large basal diameter, ciliary body involvement, extrascleral extension, epithelioid cell histology, high mitotic rate, chromosome imbalances (monosomy 3, 8q gain) and class 2 gene expression profile (GEP).