Sentence examples for full extent of variation from inspiring English sources

The data used to develop the models here have low spatial resolution and, therefore, do not capture the full extent of variation that is known to exist within a stem (Cown et al. 2010).

This study also highlights the need for more extensive sampling from wild vertebrates in order to capture the full extent of variation at MHC genes.

To determine the full extent of variation and its influence on phenotypic variation, the reference genome assembly should be near completion and more individual genomes need to be sequenced for the species of interest.

Multiple biological replicates are necessary to adequately assess the full extent of the variation in the biological system.

Consequently, the full extent of sample variation in genomic studies is often under-appreciated, complicating downstream analytical tasks such as gene co-expression network analysis.

Although our model cannot account for the full extent of cost variation, since it is limited by the data available through NIS, this is a first step in the direction of healthcare economics at the national level.

The howler monkey hyoid bone differs considerably in size between the sexes and among species [ 19, 20], but the full extent of this variation and the selection pressures underlying variability have not been investigated quantitatively.

The power of WGES research to generate vast amounts of high-resolution data is unprecedented, and these sequencing methods enable the capture of the full extent of genetic variation in an individual's genome or their entire gene-coding region respectively.

Exome capture sequencing has yielded many successful examples for uncovering causative mutations in Mendelian disease [ 10, 11], and describing the full extent of rare variation in protein-coding portions of the genome that whole genome sequencing may have missed because high-coverage, whole genome sequencing is still not common practice [ 12].

With sequencing technology allowing more sequence reads at lower costs, it is likely to become the method of choice for CNV analysis, which would enable the uncovering of the full extent of inherited structural variation in cattle.

The human genome consists of approximately 3200 GC isochores, large DNA regions (>200 kb) that are characterized by internal variations in GC % that are well below the full extent of the genomic DNA variation [28].