Sentence examples for various abundance from inspiring English sources

According to the average copy number of each gene in 20 ng purified total RNA of each sample, the six tested genes belong to various abundance classes, with an approximately 10,000-fold expression difference between the most abundant (B2M) and the rarest (UBC) transcript.

Various abundance estimates have been published; these often disagree to some extent.

In silico validation indicated that full length and partial sequence of specific transcripts of various abundance and length were represented in the assembled contigs.

Cis-encoded antisense transcripts have been previously found in Archaea [69] and in Bacteriae [70], with various abundances.

Figure  7 depicts the variability (Y-axis) in number of fusions reads against various abundances (X-axis).

Taken together, the analysis further indicates specificity and representation of transcripts of various abundances within the assembled FW&SW gill transcriptome.

DOI: http://dx.doi.org/10.7554/eLife.07860.004 RNA-seq libraries generated from tissues with high cellular heterogeneity and transcriptional complexity, such as found in the brain, are likely to contain genes represented by multiple transcript species (isoforms) at various abundances.

Providing quantitative microarray data that is sensitive to very small differences in target sequence would be a useful tool in any number of venues where a sample can consist of a multiple related sequences present in various abundances.

For each analysis tool, we captured the number of sequencing reads supporting each of the nine SGFRs at various abundances (Additional file 1: Table S2), and this table was used for all subsequent analyses.

Implicitly, Figure  8 also captures gene-fusion detection sensitivity as the ratio of number of detected fusions to the nine known fusions at various abundances for different minimum number of fusion-supporting reads threshold.

Despite the simplicity of these motifs, intuitive predictions regarding dynamical behaviour of the network components at various abundances of the regulatory proteins (e.g. Kin, Phos or E3) would be a nontrivial task without the employment of mathematical models.