Sentence examples for abundant insertions of from inspiring English sources

However, we know that the genomes of B. tryoni, B. neohumeralis and B. jarvisi contain abundant insertions of mariner elements [ 25], and that partial sequences of other repeated elements have been found within sequenced introns (for example [ 26]).

While abdominal muscles can contribute to control of lateral bending of the trunk (Seroussi and Pope 1987), the extensor muscles have a higher moment producing capacity in the frontal plane (Dieën and Kingma 1999) and probably allow more precise control in view of their abundant insertions on the multi-segmented lumbar spine.

Using next-generation sequencing data, we detected 87 new Wukong insertions in parents of the maize NAM population relative to the B73 reference genome and found abundant insertion polymorphism of Wukong elements in 75 re-sequenced maize lines, including teosinte, landraces, and improved lines.

In any case, it has long been recognized that small deletions are more abundant than insertions of similar size in protein-coding sequences [ 46].

Whereas 30 members showed monomorphic insertions in all 76 accessions, the remaining 50 insertions showed abundant insertion polymorphism among these lines (Table S5), and many of them were unique to a particular germplasm group, subgroup, or even individual lines.

Genome-wide exploration of variation identified abundant SNPs, insertions and/or deletions (indels), structural variations and complex segmental duplication patterns within the sequenced population of the Fuzhou-S strain (Fig. 1, Supplementary Figs. 8 and 9, Supplementary Tables 9 13 and Supplementary Note).

Of the 2000 clones examined, 75 contain insertions of yeast ribosomal DNA, 201 contain insertions of yeast tRNA genes, and 26 contain DNA sequences that are complementary to abundant mRNA species.

Non-start CGI are the most abundant and best explained by insertion of repeated sequences such as transposable elements (in the human genome 79% are due to Alus) while start CGIs located at the transcription start sites are only poorly explained by transposable element insertion (in the human genome 5,6% are due to Alus) [ 49].

Although the number of tested insertions thus far is small, one might speculate that the abundant charge of the inserted epitopes is the cause of the degradation and consequently, of the reduced display levels.

Among the 12 TE superfamilies we examined, CACTAs are the most abundant superfamily of TEs inserted in introns; these are present in 8,547 genes (43.9 % of the genes with TE insertions, Supplemental Table 21).

We noted a striking difference in the frequency of small insertion mutations generated by I-SceI and Cas9 (Fig.  7C): small insertions represented the least abundant class of I-SceI-generated mutations (1/38; 2.6%), but the most abundant class of Cas9-generated mutations (20/58; 34.5%).