Sentence examples for rich in sequence from inspiring English sources

This study demonstrates that the 3' end of genes is rich in sequence polymorphisms and is suitable for the efficient discovery of gene-linked SNPs.

When trying to resolve this issue, one has to keep in mind that the observed negative correlation between start and stop codons and GC content is a result of these codons being AT rich in sequence.

The centromeric region of chromosomes must be highly occupied by nucleosomes for a very specific biological function (proper spindle formation and chromosome segregation), yet this region is rich in sequence features that specificaly antagonize nucleosome binding.

First, the genomes of wMel, wMelCS, and wMelPop are rich in sequence repeats, from short tandem repeat sequences to multiple copies of transposase-related genes each over 2,000-nt 2,000-nt et along004; Cerveau et al. 2011; Leclercq et al. 2011; Riegler et al. 2012).

Calling of candidate SNP positions in other regions of the Arabidopsis genome may be a consequence of the fact that our region of interest is particularly rich in sequence repeats, leading to erroneous alignment of some reads to other regions of the Arabidopsis genome.

Besides these expected repetitive sequences, the B. oleae Y chromosome appears to be also rich in sequences that are repeated on the Y chromosome itself and on the autosomes.

Mytibase is also rich in sequences with WD-40 repeats (IPR011046) and Leucin Rich Repeats (LRR, IPR001611).

Previous analyses of haustorial transcripts from other rust fungi [ 13- 15, 25] indicated that they are rich in sequences induced in planta and involved in virulence as well as other aspects of parasitism, like nutrient uptake.

In fact, the Sirtuins are also rich in sequences of positive consecutive amino acids and their abundance suggests that these regions could be used both to recognize negative stretches present on other macromolecules or to allow the entry of Sirtuins in the nucleus.

Nevertheless, it is known that some biases exist in the composition of databases (which are rich in sequences from common, cultivable and easily accessible organisms), but it is uncertain how big this bias is and how it can influence the analysis of real data, that is, how accurately the databases are describing the global diversity.

As expected from previous studies, ORFans are shorter and AT-richer in sequence than non-ORFans.