Sentence examples for different types of genomic from inspiring English sources

Nevertheless, the relative frequency, repeat lengths, and distribution pattern of different types of genomic SSRs in coffee genome (Table 2) were comparable to those reported in a number of plant species like apple [ 22], avacado [ 23], birch [ 24], peach [ 25], Acasia [ 15] and tomato [ 26].

Using Perl scripts, we computed the density of TR and merged the positions of TR with the different types of genomic regions in the human genome.

The user can browse reference genomes as well as different types of genomic annotations derived from a variety of public databases.

However inverted repeats are also one of the sources of genome instability and are known to cause different types of genomic rearrangements in a wide variety of organisms [7] [9].

There is significant difference in the mean frequency of DAs between different types of genomic regions, with LTRs having the highest, and coding regions the lowest frequencies (mean frequency of DAs per site: 0.28 vs. 0.11 vs. 0.06, for LTR, intergene and coding, respectively; Wilcoxon nonparametric test, P < 0.0001; fig. 2).

IGV allows researchers to visualize many different types of genomic data together, including NGS data, variant calls, microarray data and genome annotations.

With the developments of techniques to identify different types of hypomethylated genomic regions (26– 28), it is feasible that the term CpG island itself may even be replaced with some other terms in the future.

As the number of different types of analysis and genomic features of the nematode genomes has increased, so the number of ways in which this data can be used to find new genes and to improve the existing gene structures has increased.

Traditional genome browsers, such as the UCSC genome browser [ 13], present data as horizontally stacked genomic tracks, which is very useful to display different types of location-bound genomic data.

In it, different types of transcriptomic and genomic profiling were obtained and analyzed in an example of application of different genomic methodologies that would become routine soon.

The advantage of using this cell-based model system is that we have obtained different types of high throughput genomic and transcriptomic data, which makes it possible to test the hypothesis that genetic variation might contribute to variation in drug response, in this case, two cytidine analogues [18], [19], [33], [34].