Sentence examples for assemblies generated from the from inspiring English sources

In each genome of three strains of H. axyridis, we first mapped PacBio reads to the genome assemblies generated from the 10× linked-reads using minimap2.

We addressed this potential limitation by firstly complementing the homology based and ab initio prediction pipeline [ 25] with the de novo transcript assemblies generated from the RNAseq data and secondly, by integrating independent gene predictions from all isolates.

Subsequently, a mean 70 genome equivalent coverage for each strain was obtained using Illumina GAIIx technology 36 or 76 bp single reads, and these data were used to correct assembly errors [ 67] Probably because of the complete sequence identity between segments of the three MAT-like cassettes, most of these loci were absent from the automated assembly generated from the Illumina and 454 reads.

In general, assemblies generated from de Bruijn graph based assemblers tend to contain smaller contigs compared to those obtained from overlap-layout-consensus algorithms.

We demonstrate the ability of SEQuel to improve the accuracy of assemblies generated from three assemblers: Euler-SR (Pevzner et al., 2008), Velvet (Zerbino et al., 2008) and Velvet-SC (Chitsaz et al., 2011).

Indeed, the comparison (Table  2) revealed that the assemblies generated from different software programs showed advantages and disadvantages in different aspect.

However, only 34%and29%9% rice proteins showed a significant hit with the assemblies generated from whole and non-redundant datasets, respectively.

The refinement of sequence assemblies generated from shotgun reads (i.e., sequence finishing) is a multi-step procedure that is influenced by various features of the starting template.

While the work described below was applied to assemblies generated from 454 data, our results are applicable to any sequencing technology.

Previously published draft genome assemblies generated from Illumina PE reads (Brown et al., 2012b) were improved using combined data from the different sequencing platforms and hybrid assembly protocols.

As expected due to their closer evolutionary relationship compared to other insect orders, the biggest T. castaneum proteome fractions were predicted in assemblies generated from beetle mRNA-Seq data sets.