Sentence examples for assembly corrections from inspiring English sources

This resulted in 95 assembly corrections, pertaining to re-finishing incorrect component sequences to address deletions and insertions of several kB in length, the removal, addition or exchange of individual components, and the change of component order.

The DUF1220-encoding NBPF genes required the most corrections, with 3 genes removed, 2 genes reassigned to the 1p11.2 region, 8 genes requiring assembly corrections for DUF1220 domains (~91 DUF1220 domains were misassigned), and multiple instances of nucleotide changes that reassigned the domain to a different DUF1220 subtype.

Each iteration of the assembly correction process involved the initial mapping of SOLiD reads against the 454 assembly, followed by SNP calling.

The 25 contigs that were longer than 1 kb after this initial assembly step were used as the starting point for our iterative assembly correction process.

SSPACE is a stand-alone scaffolding tool, which we implement using the un-normalized input data to provide as many sequences as possible for assembly correction and expansion.

Once assembly correction was complete, we compared the genomic arrangement of each strain with that of the complete wMel genome using Mauve (Darling et al. 2004).

SNPs in single copy protein coding genes on pINV were identified by aligning sequence reads for each strain onto the complete sequence of pINV from Sd197 and searching for discrepancies, as described for assembly correction above.

The pyrosequencing technology reads however were successfully utilized to form a single contig by iterative mapping of the read ends but the draft is prone to homopolymer error which required additional low-throughput Sanger sequencing for assembly correction [ 19].

The strategy for PM construction and assembly correction was validated on chromosome 4 by targeted sequencing of 82 DM BAC clones that were selected to overlap candidate links as well as 10 of the 15 putative chimeric superscaffolds mapped to this chromosome.

Although this finding suggests that the optimal choice for this step is to minimize variation in the sequenced population, downstream assembly, correction, and mapping steps actually benefit from intermediate levels of variation between parents of the recombinant population (as we discuss herein).

The non-redundant set of PacBio subreads were aligned to the assembly, and corrections were applied by calculating the maximum likely variant allele for the phased variants based on the read depth.