Sentence examples for most sequence contigs from inspiring English sources
Most sequence contigs remain unchanged from the previous release (Btau3.1), but scaffold assembly was improved.
BLAST results against the Tetraodon nigriviridis genome were inconclusive, as most sequence contigs matched to "un_random" sequences (sequence contigs and scaffolds that have not been mapped to any Tetraodon chromosome) that collectively spanned over 130 Mb.
Most of the linkage groups and most of the larger sequence contigs end in R-regions, consistent with the expectation that most of the unmapped and unassembled parts of the genome are repeat-rich R-type sequence.
Human and machine comprehension of such large datasets can be simplified via synthesis of sequence fragments into long, contiguous blocks of sequence (contigs), but most of the progress in the field of assembly has focused on genomes in isolation rather than metagenomes.
Although most sequences derive from contigs comprising large numbers of 454 reads of ∼250 bases, eleven also have longer Sanger reads from the earlier published EST project [7], indeed three sequences are entirely from Sanger reads, with SiOBP18 being derived from a single Sanger read.
Most annotations (40 of the 46) of the sequence contigs were consistent with their original function analysis.
The anchoring of sequence contigs to bins provides, in most instances, an approximate estimate of the location of a sequence in a particular linkage group but does not allow the relative positioning of sequence contigs within each bin.
Comparison with the published sequence showed that 454 sequence contigs were joined correctly by ABI-Sanger sequences in most cases.
Subsequently, it simulates and outputs sequence contigs (FASTAs), sequence reads (FASTQs) and/or post-alignment files (BAMs).
Sequence contigs were generated using Vector NTI contig express (Invitrogen).
That most P. schultei transcriptome sequences (contigs) had more matching genome reads (Table 3) than their corresponding isogroup has members (Table 2) suggests that our contig numbers represent true isoforms within each isogroup, rather than an overestimation due to mis-assembly [ 82, 83].
