The decimated sequence then is this sequence, collapsed as I show in the sequence above.
The jousting sequence collapses the distinction between documentary and performance in what might be described as a characteristically Vardaesque fashion.
Therefore the higher homology groups (H^n Delta P,{mathcal {H} { om}}(A,e^dagger (B))), (n ge 1) vanish, so that the spectral sequence collapses at (E_2), and then by Lemma 5.13, the homology in degree 0 is exactly ({text {Hom}}(mathsf{ev}(A),overline{F}_natural (mathsf{ev}(B)) = {text {Hom}}(e(A),B)).
Individual assembly jobs were each performed as a hierarchical series of sequence collapses, with each of the following steps executing assembly strategies of increasing computational complexity and sensitivity.
We're inhabiting a different dream here; it is one in which sculptural, slow-moving groupings mutate into ballet sequences, collapse into stylized poses and expressions, then abruptly switch to dance-club abandon.
Thus, the 3,488 sequences collapse into 2,781 distinct sequences (451 contigs and 2,330 singletons) that we refer to as "non-redundant" sequences.
Such sequences collapse into single contigs in WGS assemblies, particularly when data are obtained using the NGS short read technologies, and therefore biologically relevant information is lost.
Genome assembly of these four strains does not enable the full-length sequence annotation of the duplicated phzA1B1C1D1E1F1G1 and phzA2B2C2D2E2F2G2 operons since they are nearly identical and all of the sequences collapse into a single contig.
Furthermore, the repetitive nature of the organelle genomes means that much of the mtDNA and ptDNA sequence data are irresolvable using the currently available genome-assembly software programs: many of the organelle intergenic and intronic DNA sequences collapse into networks of spurious repetitive motifs upon assembly.
As a result, the DA and F344 genome drafts are more extensive and more complete than the BN genome and should facilitate the study of discrepancies with genetic maps (Saar et al. 2008) and areas of sequencing collapse (Guryev et al. 2008).
