The phrase "alignment approach that" is correct and usable in written English.
It can be used when discussing a specific method or strategy related to alignment in various contexts, such as business, education, or technology.
Example: "The alignment approach that we implemented has significantly improved team collaboration and project outcomes."
Alternatives: "alignment strategy that" or "alignment method that".
We implemented an alignment approach that takes these nucleotide misincorporation patterns into account (SOM Text 3) and aligned the Neandertal sequences to either the reference human genome (UCSC hg18), the reference chimpanzee genome (panTro2), or the inferred human-chimpanzee common ancestral sequence (SOM Text 3).
Surprisingly, these results show that this simple greedy network alignment approach that uses node similarity alone outperforms IsoRankN in most cases and surpasses all the other algorithms in all cases.
We made three extensions to the alignment graph approach that enabled us to use it for whole-genome alignments with rearrangements and genome flux.
Noteworthy, the alignment-based approach that was used for the calculation of the total mean sequencing error rate revealed that several MinION reads were composed of non-contiguous regions of the YCNV genome, suggesting that either defective viral variants were sequenced or that the MinION generated chimeric sequences.
In this article, we will introduce a new alignment approach (Slider) that reduces the alignment problem space by utilizing each read base's probabilities given in the prb files.
The premise of our subnetwork alignment approach is that functional annotations of the proteins can be transferred across species through conserved interactions in the aligned PPI networks.
The results of the whole genome alignment approach demonstrate that unique genomic regions in the invasion isolates consisted mainly of hypothetical proteins (Table 4).
There is a yet underexplored alignment-free metabarcoding approach that works under a completely different methodological basis the compression-based approach.
Because the numbers of trees to be searched increases in a factorial manner with the number of sequences included in the multiple sequence alignment, alternate approaches that use heuristic methods to accelerate the search for the optimal tree have been explored.
To each remaining seed alignment we applied a "naive" combinatorial approach that extracts sub-alignments with k ∈ {2, 3, 5, 7, 10, 15} sequences for a given average pairwise sequence identity range (APSI; a measure for sequence homology computed with ALISTAT from the squid package [ 43]).
For all steps fully automated methods were used, including an automated secondary structure guided alignment approach, a software that enables to distinguish random similarity from putative phylogenetic signal, mixed models that avoid artefacts due to co-variation among sites, and analyses that account for variation of evolutionary rates among lineages.
