The phrase "alignment selection" is correct and usable in written English.
It can be used in contexts related to choosing or determining the alignment of elements, such as in design, programming, or data analysis.
Example: "The alignment selection process is crucial for ensuring that all components fit together seamlessly in the final product."
Alternatives: "alignment choice" or "alignment determination".
To accelerate the alignment selection, our aligner employs fine-grained parallelism from Single instruction, Multiple data (SIMD) vector execution units with the use of SSE2 assembler instructions.
Alignment selection was based primarily on length and secondarily on identity.
This paper presents a model for highway alignment optimization that integrates a GIS with genetic algorithms, examines the effects of various costs on alignment selection, and explores optimization in constrained spaces that realistically reflect the limits on road improvement projects.
However, the present algorithms underutilize the ever increasing numbers of three-dimensional protein ligand complex structures (bound protein), and it could be improved on the process of alignment, selection of templates and clustering of template.
The alignment selection problem is as follows.
Barnacle approaches the alignment selection problem heuristically.
The aligner uses a hash based index, a concept made popular through the BLAST aligner [ 9], with a custom heuristic based candidate alignment positions selection [ 37].
PCR primers specific for the chiA gene were designed by alignment and selection of highly conserved regions of chiA sequences from Serratia marcescens, Alteromonas sp., Bacillus circulans and Aeromonas caviae.
By alignment and selection of the highly conserved regions of the homologous sequences, two pairs of primers were designed to amplify the open reading frame (ORF) of the chitinase from strain C4 by nested PCR.
Alignment of selection with guidelines' recommendations was inconsistent for different types of early and advanced breast cancer in NEMLs.
Alignment, model selection (also resulting in the WGA + G + I + F model) and phylogenetic analyses were performed as described above.
