The phrase "alignment can help" is correct and usable in written English.
You can use it when discussing the benefits of aligning goals, strategies, or actions in various contexts, such as business, teamwork, or personal development.
Example: "In our project, alignment can help ensure that all team members are working towards the same objectives, leading to greater efficiency and success."
Alternatives: "alignment can assist" or "alignment can support".
Testing different software for miRNA-seq alignment can help select an optimal aligner for this type of data.
Artificial disc replacements, which serve the function of separating vertebrae to allow for proper spinal alignment, can help treat debilitating low back pain in patients who have failed other conservative methods of treatment.
The idea is to test whether adding more sequences to a native alignment can help homology detection.
Global alignment can help us to understand variations between species and be used to detect functions of orthologs and construct phylogenetic relationships.
Although the splice sites in the transcript-to-genome alignment can help to separate these transcripts, it remains a problem where one or more of the transcripts align without introns.
Estimation of the fraction of homologs in a set of protein alignments can help in the assessment and development of such methods, and provides the users with intuitive quantitative assessment of protein alignment results.
We find that (i) of the algorithms tested, while none appear to be both highly reproducible and accurate, ZNMI is one of the most accurate by far and (ii) while users should be wary of predictions drawn from a single alignment, considering an ensemble of sub-alignments can help to determine both highly accurate and reproducible couplings.
Examining patterns of evolutionary conservation across multiple whole genome alignments can help to distinguish protein-coding regions from non-protein-coding regions, e.g., as in the analyses of 12 Drosophila [ 70] and 29 mammal [ 71] genomes.
Most important, the alignment matrix can help managers properly direct their efforts to align team interactions with design interfaces to prevent costly problems from occurring later in the product life cycle.
In this context, the identification of correlated residue positions in multi-sequence alignments (MSAs) can help to identify biologically relevant sets of residues and the functional surfaces that they form in protein superfamilies.
Once a region of the protein has been implicated by epitope mapping, genetic alignment and mutagenesis can help identify putative contact sites.
