The phrase "alignment may also" is correct and usable in written English.
You can use it when discussing the potential for alignment in various contexts, such as strategies, goals, or systems.
Example: "In our project, alignment may also lead to improved collaboration among team members."
Alternatives: "alignment might also" or "alignment could also".
But by consolidating the hawks, the new alignment may also unify and perk up the doves in Israel's aviary.
Conversely, techniques used in network alignment may also lead to better sequence alignment methods.
Ignoring ambiguous alignment may also lead to incorrect phylogenic inference and/or misleading sequence taxa partition pattern.
As demonstrated in [ 18, 19], techniques that were originally developed for sequence alignment may also have potentials to improve network alignment methods.
Apart from being an important requirement for functional skeletal muscle tissue, such alignment may also potentially enhance myotube striation by restricting cell spreading to suppress myoblast proliferation and to promote cell fusion and skeletal muscle differentiation.
The final length obtained may thus be greater than L. The best alignment may also contain very long gaps, and this indeed is what happens with some of the conditions and parameter sets used ((q, d) = (11, 7) using GOOD* or EXCELLENT*, and (q, d) = (6, 12) using FINE*).
In addition, the presence of splice intermediates in several genes as evidenced by preliminary analysis of cDNA and genomic DNA alignments may also contribute to an increased metabolic repertoire for these organisms.
These alignments may also ease indexing and information retrieval, EHR visualization, as well as reading of Summary of Product Characteristics etc.
In polypeptides from coding DNA, however, in addition to random matches, non-significant alignments may also underlie small amino acid patterns representing random footprints of common ancestors.
More permissive alignment algorithms may also reduce the proportion of fragments that cannot be aligned, but could increase spurious alignments in complex genomes such as maize.
Reads are divided in half, rounding down for reads of odd length, and both read-halves are aligned to the genome using Bowtie (current version 0.12.2), although other full-length alignment algorithms may also be used.
