The phrase "alignment can improve" is correct and usable in written English.
You can use it when discussing the benefits of aligning different elements, such as goals, strategies, or processes, to enhance performance or outcomes.
Example: "In our project, we found that alignment can improve team collaboration and efficiency."
Alternatives: "alignment can enhance" or "alignment can boost".
Experimental results indicate that reducing unnecessary sequence alignments can improve the computational time by up to 41%.
Establishing homology is central to a wide array of bioinformatics methodologies; improved domain alignments can improve 3D protein structural predictions that use homology modeling, and also clarify how protein domain networks interact to generate disease phenotypes.
In other words, improving the alignment of nanorods can improve the characteristics of the associated devices, and nanorod orientation is governed by the degree of lattice and symmetry matching between the substrate surface and ZnO [28].
As for aligning reads from repetitive regions, our simulated data show that reads from repetitive regions tend to be aligned incorrectly, and suppressing reads with multiple hits can improve alignment accuracy.
As for aligning reads from repetitive regions, our simulation data show that reads from repetitive regions tend to be aligned incorrectly, and suppressing reads with multiple hits can improve alignment accuracy.
Therefore, considering this structure during multiple sequence alignment can greatly improve the assignment of homologous positions, consequently resulting in more probable phylogeny estimations [ 4- 6].
A holistic sales force control system can improve alignment and results.
They can improve alignment by, for instance, adopting revenue-sharing contracts, using technology to track previously hidden information, or working with intermediaries to build trust among network partners.
Our experiments indicate that by applying this constraint, we can improve alignment accuracy dramatically for some threading instances.
In particular, when NEFF ≤6 we can improve alignment accuracy over profile-based methods by using more structure information.
