The phrase "alignment that can" is correct and usable in written English.
It can be used when discussing the potential or capability of alignment in various contexts, such as in business, technology, or personal development.
Example: "We need to find an alignment that can enhance our team's productivity and collaboration."
Alternatives: "alignment capable of" or "alignment able to".
To further refine the alignment, the web-based Mulan program was utilized, which performs a full local multi-sequence alignment that can account for evolutionary reshuffling and inversions using the threaded blockset aligner program [ 87, 88].
Here we study the rheological properties of single-walled carbon nanotube/polythiophene composite dispersions to better understand the alignment that can be achieved during deposition.
Detector architectures include InAs/Ga(In Sb strained-layer superlattices, which create a type-II band alignment that can be tailored to cover a wide range of the mid- and long-wavelength bands by varying the thickness and composition of the constituent materials, and bulk InAsSb-based XBn barrier designs.
Think about the energizing and powerful alignment that can come from big ideas and big risks.
Carefully defined, communicated, and ingrained brand purpose, promise, and values are the keys to a successful alignment that can deliver.
This tool is based on a new type of alignment we propose, called syntenic global alignment, that can deal satisfactorily with sequences that share regions with different rates of conservation.
Members of both teams also realize their disappointed coaches will be looking for the alignments that can shake off the "clutch game blues" both teams have been suffering the last three years.
HMMs can produce a single highest-scoring output but can also generate a family of possible alignments that can then be evaluated for biological significance.
As discussed below, a large number of tools exist to analyze positional homology alignments that can not be applied to glocal alignments.
First, this method generates high quality multiple sequence alignments that can be used for phylogenetic reconstructions as well as for diversity measures such as the identification of OTUs.
This mode produces alignments that can be trimmed at one or both extremes in order to optimize the alignment score.
