The phrase "alignment which can be" is correct and usable in written English.
It can be used when discussing the potential or capability of achieving a certain alignment in various contexts, such as in business, technology, or personal goals.
Example: "The alignment which can be achieved through effective communication is crucial for team success."
Alternatives: "alignment that can be" or "alignment possible to achieve".
The aggregation of nanoparticles contains the linear alignment which can be achieved by sharing a common crystallographic orientation among the primary particles and the nonlinear arrangement which can be attained with the lateral lattice fusion of the primary particles [30].
Clearly a temple built in isolation has an axis of alignment which can be examined, but this axis emerges from the four main walls.
One of these microstructural characteristics is anisotropy caused by fiber (and/or cellular) alignment which can be quantified as birefringence [ 5].
Possible extensions to be explored numerically include sequence alignment, which can be implemented using a dynamic programming approach in a matrix of all the pairwise distances between the CGR coordinates.
We deliberately avoided inter-patient image alignment, which can be problematic in general [ 3] and particularly in iNPH because of variable degree of ventriculomegaly and pertinent large tissue deformations [ 4, 5].
However, approaches across Partnerships vary in terms of pace and degree of alignment, which can be best described as either front-end integration (Mozambique), progressive integration (Rwanda), current harmonization (Ghana), and potential future harmonization or integration (Tanzania and Zambia).
The starting point of the new detection protocol are multiple sequence alignments which can be obtained as described in the following, or assembled with alternative methods preferred by the user.
In addition, it is important to point out that STAP also produces high-quality multiple sequence alignments which can be used for a variety of other analyses including studies of species richness and relative abundances.
Fortunately, this is possible because SOMA2 applies dynamic programming for alignments, which can be speed up using seed matching.
These sequence alignments, which can be sorted by several parameters including blast hit, data type and organism, are useful not only for gene structure editing but also for detecting pseudogenes and highlighting sequence discrepancies between expressed and genome sequences.
The concordance rates were generally lower for variant call sets based on the Bowtie 2 with respect to BWA, alignments, which can be partly explained by the relatively higher accuracy of variant calls based on BWA alignments (for the effect of the aligners on variant calling, see Additional file 1: Supplementary results).
