The phrase "alignment capable of" is correct and usable in written English.
It can be used when discussing the ability of something to achieve or maintain alignment in a specific context, such as technology or processes.
Example: "The new software is alignment capable of adapting to various user preferences."
Alternatives: "able to align" or "capable of alignment".
The 30-GHz part of this facility is equipped with an active-alignment system capable of alignment to a precision of a few micrometres.
This general scheme has been exemplified in virtually every spliced alignment method capable of aligning a cDNA against a whole genomic assembly.
One such tool to embody this approach is Pagan [ 14], a phylogeny-aware multiple sequence alignment method capable of extending a reference alignment by placing a query sequence into its correct phylogenetic context.
For the two different positioning densities with a controlled 20-μm and 100-μm spacing, respectively, cell spreading in preferential direction could be observed on parallel-aligned nanofibers, and the nanofiber alignment was capable of guiding cell extension, though cell orientation is noticeably less significant for the sparse 100-μm spacing.
Therefore, an effective parallel multiple sequence alignment model capable of resolving these issues is in a great demand.
ISAS is an extremely fast alignment system capable of performing exhaustive searches, or using a heuristic algorithm to greatly increase search speeds (see Supplementary File 1 for notes on performance).
This pre-filtered partial alignments are capable of removing the seed-inserting positions where a seed is not expendable to the final alignments with sufficient coverage.
Sophisticated methods of statistical alignment [44] are capable of computing joint probabilities for sequence comparison, but the derivation of distances remains arbitrary to a degree.
Zhao et al. [ 8] present an alignment tool, BOAT, capable of mapping large volumes of short reads to reference sequences with better sensitivity and lower memory requirement than other currently existing algorithms.
ClinSeK is designed for efficient targeted short read alignment and is capable of characterizing a wide spectrum of genetic variants from single nucleotide variation to large-scale genomic rearrangement breakpoints.
