The phrase "alignment could be" is correct and usable in written English.
It can be used when discussing potential or hypothetical situations regarding alignment in various contexts, such as business, technology, or personal goals.
Example: "In our project, alignment could be the key to ensuring that all team members are working towards the same objectives."
Alternatives: "alignment might be" or "alignment may be".
However, in the Cochrane review of published randomized controlled trials (RCTs) by Wang et al. [8], no difference in the speed of tooth alignment could be shown after using one initial aligning arch wire over another.
But he said he was not disappointed, because he thought the defense tackled well and matters of alignment could be fixed with more coaching and more practice.
The difference is that this political alignment could be dominant in Israel for some time to come.
That alignment could be tested next year when the Detroit companies negotiate a new contract with the U.A.W.
It was found that the density of the CNTs could be remarkably increased and the alignment could be improved with the decrease of the thickness ratio of Ni Cr.
The scaffold, which was prepared by electrospinning a shape memory polymer (SMP), was used to test the hypothesis that a shape-memory-actuated change in scaffold fiber alignment could be used to control the behavior of attached and viable cells.
People think this is too simple to be of value, but poor alignment could be the culprit for a third of all the unhappy results in a golfer's average day on the golf course.
In total, 18,597 nonredundant markers (Table 1) were used to do Blastn searches against the D-genome pseudomolecules, and 79,481 sequence alignments could be aligned to the D genome.
Furthermore, the concept of self-alignment could be extended to other interfaces and utilized for the formation of novel devices19,20,21,22,23,24,25,26, which rely on such aligned crystals (for example, resonant tunnelling diodes27).
This method of synthesis and self-alignment could be useful for the preparation of patterned materials at the nanometer scale.
The distribution of pits on all surfaces was random and no preferred alignments could be discerned.
