The phrase "alignment allowed us" is correct and usable in written English.
You can use it when discussing how a certain alignment or agreement has enabled a group or individual to achieve something.
Example: "The strategic alignment allowed us to streamline our processes and improve overall efficiency."
Alternatives: "alignment enabled us" or "alignment permitted us".
Sequence alignment allowed us to identify isolates at the genus level and, in some cases at the species level (Table 1).
The time of microtubule alignment allowed us to temporally register collisions and extend the time course of the acceleration analysis.
This alignment allowed us to create a virtual consensus genome sequence of MTBC, reflecting all genetic information from various lineages.
A simple conservation analysis of the amino acids based on this multiple alignment allowed us to compute conservation, quality and consensus annotation for a specific region.
In the case of the PepI/PepR/PepL family, protein 3D-structure alignment allowed us to more clearly distinguish the peptidase subfamilies and an esterase family EstA.
Analysis of the core region alignment allowed us to assess whether the most highly conserved region of these ribozymes resulted in essentially the same tree as when the more variable regions were included.
The clustered alignment allows us to uncover sets of genes that are disrupted in a similar manner by the knockout, even when their expression profiles are quite different.
However, the existence of an alignment allows us to compare π with π ⁁ d, and Figure 6 shows a sliding window analysis for both quantities.
The use of advanced phylogenetic methods and robust structure-based multiple sequence alignments allowed us to obtain a more accurate picture (in terms of probability of the tree topologies) of the evolutionary affinities between double-stranded RNA and positive strand RNA viruses.
As reported earlier [7], only the combined use of specialized software to detect a helical cytokine fold [4], other protein sequence filters (length, secretion signal, sequence clustering into a novel family), and manual knowledge-based multiple sequence alignments, allowed us to identify these family members as novel helical cytokines.
Simulated alignments allowed us to fix the alignment length, the evolutionary model, and its parameters.
