The phrase "a possible alignment" is correct and usable in written English.
It can be used when discussing potential agreements, arrangements, or connections between different elements or ideas.
Example: "After reviewing the data, we believe there is a possible alignment between our goals and the client's expectations."
Alternatives: "a potential alignment" or "a feasible alignment".
TPG has held discussions with Greylock Partners, another venture capital firm, about a possible alignment, two people said.
Israeli officials have spoken about a possible alignment of their country's interests with those states to arrest both Iran's influence and its nuclear program.
Especially when combined with Paul Heyman's recent cryptic comment suggesting a possible alignment with Reigns and The Shield's savage attack on a virtually defenseless Strowman last week, the recent booking of Reigns WWE perhaps its best shot yet to transform Reigns into Raw's No. 1 villain.
A dot matrix analysis (window size 30 bp and mismatch limit 9 bp) was used for comparing two sequences to identify a possible alignment of characters between the sequences.
Thus, using the seed and extend technique, only sequences sharing common kmers are considered for a possible alignment.
Predicting the behavior of a possible alignment method at this scale may not lead to reliable conclusions.
The ALPS similarity, i.e. the optimal alignment score of the two intervals I and J then is: (5) (6) The maximum in Equation (5) is over all possible alignments A of the intervals I and J and G(A) is the set of all gaps in alignment A. Note that the affine gap cost function (6) penalizes many short gaps more than few long gaps, which is important for our similarity scoring.
We find BWA may be better suited for identifying all possible alignments when a perfect match does not exist for a given query sequence.
ILink proposes word alignments step-by-step and then the annotator accepts or rejects the proposals until all possible alignments in a rubric pair have been completed.
These values were chosen from a permutation test using all possible alignments from lengths 50 100 and percent identity thresholds from 50 to 100, comparing observed to expected values.
We calculate the probability of an alignment A as follows: (1) where θ is the model parameter vector to be trained, i indicates one alignment position and Z T, S) is the normalization factor (i.e. partition function) summing over all possible alignments for a given protein pair.
