The phrase "all sequences in a" is grammatically correct and can be used in written English.
It can be used in contexts related to mathematics, programming, or any field where sequences are discussed, typically to refer to every sequence contained within a specified set or category.
Example: "In our analysis, we will consider all sequences in a given dataset to identify patterns and trends."
Alternatives: "every sequence within a" or "all series in a".
Mean Pearson coefficient shows the cross-correlation or linear dependence of all sequences in a set.
To this end, we have designed SymSSP, an algorithm that post-processes the predicted secondary structure of all sequences in a multiple sequence alignment by (i) making use of the alignment's evolutionary information and (ii) re-introducing most of the information that would otherwise be lost.
The lengths of alignments were also trimmed so all sequences in a given alignment were the same length.
However a proteolytic peptide may not have an overlap with all sequences in a cluster (Fig. 2a c).
In addition, it does not generate multiple sequence alignments for all sequences in a dataset which would be necessary for doing many analyses.
Additionally, we introduce a concept: the most valuable feature of sequence similarity networks is not the optimal or most accurate display of sequence similarity, but rather the flexible visualization of many alternate protein attributes for all or nearly all sequences in a superfamily.
This algorithm is based on the method developed by Nei and Gojobori [23] and it performs pairwise comparisons of all sequences in an alignment.
The conserved positions in all sequences in an alignment are generally important for the stability, folding or function of the protein domain.
In an investigation into the proportion of artificial and natural duplicates in pyrosequenced metatranscriptome data, Niu et al. reported that as much as 60% of all sequences in an early metatranscriptome data set were likely natural duplicates [ 9].
To process S we concatenate all sequences in S into a long string denoted S ¯ with unique separator symbols $1,...,$ r -1 between the r sequences.
For every genome, three sequence concatenations were produced by adjoining all the sequences in a DNA category.
