The phrase "a given sequence belongs" is correct and usable in written English.
It can be used in contexts related to mathematics, computer science, or any field where sequences are discussed, indicating the association of a sequence with a particular set or category.
Example: "In this analysis, we will determine to which set a given sequence belongs based on its properties."
Alternatives: "a specific sequence is part of" or "a certain sequence fits within".
Obviously, if sequences of the taxon to which a given sequence belongs are not present in the analysis, that sequence risks being situated in the wrong place in a phylogenetic tree.
In this study, our aim was to predict whether a given sequence belongs to nucleosomal core sequences or not.
An implication of this particular point is that the frequencies of trinucleotides taken over sufficiently large regions are better predictors than GC of the isochore family to which a given sequence belongs.
Meanwhile, the likelihood of a given sequence belonging to the motif is estimated from the log-odds scores.
A consensus sequence was automatically obtained from this common region, characterised by a minimum size of 200 bases and a divergence between the consensus sequence and any given sequence belonging to the cluster of less than 15%.
Generally, groups have ended up identifying easily the gene to which the given sequence belonged.
Other works have also attempted to discriminate whether a given sequence might belong to a thermophilic or a mesophilic organism (Zhou et al., 2008, for a recent review, and references therein).
In the present study, we refine and extend the concept of "topohydrophobic" positions, by introducing a generalized topohydrophobic index, which evaluates at each position of a given sequence alignment the fraction of amino acids belonging to the hydrophobic group.
For a given sequence, the entries of the 3 × 3 block will be the same if that nucleotide belongs to the consensus pattern (C k ).
We can formalize this observation by calculating the probability of a given generated sequence belonging to the set of test actives.
To predict whether a given amino acid in a sequence belongs to the DNA binding site or non-DNA binding site, the subset to which this residue belongs was labelled as the "test" set, whereas the nine remaining subsets were labelled as "training" sets.
