Sentence examples for sequence will tend from inspiring English sources

Predictions based on very short sequence will tend to be more non-specific and those with large number of residues more restrictive.

Since a substitution process that operates independently at each position in the sequence will tend to explore the majority sequence space, sequences that currently represent binding sites are much more likely to move away from these regions of sequence space than to remain in the relatively small regions of sequence space that represent binding sites.

As these two species are more distantly related than X. laevis and X. muelleri are to each other, it is reasonable to assume that these sequences will tend to be conserved in X. muelleri as well (no X. muelleri genome information is available), and thus their expression pattern will not be confounded by sequence divergence.

The score of recombined sequences will tend to have larger score than the simulated clonal sequences because richer in conflicting phylogenetic information.

By contrast, if ciliates with similar sequences preferentially occupy one given depth or one given location, their sequences will tend to form clusters which exclusively group sequences from that given depth or location.

In this sense, robust sequences will tend to have low (strongly negative) values of D. By contrast, sequences under strong structural constraints will tend to have increased variance, as even single nucleotide mutations may bring about notable changes in the structural profile, and their robustness will therefore be decreased.

Low allowable sequence differences will tend to split real alleles into separate clusters, or putative loci, creating false homozygosity.

These differences in filtering threshold among experiments are due to both sequencing depth and variability within the data; in particular, experiments with greater sequencing depth will tend to have higher filtering thresholds, and those with greater variability will tend to have lower filtering thresholds.

We conclude, therefore, that the number of duplicates found in the S. cerevisiae reference strain is broadly in line with previous studies, whereas the number found in the more poorly sequenced strains will tend to be underestimates.

Since TGs may or may not produce proteins, they cannot be grouped based on similar protein signatures, but the BLAST tool can be used to find highly similar nucleotide sequences that will tend to have similar function.

For example, in Figure 1, sequence-based approaches will tend to assign z to the homologous family, { w, x, y }, because genes w and z share a homologous domain.