Sentence examples for multiple reference structures from inspiring English sources

Specifically, a molecule is more likely to be active the more frequently it is retrieved in multiple similarity searches using a single reference structure or in multiple similarity searches using structurally similar multiple reference structures.

A notable strategy for similarity searching is data fusion (DF) that utilizes multiple reference structures to search against a database.

GF involves searching multiple reference structures against a database using a single similarity measure, and the output is obtained by combining the rankings resulting from these different reference structures.

It is also our intention to use data fusion to combine the results of BIN searches using multiple reference structures since it is easy to extend a network to incorporate different sources of evidence (such as that from different reference structures).

For a given query molecule, its target profile is generated by similarity searching against the ligand sets assigned to each target, for which individual searches utilizing multiple reference structures are then fused into a single ranking list representing the potential target interaction profile of the query compound.

Furthermore, we introduce the concept of using multiple reference structures simultaneously, and incorporate stereochemical quality checks in its calculation.

A multiple reference structure [1] is considered to improve coding efficiency and error resilience.

Using multiple bioactive reference structures has been studied by several authors [6 14].

Although specific details are lacking, the aligner uses a suffix tree to find related reference sequences and that the actual alignment step uses multiple reference sequences and secondary structure information to carryout the alignment.

There are, however, cases where several equivalent reference structures are available, e.g. structural ensembles generated by NMR, crystal structures with multiple copies of the protein in the asymmetric unit (non-crystallographic symmetry) (e.g. target T603 in CASP9), or independently determined X-ray structures for the same protein at different experimental conditions.

The authors also introduce a multiple reference scoring scheme by creating a frequency-weighted fingerprint from many reference structures.