Sentence examples for database using a single from inspiring English sources
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.
Records can be updated, customer databases can be dumped to text files in their entirety, or malicious attackers can simply choose to delete the whole database using a single command.
Hospital staff can access via the intranet the common patients' database using a single user interface for measurements, data analysis and retrieval of patient records.
These PSSMs were then used as scoring matrices to search against the lower other_node database (target database), using a single iteration of PSI-BLAST at an expectation value of 1E-05.
Through data abstraction, this federated database system can provide a uniform user interface and enable users to manipulate data in several dispersed databases using a single operation.
Our primary objective is to aggregate all the existing information pertaining to the EBOV genome from various biomedical data sources into a single knowledge base and provide means for integrated access to knowledge from other databases using a single interface to enable knowledge-based discoveries.
Observational measures of children conducted at the schools and parental responses to the various assessment instruments returned in the parent packet will be aggregated into a single master database using a variety of strategies.
Second, the drug activity database was generated using a single assay end point, that is, short-term growth inhibition and cytotoxicity.
Table 1 Different 3-D similarity search (or analysis) scenarios considered Search Scenario Query Conformer model Description A Compound Single conformer Similarity scores for a compound "query" compared to those of the "database" compounds, both computed using a single conformer per compound.
To circumvent such potential pitfalls, we extracted instead all relevant information from TGF-β pathways using a single database, PID, integrating them into a single unified model.
Only by using a single database to collect and disseminate such information can the global antidoping community intelligently coordinate their efforts.
