The phrase "a standard identifier" is correct and usable in written English.
It can be used when referring to a commonly accepted or recognized way to identify something, often in technical or formal contexts.
Example: "In our database, each entry is assigned a unique, a standard identifier to ensure consistency and easy retrieval."
Alternatives: "a conventional identifier" or "a recognized identifier".
The technology used brief sequences of DNA to establish a standard identifier for a given species so that future specimens could be easily identified.
This identifier is defined by a Universally Unique Identifier (http://tools.ietf.org/html/rfc4122), which is a standard identifier used in most software tools.
For consistent integration of different PPI databases, we mapped identifiers (IDs) used by each database to the corresponding UniProt accession number (AC), giving us a standard identifier over our integrated dataset.
When one of these putative peptidases becomes characterized, the identifier will be replaced with a standard MEROPS identifier.
Therefore, one can identify the parameters of the lifted model using a standard recursive identifier applied to the embedded input/output data.
The Blue Obelisk project JNI-InChI [60] was established in 2006 to solve this problem by using the Java Native Interface framework to provide transparent access to the InChI library from within Java and other Java Virtual Machine (JVM) based languages, supporting the wider adoption of this standard identifier by the chemistry community.
Cross-references that break over time will require updating in future translation operations, but using more standard identifier types, such as accessions, will likely improve the longevity of the data.
Clicking on a marker opens a callout that contains a short description of the selected entity, standard identifiers and hyperlinks to external databases; internal hyperlinks to related module maps; and a link to the corresponding annotation post in the blog.
The database also contains a target dictionary that allows users to browse target components by standard identifiers like UniProt accession code as well as NCBI taxonomy.
The use of standard identifiers for classes and relations in ontologies is a key component in enabling data integration across multiple databases, because the same identifiers can be used across multiple, disconnected databases, files or web sites.
The BioPAX specification contains a number of best practices and constraints that cannot be formally defined in OWL (e.g. regarding external ontology terms, standard identifiers or the constraint that each side of a transport interaction must contain participants from different cellular compartments).
