The phrase "accurate identifiers" is correct and usable in written English.
It can be used when referring to specific terms or labels that precisely describe or categorize something.
Example: "In our database, we need to ensure that all entries have accurate identifiers to avoid confusion."
Alternatives: "precise labels" or "correct tags".
When data do not include well completed or accurate unique identifiers, probabilistic match weights are often used to measure the similarity between records in different files [ 11, 12].
Hence, it is expected that HFC-APSO yields a set of accurate sub-identifiers with different operating characteristics.
The GSC and MIxS standards currently recommend abandoning 'barcode' as a term to address this issue and promote the more accurate 'multiplex identifier' designation, which encapsulates the true function of the sequence tag while removing any ambiguity caused by the other meaning of 'barcoding'barcoding
While authors were 96% accurate in supplying identifiers, minor corrections to formatting were needed in 34% of RRIDs (66% accuracy).
Manual inspection of potentially error-prone terms resulted in organism-dependant lists of ambiguous gene and protein names which are not only required for accurate mapping of identifiers but also for bioinformatics applications like text mining.
Furthermore, since the key identifiers identify all births and neonatal outcomes this process also provides an accurate denominator.
As shown in Table 3, authors of the first 100 papers were 96% accurate when reporting resource identifiers - that is, they used the correct identifier as determined by comparing the metadata supplied in the article with that in the database, accessible via a resolving service (see http://scicrunch.com/resolver/RRID AB_262044).
Records with the PHN may have more complete and accurate information on common identifiers than those without the PHN.
Secondly, records without PHN may have less complete and accurate information on common identifiers than those with PHN.
These results indicate that CCS can be used as an orthogonal analytical parameter alongside the traditional molecular identifiers of precursor accurate mass, fragment ion accurate mass, isotope pattern, and chromatographic retention time as a confirmation of metabolite identity to increase the confidence of identification.
