The phrase "accurate identification for" is correct and usable in written English.
You can use it when discussing the need for precise recognition or categorization of something, often in contexts like research, data analysis, or identification processes.
Example: "The accurate identification for the species is crucial for the success of the conservation program."
Alternatives: "precise identification of" or "correct identification for".
To tackle this identity gap, donors have turned increasingly to iris scans, digital fingerprints and other forms of biometrics to ensure secure and accurate identification for their citizens; from national ID cards to elections and social welfare payments.
But increasingly, governments and donors have turned to digital fingerprints, iris scans, and other biometrics to provide inclusive, secure and accurate identification for their citizens, from national IDs, to elections and social welfare payments.
Cultures relied on accurate identification for survival (taxonomy is the oldest profession!): 1.
The partial rpoB gene sequencing provided an accurate identification for 18 isolates (A1 to M) with similarity >97% compared with reference strains (Table A1).
Taking into account the uncertainty of some data (set forth in Results) and more accurate identification for the key proteins, we collected 57 clinical samples and utilized the immunohistochemistry assay for all 26 proteins.
Indeed, HMSC21 blind‐test correct assignment averages of 99% (fall), 95% (winter) and 92% (spring from Butte Creek) are especially encouraging given the importance of accurate identification for endangered winter and threatened spring run life histories (NMFS 2009).
As is evident from the classification results, the pitch-harmonicity measure allows for more accurate identification of musical instruments for all values of τ n, irrespective of pruning based on acceptable note size.
For accurate identification of a consensus sequence for each cloned TOV genome segment, 5 clones were analyzed for each segment.
The main objective of this study was to provide accurate identification of TSSs for a large number of E. coli K-12 transcriptional units (TUs).
Efficiency of such a therapeutic strategy is well established [ 4], but accurate identification of patients for adjuvant treatment requires appropriate prognostic factors that are not clearly established.
Incorporating these outcomes into the ROC curve analysis allows for more accurate identification of the optimal method for signaling a possible bioterrorist attack.
