In quantitative predictions, the standard deviation of ensemble predictions has been found as the most accurate measure distance in a recent benchmarking [3].
In cancer screening, the most accurate reference standard test is biopsy followed by pathological confirmation of disease.
As internal standards (IS), BDE58 and C-BTBPE were used on the 60-m column and C-BDE209 was used on the 15-m column, even though C-BDE209 was reported not to be the most accurate internal standard for DBDPE because of their different response factors [ 22].
Furthermore, turbulence model had significant influences on the accuracy of numerical results, where Realizable k-ε and SST were the most accurate turbulence models, and standard k-ε and RNG k-ε models were the second accurate ones, but BSL was not recommended for wind resistance design.
To summarize, although all six models produced unbiased point estimates, the fixed- and mixed-effects models using patient-level data provided the most accurate estimates of the standard error of β ^ 1 given large ICC values, hence should be used in the analysis of multicentre trials when the ICC was nontrivial or unknown to control type I and type II error rates.
In addition, CBCT was the technique most accurate in comparison to gold standard, i.e., histology.
However, it is essential to create a standard for the most accurate algorithm for estimation of the renal function that should be used.
The authors suggest using routine blank analysis, matrix spike recoveries and isotopically-labeled standards for obtaining most accurate results when analyzing different water matrixes.
This is in agreement with some reports adopting a strict standard to obtain the most accurate homocysteine concentration [ 24].
The most accurate (within 10% of the gravimetric gold standard) and most reproducible (< 5% between-test variation) are also, unfortunately, the most expensive and most difficult to implement for purposes of large-scale clinical trials or for routine clinical practice.
