Sentence examples for most extensive evaluation from inspiring English sources

During the summer of 2011, a geophysical survey with subsequent magnetic anomaly testing was conducted in Northwest Iberia, in the province of Galicia, Spain, the most extensive evaluation of its kind to be performed on a Castro Culture hill fort with distinct Bronze and Iron Age occupations.

MPC and PID algorithms have undergone the most extensive evaluation through clinical trials, with 14 and 6 studies, respectively.

Sato et al. provided the most extensive evaluation of different 14-3-3 14-3-3 14-3-3n analysisoforms-3-3 effects on parkin function.

While RT-PCR and microarrays are commonly used to assess transcriptomic activity, whole-transcriptome high-throughput sequencing (RNA-Seq) provides the most extensive evaluation, with a wide dynamic range and higher sensitivity [ 3, 4].

In the most extensive evaluation of bile acid kinetics to date in age- and BMI-matched subjects with type 2 diabetes (31), a higher rate of total bile acids synthesis, driven by an elevated rate of cholic acid synthesis and subsequent conversion to deoxycholic acid, was noted.

In one of the most extensive evaluations of ESI reliability in pediatric patients, 40 case scenarios and 100 actual patients were evaluated in each of five research sites.

The most extensive independent evaluation of academies, published last year by PricewaterhouseCoopers, concluded that results had gone up in academies, but so had the intake of middle-class pupils.

The most extensive independent evaluation of predictive policing so far, the RAND report, is lukewarm about even the most sophisticated predictive methods, stating that "increases in predictive power have tended to show diminishing returns".

Currently, the most extensive annotative evaluation of plant MYBs was obtained from studies of Arabidopsis.

Of the EGFR-targeting agents discussed in this review, gefitinib has undergone the most extensive clinical evaluation.

For the past three years, researchers from America's National Centre for Atmospheric Research (NCAR) have been carrying out the most extensive and rigorous evaluation to date of a promising rainfall-enhancement technique, called "hygroscopic-flare seeding", that was developed in South Africa in the early 1990s.