Sentence examples for highest frequency of usage from inspiring English sources

In the first analysis, we defined a performance metric based on all possible grasps by the human hand, while in the second analysis only the top grasps with the highest frequency of usage were considered.

Preferred codons within groups delineated by the clustering methods described above were identified as having the highest frequency of usage within each separate group.

TCR BJ1-1, 1–2 and 3 7, which are located on the edge of the porcine TRBD-J-C clusters, showed a high frequency of usage when the expression of the detected TCR BJ segments was determined26.

Higher frequency of usage should also reduce churn for subscription-based services.

We think it is unlikely that reduced translational efficiency is the explanation as the leucine encoded by the mutant TTG codon has a higher frequency of usage in the human genome than the wild-type TCG codon [ Guigo, 1999].

It was interesting to note that the first base of triplet-codes in both aphid species had highest frequency of G/C usage (or GC content) followed by second base and then the third base.

Furthermore, students from the independent group had higher frequencies of usage for these categories than the traditional laboratory group but lower frequencies than the research-based course group.

Given the high frequency of PFT usage for the diagnosis of obstructive lung disease, this observed decrease in cost results in a substantial savings at a population level.

The highest frequency of M-PE bearing surface use was in the Northeast (72%), and the highest frequency of M-M bearing usage was in the South (37%), while C-C bearing usage was fairly consistent across the four US census regions (4%–5%) (Fig.  3).

In a comparison of genome-wide codon usage between the same N. tetrasperma mat A strain we study here and the outcrossing species N. discreta, the authors found that N. tetrasperma has a higher frequency of optimal codon usage.

These factors (higher frequency of T-rich codons and unequal usage of synonymous codons with bias against C-rich codons) correlate with the high percentage of A+T content in the nucleotide composition of protein-coding genes (A+T content of 69.6%, 76.9%, and 77.8% for C. robustus, W. siamensis, and H. longissimum, respectively; Table 2).