Sentence examples for predicted to be fully from inspiring English sources

University-educated Nordics (in 11 15 years) and Westerners (in 21 25 years) as well as Eastern Europeans with secondary school (in 16 20 years) are predicted to be fully assimilated according to the static model.

From this subset, cDNA sequences and translated amino acid sequences were aligned and subsequently Perl scripts were used to downselect sequences that were predicted to be fully in frame and beginning with a start codon.

This position, situated within the putative helix 1 of the E6N domain, is predicted to be fully exposed to solvent and therefore ideally positioned for participating in protein-protein interactions possibly important for p53 degradation.

In all of these alleles, the zinc-finger domain is predicted to be fully incapacitated or deleted, and hence we attribute any phenotypic differences to different functions of each isoform rather than to different allele strengths.

In general, for mammals, ~75% of their signaling proteins are predicted to contain long IDRs (> 30 residues), about half of their total proteins are predicted to contain such long IDRs, and ~25% of their proteins are predicted to be fully disordered [ 25].

For example, nearly 75% of the signaling proteins in mammals are predicted to contain long disordered regions of more than 30 residues, approximately half of their total proteins are predicted to contain such long disordered regions, and approximately 25% of their proteins are predicted to be fully disordered.

In the case shown in Fig. 3b, three genes (590, 600 and 610) are predicted to be inside a fully methylated region.

Taking the glass transition temperature as the critical temperature of fracture for the Zr-based MG, the critical shear offset is predicted to be approximately 190 μm, fully in line with the experimental observation.

In wOo PleD, however, the original N-terminal REC lacks this key Asp residue and is further predicted to be physically separate from the fully conserved GGDEF domain.

These mechanisms are dangerous threats to the integrity of deep subsea assets, and it is noted that such root causes of failure as witnessed or predicted have yet to be fully appraised.

Although many miRNAs have already been identified, their predicted target genes need to be fully researched and functionally characterized.