Sentence examples for predominantly fully from inspiring English sources

Basic fatigue crack growth data both in the range of stable crack propagation and near the threshold have been experimentally determined for the heat-treated railway axle steels 25CrMo4 (Eand) and 34CrNiMo6+QT under constant and variable amplitude loading at relevant stress ratios (predominantly fully reversed load cycles, R = −1).

Furthermore, irrespective of glucosidase inhibition, the Ngly1p-dependent fOS pools are predominantly fully mannosylated whereas the Ngly1p-independent pools comprise oligosaccharides containing mainly 8 residues of mannose.

Although it is not clear which if any of the presently described ERAD processes could be at the origin of the Ngly1p-generated oligosaccharide pool(s) observed in our study, the predominantly fully mannosylated status of these fOS differentiates them from the Ngly1p-independent fOSGN2 containing 8 residues of mannose.

As shown in Fig. 4, the DOP of the SH signal from starch is approximately unity, indicating that the SH signal from starch granules is predominantly fully polarized regardless of the illuminating polarization state.

For the purposes of this study, the phenotypes of TEMRA+ and TEM cells as described above would predominantly define fully differentiated memory cells that are CD27− but IL-7Rα+.

Interestingly, cryptochromes, which predominantly contain fully oxidized FAD (or one-electron-reduced FAD–), have an aspartate (Asp) instead of an Asn at this position.

Southern blot analyses of individuals failed to detect the presence of the isomeric form for any species (Tsumura et al. 2000), indicating that the genomes exist predominantly or fully in one arrangement within a single plant.

In the co-immunoprecipitation study, CPBF1 was pulled down predominantly with fully processed mature forms of native EhCP-A5 (Fig. 3A); however, we also showed, using subcellular fractionation, that CPBF1 co-fractionated with the pro-forms of native EhCP-A5 (Fig. 3E).

If the visual cue i.e. was presented on the left side of the computer screen and the participant was predominantly or fully weight supported on the equivalent leg (left leg) then the RT would be slower compared to if the participant had an equivalent weight distribution on the legs.

The net effect of an increase of the electric field strength, particle concentration, or particle conductivity is an increase in elasticity, i.e. predominantly creation of fully connected particle strings.

While lipidation did not reach 100%, the spectrum predominantly reflects the fully lipidated species because the minor population of incompletely modified protein is dispersed into subpopulations with minor signals.