Sentence examples for more complex targeting from inspiring English sources

Although we have detailed information about how the active site defines histone residue specificity for these enzymes [ 20– 26], additional and more complex targeting and regulatory mechanisms must underpin the genome-wide methylation patterns observed in vivo.

Furthermore, the number of syllables in the target word and target word's complexity influence children's accuracy, as longer and more complex target words are less accurately produced.

The generality and simplicity of the approach is important in extending electron-scattering calculations to more complex targets than it is possible with other methods.

Future work will deal with more complex target models and the development of associated imaging algorithms based on the monostatic SAR processors presented in [19, 20] where subspace approaches are used to integrate complex target model in monostatic SAR processing.

It is found that achieving active dispersion without absorption other a worthwhile bandwidth can be more difficult than achieving active absorption due to the more complex target impedance that the controller needs to learn.

Tau is a more complex target than Aβ in that the monomer protein is much larger than Aβ, is represented in different isoforms in different diseases, is present in lower amounts and has a distinct anatomic spread throughout the brain as the different diseases progress.

As chemists and biologists pursue more complex targets, it is necessary to increase the sophistication of our SAR analysis.

Humphrey FDT Matrix perimeter is a contrast threshold psychophysical test with a more complex target than the standard threshold automated perimetry.

Addressing point 2 is a little more complex since targeting motor proteins may compromise cilium formation.

Steady-state analyses suggest that, to increase butanol yield, alterations in the expression of single solvent-associated genes are insufficient; a more complex approach targeting two or more genes is required.

By varying gene expression level in silico, we infer that, to increase butanol yield, alterations in the expression of single solvent-associated genes are insufficient; a more complex approach targeting two or more genes simultaneously is required.