Sentence examples for manipulate capability from inspiring English sources

We therefore used Mathematica to plot the gene-regulation function overlaid against the corresponding smoothed experimental data for each variant and used the Manipulate capability to alter the values of the five parameters manually and to assess the goodness of fit to all the variants visually.

If areas of tumour with a high α/β could be targeted based on genetic mutations that impair DNA repair capability, and this capability manipulated to decrease the α/β ratio, the tumour may respond more effectively to hypofractionated schedules.

In particular, Java dispensed with lower-level features, including the ability to manipulate data addresses, a capability that is neither desirable nor useful in programs for distributed systems.

"Routine travel among the stars is impossible without new discoveries regarding the fabric of space and time, or capability to manipulate it for our needs," he said, adding, "By my read, the idea of a functioning warp drive remains far-fetched, but the real take-away is that people are thinking about it — reminding us all that the urge to explore continues to run deep in our species".

No other technology allowed the flexibility and capability to manipulate large amounts of genetic sequence data.

The refractive index contrast (Δn) mainly affects the capability to manipulate the BSW.

Optical tweezers and OET take advantage of this capability to manipulate multiple targets at the same time [16],[16].

Trump has a cunning capability to manipulate the present media culture, which is practically tailor-made for someone like him.

The capability to manipulate and alter the various organisms has been one of the supreme achievements of modern molecular biologists.

Introduction of exogenous genetic material into glial cells is a powerful technique that provides the capability to manipulate and understand glial cell behavior under various experimental conditions.

Moreover, the capability to manipulate the mouse genome will allow the generation of mouse models of genes potentially involved in bilirubin metabolism that are expected to improve the comprehension of the mechanisms of UCB toxicity and protection.