Sentence examples for are potentially faster from inspiring English sources

In the case of Cemex, management hopes that the new unit can use the stable cash flow generated by its cement business to branch out into areas that are potentially faster growing.

Why it matters: Carbon-­nanotube transistors are potentially faster and more energy efficient than their silicon equivalents, but integrating them into complex circuits has been challenging in part because when researchers grow arrays of nanotubes in the lab, only some of them are the well-formed semiconducting nanotubes that can be used in circuits.

Its first search is the same as that of a version of A∗ that breaks ties in favor of vertices with smaller g-values but many of the subsequent searches are potentially faster because it reuses those parts of the previous search tree that are identical to the new one.

Experimental approaches are direct but typically time-consuming, expensive, potentially subject to artefact, and do not project the full range of biological complexity [ 1], whereas computational methods are potentially faster and more-general, may be less-accurate [ 2], and ultimately require empirical validation.

The observation that∼50% of the conditional mutants we analyzed are potentially fast-acting provides additional incentive to isolate more TS alleles.

Thirteen of the alleles we have characterized here are potentially fast-acting, and we could not make a determination on six others because of either 1) weak or low penetrance defects or, 2) high lethality at the permissive temperature.

Gblocks [ 31] was then used to remove highly variable positions from the alignment, these are potentially fast evolving or poorly aligned regions.

Both types of analyses are potentially fast and sensitive but the SYBR Green I dye is more cost-effective than the TaqMan probe.

Using farm animals to produce drugs is potentially faster, cheaper and more efficient than current industrial methods.

Baxter has been a leader in developing a manufacturing technique that is potentially faster and more sanitary than the standard process, thereby reducing the chances of future shortages.

For large systems this approach is potentially faster since it offers O(N) scaling with respect to the number of atoms in the system.