Sentence examples for more rapid generation from inspiring English sources

These findings are consistent with the notion that eukaryotic TFs may generally have small binding sites to allow more rapid generation of new regulatory modules from random mutations; similar arguments can be made regarding the high frequency of turnover and shuffling of regulatory sequences in organisms ranging from yeast to vertebrates (Weirauch and Hughes 2010 and references therein).

In the case of uniform strain-controlled cyclic tests, larger strain amplitude produced more rapid generation of excess pore pressure.

Two methods are adapted to MVA BAC to provide more rapid generation of markerless recombinants in weeks rather than months.

This report describes a novel system for the more rapid generation of recombinant fowl adenovirus genomes using the lambda Red recombinase system in E. coli DH10B.

Thus, agents that accelerate cell differentiation might be useful for a more rapid generation of human iTregs ex-vivo.

Recombination-mediated genetic engineering (recombineering) of this construct [54], [55] permits more rapid generation of mutants for analysis than can be achieved by traditional methods, with the possible exception of host-range selection on rabbit cells using K1L [57], [57].

Supplemental to the simpler and more rapid library generation, we established the utility of the Illumina MiSeq in targeted DNA methylation analysis.

We conclude that although Cl− channels are not required for platelets to expose PS in response to increased [Ca2+]i, they have a novel role in supporting platelet PS exposure by promoting Ca2+ entry, resulting in more rapid thrombin generation.

Here we demonstrate in proof-of-concept experiments that MVA-BAC recombineering is a viable route to more rapid and efficient generation of new candidate mutant and recombinant vaccines based on a clinically deployable viral vector.

The worldwide development of integrated circuits has become more rapid, and a new generation seems to emerge almost every 3 years.

The first transgenic fish was developed in 1984, and since then, continuing technological advancements to improve gene transfer have led to more rapid, accurate, and efficient generation of transgenic animals.