Sentence examples for generating highly efficient from inspiring English sources

The very-high-temperature reactor (VHTR) is a promising Generation-IV reactor design given its clear advantage regarding the production of massive amounts of hydrogen and in generating highly efficient electricity despite the fact that a material challenge remains at a high temperature of around 950 °C, where hydrogen production is possible under high pressure.

We have developed Oligopaints [ 1], a PCR-based method for generating highly efficient FISH probes from complex DNA libraries.

However, our experiments suggest that directed evolution will not succeed in generating highly efficient enzymes unless the second/third shell protein residues and the allostery between amino acid and tRNA substrates are also considered.

Biomass gasification integrated with Solid Oxide Fuel Cells (SOFCs) offers a tremendous opportunity to generate highly efficient power in sustainable and environmental friendly manner.

The accuracy of the position 16 mismatch was corroborated by subsequent analysis in which a pri-miRNA based on miR-122 containing position 16 nucleotide mismatches also generated highly efficient allele-specific atxn7 silencing.

These ditags could be rapidly self ligated even at 4°C to generate concatemers in a controlled manner, which in turn enabled us to generate highly efficient SAGE libraries.

The EGS-based technology represents a unique approach for gene inactivation since it utilizes endogenous RNase P to generate highly efficient and specific cleavage of the target RNA [ 12, 13].

Reactive immunization has proven to be an efficient approach to generating highly proficient catalytic antibodies with unusually broad substrate scope.

This study provides an efficient method for obtaining a high-yield of EBECs and for generating highly differentiated cultures.

The supramolecular enzyme mimics can be readily constructed by self-assembly which is an efficient strategy for generating highly-ordered structures with complex and hierarchical architectures to mimic the biopolymers.

One critical advantage of utilizing microfluidic flow-focusing channel over conventional emulsification methods using mechanical agitation (e.g., sonication) in making droplets is the ability to generate highly monodisperse droplets and efficient control their size.