Sentence examples for efficiently transformed from inspiring English sources

Silver was shown to be eliminated with an efficiency of 95 99 %, efficiently transformed within less than 30 min to insoluble silver sulfide (Ag2S) which was mostly attached to sludge flocs enabling further filtration in the pilot scale and full scale WWTP.

PML/RARAF52/54E or PML/RARAL73E efficiently transformed primary progenitors ex vivo as assessed by increased clonogenic activity in semi-solid cultures.

This strain can be efficiently transformed with a transfer vector containing the desired gene circuit and the corresponding attP site together with a plasmid encoding the corresponding recombinase.

The vast dome-shaped "biome" which houses the Eden Project's collection of tropical plants is efficiently transformed into a spectacular villain's lair for the next James Bond film, the 20th in the canon.

Such functions and spectra can be efficiently transformed from each other using the discrete Fourier transform (DFT) and inverse DFT (IDFT) based on the cross-correlation theorem.

NADH availability will be increased and its demand will be satisfied, allowing the electron acceptor fructose to be more efficiently transformed into mannitol.

[C2.] Turning Heat Pollution Into Power Scientists at the Massachusetts Institute of Technology and a small Salt Lake City company, Eneco, plan to announce today that they have developed technology that can efficiently transform heat pollution into electricity.

The push is to take advantage of algae's ability to efficiently transform sunlight into lipids that can be relatively easily converted into diesel, gasoline, and possibly even advanced hydrocarbons used to manufacture plastics, chemicals, and other products.

In the hotel business, the flow of goods, services, and information should be designed to efficiently transform raw materials into finished products/services with values.

Commercial fermentation processes have long taken advantage of the synthetic power of living systems to rapidly and efficiently transform simple carbon sources into complex molecules.

Efficiently transforming solar energy into heat requires an understanding of spectrally selective coatings at the atomic, molecular, corrosive and spectrally selective levels.