"efficiently generated" is a grammatically correct and commonly used phrase in written English.
It can be used to describe something that has been produced or created in an efficient and effective manner. Example: The company's new strategy has efficiently generated a significant increase in profits over the past quarter.
Furthermore, the secret keystream can be efficiently generated by a keystream generator of stream ciphers.
LY-treated cells showed reduced differentiation efficiency, whereas both ADE and recovered LY-treated ADE efficiently generated hepatocytes.
Interconnecting grids internationally would permit the generation and transfer of electricity at least possible cost, which would not only ensure efficient utilization of natural resources, but also access to tapping efficiently generated power across international boundaries.
Recently, two groups have efficiently generated transgenic cattle by cytoplasmic injection using two transposon systems (Sleeping Beauty and piggyBac 24, 25.
These cell factories can be efficiently generated by constructing libraries of diversified genomes followed by screening for the desired phenotypes.
Optical telecommunication is usually conducted with infrared light in the wavelength ranges of 0.8 0.9 μm or 1.3 1.6 μm wavelengths that are efficiently generated by light-emitting diodes or semiconductor lasers and that suffer least attenuation in glass fibers.
Furthermore, these islands were found to be efficiently generated by both lateral contacts and mechanical constraints applied to the main body of the microtubules.
The broadband blue-shifted dispersive waves (DWs) are efficiently generated by the diffraction-arrested solitons in a photonic crystal fiber (PCF) designed and fabricated in our laboratory.
The collagen-entrapped stem and progenitors actively expanded and efficiently generated neurons, which developed neuronal polarity, neurotransmitters, ion channels/receptors, and excitability.
Unlike existing approaches that would experience an explosion in complexity to solve this problem, we efficiently generated numerous alternate strain designs producing succinate, l-glutamate and l-serine.
Sufficient failure samples are efficiently generated in each subspace using Markov Chain Monte Carlo method, which guarantees the accuracy of FPF approximation over there and ultimately over the entire design space.
