This pilot study showed that using vector construction by yeast mediated recombination, amplification of transformation cassettes and electroporation can significantly reduce hands-on time and considerably enhance efficiency of deletion mutant construction.
The considerably enhanced thermoelectric efficiency in such devices was attributed to the strong violation of Wiedemann-Franz law by the Coulomb interaction [10] and the significant reduction of κph due to the strong phonon scattering by the interfaces between the nanostructures [13].
Sometimes the geniality of whales even enhanced efficiency.
Instead, it creates enhanced efficiency.
Due to the enhancement of ozone (O3) transformation to hydroxyl radicals by electro-generated H2O2, the E-peroxone process can considerably enhance the efficiency and reduce the energy consumption for the abatement of ozone-resistant ECs compared to conventional ozonation.
The energy efficiency was considerably enhanced by shortening the duration of the discharge pulses, which opens the way for further optimization of the electrical circuit design.
The experimental results showed that SO2 removal efficiency of limestone was considerably enhanced in the present process by increasing Ca/S molar ratio and decreasing the approach to saturation temperature and sorbent size.
They have shown that the efficiency of the FEL considerably enhanced in the presence of the dense plasma.
At the same time, prior knowledge about the CM structure specificity could considerably enhance the processing efficiency and analysis precision due to a considerable decrease in the dimensionality of the parameter vectors involved into the adaptation process [13, 26].
SUMO E3 ligases have been shown to considerably enhance the sumoylation efficiency by bridging SUMO-Ubc9 to specific target proteins [12].
