Many previous studies indicate that, compared to mesophilic AD processes, thermophilic AD generally accepts a higher organic loading rate, more efficient degradation of organic matters [ 7, 8], higher biogas production efficiency [ 9– 12] and better sludge dewaterability [ 13].
Electrochemical methods usually enable more efficient degradation of recalcitrant pollutants than biological approaches, but their treatment performance relies heavily on the applied catalyst and the energy consumption.
We show that if HMT is quite resistant to direct photolysis under vacuum, interactions with water vapor photoproducts, which could happen in inner comae, lead to a much more efficient degradation with formation of HCN, NH3 and other N bearing molecules.
In summary, this study showed the advantage of the recombinant L. plantarum, heterologously expressing the MLE, in terms of more efficient degradation of L-malic acid and better adaption to wine conditions compared to the wild-type strain.
This optimization results in more efficient degradation of incoming (solar) energy through autocatalytic, self-assembly, reproduction, evolution and adaptation processes acting on molecular structures, all of which enhance the order of the system to decrease energy gradients and oppose disequilibrium (in line with second law of thermodynamics).
These results suggest that dJNK signaling accelerates phagocytosis by stimulating more efficient degradation of engulfed particles.
Gole and Gogate (2014) stated that the sequential combination of sonochemical and microwave effects was found to be more efficient for degradation of BG.
Thereby the more efficient pectin degradation by fungal retting (Table 1) can be corroborated by the high polygalacturonase activity present in the enzyme extracts from P. radiata Cel 26 retted fibres (Fig. 3c).
To do this, inhibition of nuclear import could be more efficient than degradation in the nucleus.
We speculate that the PEG moiety of A53C-his-PEG may disrupt enhanced substrate-substrate interactions in the enzyme's local environment, and thereby free individual alginate chains for more efficient enzymatic degradation.
Toluene as a primary substrate has better mass transfer characteristics to achieve more efficient trichloroethylene degradation.
