In addition, nano-based techniques may become extremely important in meeting increasingly stringent water quality standards, especially for removal of emerging pollutants and low levels of contaminants.
However, these techniques may become routine with the advent of new technology and further research.
Active control falls among the most feasible techniques for vibration suppression in rotating structures, where passive techniques may become ineffective or impractical.
MAS techniques may become invaluable tools in the structure determination of such proteins.
These techniques may become part of eNSS approach for upper tract TCC in the future.
The combined determination of X chromosome mosaicism by molecular and molecular-cytogenetic techniques may become useful for the prediction of SM in TS.
Therefore, they have been included in our research as this technique may become the algorithm of choice for both PCM and QSAR.
This technique may become a new treatment modality for bacterial infections.
As cutting balloons have recently become available in larger sizes, up to 8 mm, this technique may become an option for treatment of stenoses in adult-sized arteries.
Such ferromagnetic-oxide based Josephson junctions may become an element in the architecture of future quantum computers.
However, implementation in a new department would require additional equipment, and thus the MLC based techniques are likely to become predominant.
