A practical application is a specific technique for practical use of a theoretical method.
A practical use of a CT-AC method as proposed in this study by potential future PET/MR users will require the registration to be performed based solely on the images available.
The current practical use of our method is as a component of a system that ranks mutations by their potential importance in the context of cancer genome analysis in a preclinical environment.
Of these, two are linked, with one addressing the theory [ 4] and the other discussing a practical use of the method [ 4].
The immediate practical use of this method could help protect D. melanogaster from an unintended species wide Medea transformation if combined with underdominance for testing in the lab.
Although our studies have been successful to a certain degree, advancing to clinical applications, the strategy for practical use of this method has to be changed, because the environment surrounding bone regenerative medicine has evolved dramatically.
Irradiation of TiNi shape memory alloys with a microsecond low-energy (10 30 keV), high-current (10 25 kA) electron beam in surface melting modes induces microcrater formation, which limits the practical use of this method of surface modification.
The practical use of the method is demonstrated with double-sector and single-sector sedimentation velocity experiments, and with analytical electrophoresis experiments.
In particular, the application of differential evolution algorithm to minimization of makespan, flowtime and tardiness in a flow shop manufacturing system is given in order to illustrate the capabilities and the practical use of the method.
The practical use of the method is illustrated through the design chart, which enables preliminary selection of column spacing and encasement stiffness to achieve the desired settlement reduction for the selected set of the soil/column parameters.
Using the AKR spectrogram observed by the KAGUYA, the practical use of the method was demonstrated.
