Valuable features of this method were application of 3-methyl-4-nitro-5-isatylidenyl-isoxazoles as 1,3-dipolarophiles and the design of new hybrid architectures for biological screenings through the adequate fusion of these sub-units of isoxazole and 3,3′-pyrrolidinyl-dispirooxindole, generating drug-like molecules.
This method is applicable to various applications including speech enhancement, source separation, direction of arrival (DOA) estimation, and dereverberation by beamformers and has high versatility.
This method is applicable for clinical applications aiming at the validation of the impact of highly physiologically and pathophysiologically active angiotensin II.
The main part of this method is the application of the coupling loss factor (CLF) of SEA to the boundary condition of PFA in reverberant system.
This method is an application of iZQCs to high-resolution 3D NMR, and is useful for studies of complex samples in inhomogeneous fields.
Note that this method is the application of the projection method of Goldstein [35], Levitin and Polyak [36] to a suitable variational inequality problem, which is among the simplest numerical methods for solving variational inequality problems.
Finally, this method is illustrated by application to a typical squealing disc brake.
This method is a novel application of genetic algorithms to solve the allocation problem and simultaneously ensure quality, speed of the results and randomness of the process.
This method is essentially an application of the simple assumption that there is a linear relation between cell type concentration in a population and its gene expression levels.
Since this method is invasive, its application and extensive use in clinical practice are limited to diagnose and stage liver diseases affecting large segments of the population or to monitor disease progression or treatment effects [ 6].
