However the implementation of such methods is much more involved than the standard H-matrix representation.
There are several advantages of the implementation of such methods but mainly they have to do with the lack of interference with the ecology of the ecosystem.
Implementation of such methods to organophosphorus hydrolase being perfect research object that hydrolyzes dangerous neurotoxic organophosphates could intensify development of antidote and protective preparations to treat poisoning.
Research in this field relies on optical measurement methods to characterize ice crystals; however the design and implementation of such methods presently suffer from the lack of reliable and efficient means of predicting the light scattering from ice crystals.
There is a need for easily accessible methods for determining risk assessment in patients with a prolonged QT and guidelines to assist in the implementation of such methods.
The difficulty is that representative starting values for the parameters must be chosen for the implementation of such methods, which the proposed algorithm avoids.
However, the construction, analysis, and implementation of such methods for their use inside an industrial package, including the treatment of a full frequency range and many right hand sides, is still in its infancy and requires a major research effort which fortunately is currently addressed in several research projects world-wide.
However, implementation of such methods can be quite challenging in the context of multivariate exposures.
Although the implementation of such methods requires considerable expertise, the application of such advanced digital imaging techniques can significantly broaden the potential scope of the test, allowing simultaneous evaluation of material parameters for constitutive modeling purposes and of localized stress in the area that eventually ruptures.
Efficient implementations of such methods are available in software tools, [e.g. Maiwald and Timmer (2008); Schmidt and Jirstrand (2006)].
