Advantages of this system include elimination of a laser and associated optics used for sample excitation in fluorescence systems, and a chemiluminescence-based method characterized by an inherently low background, which is ideally suited for an intensified device.
To circumvent the problem of the major DNA contributor masking the minor DNA of a mixture, we propose here a PCR-based method characterized by allele-specific primers capable of targeting DNA sequences, which are unique to the minor DNA.
As a further support of this result, FunPat outperforms all the methods also in terms of NMI score, thus highlighting the ability of FunPat to provide more well-distributed clusters with respect to k-means and the model-based method, characterized by the lowest average NMI scores.
For instance, damping torque based methods characterize the source by the generator with a negative damping torque coefficient, and the energy based methods characterize the source as the generator producing dissipating energy.
Thermography based on measurements of the level of infrared emission of the examined body surface is one of diagnostic noninvasive methods characterized by large sensitivity [ 1– 3].
Papers [39] and [40] introduced the TEF based method for analyzing and characterizing the power system oscillations.
Impact-Echo (IE) is an elastic-wave based method to identify and characterize delaminations in concrete structures.
Furthermore, such laser tweezers based method can be applied to characterize and detect cells of diverse refractive indices caused by any other reason, not limited to apoptosis.
In summary, phylogeny-based methods are characterized by high specificity and BLAST-based methods by high sensitivity.
Since PSK signals are characterized by the phase, cross time-frequency distributions (XTFD) based method is proposed as it is capable of representing the signal phase information [23].
The chapter describes that a long-term analysis is based on data characterized by uniform survey methods on the same sampling grid.
