A counting (or point) process characterizing the considered stream of impulses is described by the product density functions of degree one and two.
By selecting this option it is possible to characterize the dataset considering the following features: (i) the organism abundance and diversity; (ii) gene or protein sequence counts; and (iii) the distribution of the sequences per metabolic pathway.
It would be computationally intensive to compute all the elements of the RS, and therefore only the RS boundary (RSB) extreme points, which well characterize the RS, are considered.
The key points ("A", "B", and "C") that characterize the behaviour of considered nanodevice during its tension are indicated in these figures.
Specifically, there are indicated the project choices that are consistent or not to the application factors that characterize the two concepts considered in this paper.
We further characterize the central proteome considering gene structures, conservation, interaction networks, pathways, drug targets, and coordination of biological processes.
While H-ROG had numerically quantified the hydrophobic compactness (albeit, treating proteins as compact solid), HFD characterized the same considering the symmetry of self-similarity in hydrophobicity distribution within proteins.
Two primer pairs that amplify specific E. coli 16S rRNA sequences and fourteen primer pairs that specifically amplify target gene coding for virulence factors (adhesins and toxins) were employed to characterize the E. coli isolates considered in this study (Table 1).
The input design problem over a time horizon of length N is also investigated, in order to characterize the time complexity of the considered identification problem.
