Sentence examples for entire characterization from inspiring English sources

The worst-case complexity of the entire characterization process is O(P×N2), where P and N are the numbers of primary inputs and latches in the system.

Li et al. [10] characterized two kinds of bicyclic graphs with (n(G)- 6), whereas the entire characterization of graphs with nullity (n(G)- 6), (n(G)- 7), etc. is still unfinished.

Entire characterization tool (spectral, elemental, mass and thermal analysis) was supported a distorted tetrahedral structure, where two water compounds were coordinated with Ag(I) including one phenothiazine and one nitrate group.

Plasmid encoded toxin (Pet) is a serine protease originally described in enteroaggregative Escherichia coli (EAEC) prototype strain 042 whose entire characterization was essentially obtained from studies performed with the purified toxin.

This was preceded and followed by a thickness evaluation using the OCT setup, in order to take into account the dynamic of the cornea whose thickness may evolve over the duration of the entire characterization process (approximately an hour and a half for scattering measurement and OCT imaging).

This study describes the entire molecular characterization of a new reovirus strain isolated from 2 familial ANE patients.

This integration can provide a more profound characterization of entire cellular processes with the additional element of the ever increasing availability of entire genome sequences [ 18, 19].

Here, we show that the thermodynamics of the dynamical complexity that imparts biological function can be largely reconstructed using sequence information alone, allowing thermodynamic characterization of entire proteomes without the need for structural analysis.

Genomics science facilitates characterization of entire eukaryote genomes at the DNA sequence level, but for crop plants with complex genomes such as sugarcane, gene characterization is currently best achieved via expressed sequence tag (EST) analysis where sequence information is restricted to genes that are actually functioning in a particular tissue or situation.

In current clinical practice, invasive ductal carcinoma is always screened using medical imaging techniques and diagnosed using immunohistochemistry. Recent studies have illustrated that radiomics approaches provide a comprehensive characterization of entire tumors and can reveal predictive or prognostic associations between the images and medical outcomes.

Since the adopted temperatures within the entire sample preparation and characterization process were below the melting point of DBS, the DBS additives played a role of only solid nucleating agent, thus the possible effect of a changed miscibility between iPP and DBS on the viscoelastic properties as change of temperature could be ignored.