Sentence examples for pertinent distinct from inspiring English sources

To capture both the temporal and spatial dynamics of biomolecules embedded within complex biological relationships, the most complex models must appropriately integrate all pertinent, distinct measurements of the various Omes.

We used bivariate analysis – a specific subtype of multivariate analysis which, unlike univariate analysis, is not simply descriptive – to test the causal relationship between two clinicopathologic variables - Ki67 and ER/PR status - pertinent to the distinct disease biologies of ILC and IDC (see Discussion).

It is pertinent to note that two distinct subsets of Tregs have been characterized, natural Tregs and inducible Tregs [ 44, 45].

The current distinct lack of pertinent research in this area makes difficult any recommendation regarding universal adoption of these waveform-based technologies.

We found that caudate neurons monitored flexible categorization behavior by providing distinct representation of decision-pertinent variables, from stimulus specific features to more cognitive signals reflecting internal estimates of decision variables.

Top-down processes have been shown to modulate responses in distinct areas of extrastriate cortex pertinent to perception of particular visual stimulus features or visual categories (Chawla et al. 1999; O'Craven et al. 1999; Flowers et al. 2004).

The concentration of pertinent pMHC complexes and costimulatory molecules in these distinct membrane structures culminates in multifocal synapse assembly and stable DC CD8+ T-cell interactions.

Changes in limb proportions are also pertinent to the hypothesis that fossil lobopodians represent two distinct groups.

This is especially pertinent when analyzing tasks that have two or more distinct experimental conditions, as well as a control (baseline) condition in which no stimulus is occurring, typical of many fMRI tasks currently employed.

The objective of the present work is to reveal and provide extensive experimental evidence on the existence of optimum operating conditions as well as on distinct trends of the energy efficiency over the pertinent flow regimes and system configurations.

Distinct advantages and performance challenges for these models pertinent to cell-based assay and their predictive capabilities required for accurate correlations to in vivo mechanisms of drug toxicity are compared.