Sentence examples for accommodating experimental from inspiring English sources

Aside from accommodating experimental observations that do not fit current mechanistic paradigms, such a surface enables multiple intersecting reaction pathways, pathway funneling, ligand binding energy transduction and kinetic coupling between alternative reaction pathways.

No adjustment or tuning of the rate expressions to accommodate experimental results was attempted.

It has been designed to accommodate experimental radiocarbon ages and their uncertainties at one standard deviation (see 'Chronological data' section).

As discussed in 'General structure of the MySQL database' and 'Chronological metadata' section, a new results table has been designed to accommodate experimental radiocarbon ages and their uncertainties.

We have established a proteomics database, EPICDB (Experimental ProteomICs Database) to accommodate experimental data from the large-scale proteomics exploration of two Apicomplexan organisms; Toxoplasma gondii and Cryptosporidium parvum.

In brief, the core of DCM distinguished from conventional approaches such as SEM and GCM is that it attempts to model neuronal interactions instead of signals [ 15] and explore the estimation problem according to the designed perturbations that accommodate experimental inputs.

The software includes state-of-the-art statistical machine-learning algorithms and bundles them in a consistent framework, accommodating any experimental designs and quantitation strategies.

Mathematical models are consistently improved or modified by accommodating new experimental data with the current models, thereby enhancing the validation of metabolic networks or the prediction of their dynamic behaviors[ 1, 2].

While the specific configuration of the apparatus described here was designed to answer particular experimental questions, it can be modified in various ways to accommodate different experimental designs.

This opinion identifies inconsistencies in the generally-accepted surface biophysics involved in contact activation of blood-plasma coagulation, reviews recent experimental work aimed at resolving inconsistencies, and concludes that this standard paradigm requires substantial revision to accommodate new experimental observations.

By concentrating on the necessity of fitting together the experimental data, he was led to the formulation of an empirical law that satisfied Wien's thermodynamic criteria and accommodated the experimental data.