Sentence examples for the broad concentration from inspiring English sources

However, the diversity of primary and secondary metabolites and the broad concentration ranges encompassed during typical biotechnological processes means that simultaneous extraction and robust analytical determination of all parts of interest of the metabolome is effectively impossible.

Offline SPE and LC-ESI-MS/MS method was developed in the broad concentration range (saliva 0.4 1000 ng/mL, urine 0.8 4000 ng/mL).

At the same time, KI (in concentrations ≤25 mM) did not reveal any toxic effects to membrane lipids and even it was protective in the broad concentration range [ 13].

The second step association equilibrium CuCl+ + Cl− ⇌ CuCl02 is then shown, from the visible absorption spectra, to predominate over a broad concentration range in the solutions of CuCl2 in DMSO.

The first step association equilibrium Cu2+ + Br− ⇌ CuBr+ has then been shown, from the visible absorption spectra, to predominate over a broad concentration range in the CuBr2 solutions in DMSO.

While VP spectroscopy enabled the acquisition of absorbance data for a broad concentration range, PLS modelling allowed for the differentiation between the protein species.

Moreover, the ability of a substance to induce a toxicological response is better understood by analyzing the response profile over a broad concentration range than by evaluating effects at one or a few concentrations.

4 Although useful, these data are very heterogeneous in terms of the origin of blood and the quality of methods, resulting in very broad concentration ranges with little statistical value.

In CSTR experiments the co-culture showed over a broad concentration range an almost linear correlation in consumption and production rates to the supply with complex nutrients.

The effects of these products at a broad concentration range were tested on Escherichia coli KO11, a strain engineered for cellulosic ethanol production.

The broad carrier concentration ranging from 0.5 to 6 × 1019 cm−3 realized in this work, further leads to a fundamental understanding on the material parameters determining the thermoelectric transport properties, based on a single parabolic band (SPB) model with acoustic scattering.