Sentence examples for analytical quantities from inspiring English sources
The process of assay development requires synthesizing analytical quantities of isotopically-labeled peptides and determining the unique pairs of transitions between parent and product ions of proteotypic peptides with the amino acid sequence non-recurrent in other proteins [2].
From the comparison it is easy to observe that the mean and the variance of the numerical simulations are in good agreement with the corresponding analytical quantities, even if the numerical probability density is not perfectly normal, due to relatively small higher-order corrections that have been neglected in our first-order perturbative approach.
A major limitation of this method, as with all 2D SDS-PAGE based methods, is that it cannot reliably visualize or produce analytical quantities of low abundance proteins that are present in less than 1000 copies per cell.
If mAbs cannot be made, single chain fragment variable reagents from phage display libraries could be used (15 ); Analytical quantities of functional protein, obtained by purification from bacteria, in vitro translation, baculovirus infection of insect cells or other methods; and A functional assay for protein activity.
In this paper we have restricted our focus to the estimation of the meta-analytical quantities τ, I and the overall mean parameter θ, as well as providing confidence intervals for the latter two.
Most size-based separations of nanometer and submicrometer particles are currently limited to analytical scale quantities (<100 μg).
The difficulty of analytical separation, quantities, and purity needed for both in vivo and in vitro experiments have limited the progress of toxicity studies examining individual HBCD stereoisomers.
This paper systematically compares three diverse approaches for risk analysis under deep uncertainty (qualitative uncertainty factors, probability bounds, and robust decision making) in terms of their representation of uncertain quantities, analytical output, and implications for risk management.
Introducing a general parametrization of this quantity, analytical equilibrium solutions are derived that still posses this freedom.
A fit of the viscoelastic material properties is performed providing analytical expressions for these quantities over a wide range of frequencies.
Because of the features of the analytical solutions, the derivative quantities of importance, such as electric field, charge distribution, and force, have the same order of accuracy as the solved potential field during postprocessing.
