Sentence examples for enabling us to quantify from inspiring English sources

A custom Perl script was used to count repeat-spanning read pairs, enabling us to quantify the frequency of the repeat in each possible genomic arrangement.

The posterior densities obtained by model inversion (and drug-induced differences) were subsequently used for inference on parameters [ 34, 35], enabling us to quantify the likely neural mechanisms generating different spectra over the four conditions.

Accutase, a proteolytic and collagenolytic enzyme mix, allows detachment and dissociation of mammalian cells without significantly influencing viability from culture plates in vitro [29] potentially enabling us to quantify fungal burden within infected macrophages without lysis.

The bat species Lophostoma silvicolum uses the same roost as day- and nighttime shelter and returns to it between foraging bouts [22] [24], enabling us to quantify the kind and amount of insect prey by collecting and analyzing their remains (wings, legs, ovipositors).

In a new study more data was made available enabling us to quantify the possible effect in the Netherlands.

We provide an alternative method enabling us to quantify the role of cell motility and cell proliferation separately.

Numerical analysis performed using the developed MIP framework enables us to quantify the impact of different levels of route localization on network lifetime.

Unlike the former case (using bending deflection), resonant microcantilever enables us to quantify the amount of molecules involved in molecular interactions [14], [18] [20].

The use in this statistical test enables us to quantify the genomic changes and to distinguish between changes that their occurrences are above normality.

The analysis of the RBS spectra, which were performed using the simulation code SIMNRA [21], enables us to quantify (a) the atomic fraction of the various elements with an accuracy of 0.8 at.% for Si and N and 0.2 at.% for Ar and (b) to determine the atomic areal densities of the films.

Uncertainties due to natural randomness or aleatory uncertainties may be taken into account by using the stochastic or fuzzy methodologies, which enable us to quantify uncertainties.