Sentence examples for important quantification from inspiring English sources

While initial detection of bone metastases is important, quantification of progress of metastasis that results in patients' disability, pain, pathological fractures, and mortality would be also beneficial [1, 2].

While characterizing how similar descriptor sets perceive amino acid space is one important requirement to select the best descriptor set to use in PCM, another important quantification comes from benchmarking on PCM sets.

While the absolute sensitivity to fiber displacement may be underestimated for the mechanoreceptors recorded in this study, the above results do provide important quantification of the sensitivity of intercostal mechanoreceptors to changes in the functional displacement of the intercostal space.

It is important that quantification method and selection of analysis areas are considered as part of study design to ensure that reproducible and consistent results are reported in the literature.

Identifying single nucleotide polymorphisms (SNPs) is important for quantification of methylation levels and for study of allele-specific epigenetic events such as imprinting.

If the precision in imaging the GA borders is important for quantification of disease progression, a segmentation algorithm like region-growing with more degrees of decision freedom should be used.

Delineation of tumour boundaries is important for quantification of [F]fluoro-2-deoxy D-glucose (FDG) positron emission tomography (PET) studies and for definition of biological target volumes in radiotherapy.

Since the expression level of Fhit may determine its functional outcome [ 47], it is tremendously important that quantification of Fhit should be carefully determined in any cellular system to be employed.

This lack of feature compared to non-coated glass slides is especially important for quantification of FRET measurements as it decreases the differential absorption of light emitted at different wavelengths, a parameter that needs to be minimised when calculating FRET efficiencies from the quencher and donor intensities.

X-ray photoelectron spectroscopy was used to analyze sorbent surfaces before and after testing to show important changes in quantification and oxidation states of surface Br, N, and S after exposure to the simulated flue gas.

This tracer type has the potential to quantify the amount of fluid fluid interfacial areas, important for the quantification of reactions at the fluid interface, which can implicitly lead to optimized injection strategies, a better assessment of the extent of the CO2 plume and of the storage efficiency.