Sentence examples for the quantification efficiency from inspiring English sources

The quantification efficiency (the percentage of identified peptides assigned a confident 14N/15N ratio) was dramatically different between the samples.

The quantification efficiency for unmodified peptides was 56.3% and 84.0% for the brain and liver, respectively, suggesting it is indeed the choice of internal standard and not restricted to the phosphopeptide analysis (Figure 3A).

The low quantification efficiency of the proteins from the brain analysis suggests that a 15N liver peptide for the corresponding 14N brain peptide was absent or below the limit of detection of the mass spectrometer.

In the past several years, solution-based or gel-free technologies on the membrane proteome have gained popularity due to their excellent proteome sensitivity and rapid quantification efficiency (Hooker et al., 2008; Poetsch & Wolters, 2008; Weiner & Li, 2008).

Alignment and quantification efficiency are important aspects to take into consideration when using an automated analysis pipeline.

The well-characterised hydrodynamics of the PFC allows the prediction of collision rates using Smoluchowski's theory and therefore the quantification of the efficiency of aggregation.

This visual technique allowed the quantification of mixing efficiency, as well as identification of issues such as flow recycling, stagnant zones, and other inconsistencies in the mixing dynamics.

At stand level, the model was implemented for theoretical analysis of the effects of environmental changes on forest ecosystems in West Europe and for the quantification of the efficiency of different types of forest thinning.

The quantification of the efficiency of hardening and plant growth till flowering of haploid and doubled-haploid plants is shown in Table  3.

This model together with the quantification of the Excipient Efficiency parameter, are valuable tools to understand the drug release properties from sustained-release systems.

The novel system was designed for the quantification of the antioxidant efficiency of different potential scavengers of the respective reactive species in an aqueous medium.