This tissue preparation method now permits quantification of pathogens from 5 g of organic matrix, which is a 20 200 fold increase by weight compared to other methods.
A primary advantage of the DCE method is that it produces not only a ranking of health worker preferences for various potential strategies, but also permits quantification of the value of one attribute compared to another.
This permits quantification of their relative abundance even in samples that contain few bacteria (e.g. infected tissues, Figure 9.C).
It also permits quantification of the regurgitant volume and regurgitant fraction.
This permits quantification of trends in CHD mortality, treatment uptakes, and risk factors in socioeconomic fifths.
Additionally, it permits quantification of numerous, natural-abundance samples against a common, metabolically labeled sample, enabling large-scale relative quantification experiments.
The organic mass-to-carbon (OM/OC) ratios calculated using the new calibration factors agree well with the actual values (slope = 1; r = 0.90; Figure 2d), indicating that this method permits good mass quantification of organic nitrogen mixtures.
Paired measurements, which are two consecutive measurements using the same method, permit the quantification of the change within the measured parameter, for example, ΔCO.
As the CID scan is acquired using standard settings, the method permits varying the HCD collision energy ad libitum to values optimal for quantification.
This method permits a variation of the HCD collision energy as HCD scans are used only for quantification.
