In this study, we characterize the quantification power of circularizable ligation probes over a range of target concentrations and multiple target ratios and report the development of a high-throughput, quantitative multiplex diagnostic assay.
The system is fully characterized by the quantification of the electron-transfer parameters (α, and i0), the diffusion coefficients of the redox couple (Dred and Dox), together with the double layer capacitance and its variation (Cdl and Δdl) at the open circuit potential, without the need of assuming a particular dependence of these parameters on the potential.
Two criteria characterize the reliability of absolute quantification, namely, accuracy and precision [56].
A crucial aspect of these experimental approaches for characterizing the DFE is the quantification of changes in fitness.
Here, using RNA-Seq data from two HapMap individuals, along with simulation experiments, we characterize the effects of individual SNPs on the quantification of expression levels.
To further characterize the metabolome of grapes during ripening quantification of total glutathione content was performed.
We note that in all samples, the total number of T lymphocytes and macrophages predominated over the quantification of plasmocytes, characterizing the patient's local reaction as a predominantly cell type immune response.
DCE-CT, also called perfusion CT, similarly enables the quantification of perfusion parameters to characterize tumor vascular features without some of the limitations of DCE-US (Fig. 4).
The sensitivity and validation data characterize this ELISA as a suitable method for the quantification of IL-13 in human plasma and human serum.
For comparison with our quantification of no-analog communities, and to characterize the geographic patterns of changes in community composition (or species turnover) between the current and future periods, we also calculated the change in community composition over time.
