As expected, the integrated network surpasses any individual data set for precision at a given coverage; the complete network covers >95% of the protein-coding genes in the yeast genome with >60% precision on the inferred linkages (i.e., at least 6 out of 10 predicted linkages are true).
As can be seen in Table 2, data for instrument precision and repeatability met the requirements for a method to be precise.
It has provided a large amount of data for the precision study of the standard model, first on the Z0 resonance, and then above the W± pair threshold.
C-statistics in the derivation cohort (3 hospitals, 3,941 subjects) and the validation cohort (4 hospitals, 4,305 subjects) were similar for all models and hence we decided to pool them and present results on combined data for increased precision.
Data for the precision and reproducibility were generated from 10 different FPE prostate cancer samples that were run 9 times each: 3 replicates at each of 3 different RNA inputs (5 ng, 10 ng, and 20 ng).
The proposed technique is well suited for implementation in field data monitoring and acquisition for precision agriculture.
The resulting repository of multi-dimensional data can be used for precision medicine analysis of physiological readouts, acute medical conditions, and adverse events that can occur during surgery.
Coupled with sophisticated analytics, these patient data provide the foundation for "precision medicine," an exciting new approach to disease prevention and management that will enable doctors to customize and optimize how they treat patients/consumers.
However, it should be noted that these measurements are only used to demonstrate the detectable concentration range and not employed to demonstrate true precision and stability of the sensors (see Figures 5 and 6, below, for precision data).
