Real-time amplification and measurements of threshold cycles (Ct) for 6-FAM and HEX was performed using the CFX96 Real-Time PCR Detection System (BioRad, Hercules, CA, USA).
For each amplimer, measurements of threshold cycle (Ct) were used to infer initial template copy number (in the common first-round PCR) when compared to Ct measurements of the respective serially diluted standard.
Manual threshold measurements were obtained at the 1-month follow-up and the automatic RA and RV CM data were compared with manual threshold measurements for all implanted subjects with a valid manual threshold test and a successful CM threshold measurement completed ≤2 days beforehand.
Moreover, to account for the great variability in the number of predictions returned by each tool, we repeated the performance measurements for different score thresholds.
Students t tests and Wilcoxon signed rank tests (Statview SE+ GraphicsTM) were used to analyze differences between pre and post measurements for final thermal thresholds (MLI and MLE), skin and core temperatures.
Finally, we analyzed participants' response times; these quickened following training (signal-in-noise task, F1,22 = 6.02, p = 0.023; feature-difference task, F1,7 = 7.29, p = 0.031) but did not differ between sites, as expected for threshold measurement tasks where participants were instructed to be as accurate as possible.
For each measurement, the threshold for statistically significant increases in mesenchymal precursors was 1 ng/mL with a plateau in effects observed between 5-10 ng/mL.
To determine the predictive value and to define prognostic threshold measurements for mean ovarian volume (MOV) in patients undergoing IVF.
The changes over time in functional volume observed in the threshold measurements for the spleen were minor and not significant when comparing between day 1 and 7.
In all animals the experiments began with the measurement of the current required for threshold activation of the C-reflex in each of four groups of animals.
