By requiring SEPT9 to be present in all standard replicates or one diluted replicate before a sample is classified positive, the test achieves a very high specificity (97%) and still retains substantial sensitivity (65%).
With a small range of variances and k=18, the test achieves a power of 0.19.
We also note that when there is no hybridization (γ = 0), the test achieves the desired 0.05 level.
For all F-tests, probe sets were considered statistically significant if the FDR was <0.05 and at least one comparison involved in the test achieved a 1.5-fold change.
Hyperloop One also notes that the pod was driven by 3.5x the power in this test, achieving 3,151 horsepower vs. just 891 for the inaugural run.
Given how many authoritarian leaders have been tolerated in Africa and elsewhere, the first hurdle in that test — achieving a broad international consensus — has been handily cleared.
But eventually the tests achieved their goal of restoring confidence.
Although the tests achieve similar results through seemingly similar means, there are some significant differences.
The testing achieved separation from random of 0.5 (soluble proteins) and 0.1 (insoluble proteins).
A total of 97.5% of the tests achieved reproducibility within 150 mL fulfilling the 2005 ATS-ERS criteria.
