Feature Extraction files were then loaded into CGH Analytics 3.5.14 software (Agilent Technologies, Palo Alto, CA, USA) and analyzed for aberration calls by selecting as follows: algorithm ADM-2, centralization on, fuzzy zero on, threshold at 6.0, aberration filter set at 5 for the minimum number of probes in region and at 0.24 for the minimum absolute average log ratio for region.
Briefly, after diploid centralization and GC correction, aberrations were called using the ADM2 algorithm with a threshold setting of 20, centralization on with a threshold of 25 and an aberration filter min Probes = 5 and minAvgAbsLogRatio = 0.25 for amplifications and deletions.
In addition, the following aberration filters were employed: minimum number of probes in region = 2, minimum absolute average log2 ratio for region = 0.5, maximum number of aberration regions = 10,000.
In addition, the following aberration filters were applied: minimum number of probes in region = 3, minimum absolute log2 ratio for region = 0.27, and maximum number of aberrant regions = 1000.
Aberrations were called using the Aberration Detection Method 2 (algorithmorithm with a threshold setting of 25, centralization on with threshold of 25, and an aberration filter min Probes = 3 and minAvgAbsLogRatio = 0.25.
Therefore S4 (steepness) was selected as a reliable indicator for aberration correction during PIV measurements.
(For aberration details, see Additional file 1: Supplementary Information).
What criteria will be used for filtering?
Does anyone oppose the call for filtering?
Develop a system for filtering initial applications.
