| am.trans | Transform replicated arrays into (A,M) format |
| baseOlig.error | Evaluates LPE variance function of M for quantiles of A within and experimental condition and then interpolates it for all genes. |
| baseOlig.error.step1 | Evaluates LPE variance function of M for quantiles of A within and experimental condition by divinding the A in 100 intervals. |
| baseOlig.error.step2 | Evaluates LPE variance function of M for quantiles of A within and experimental condition. It is based on the adaptive number of intervals. |
| fdr.adjust | FDR adjustment procedures |
| fixbounds.predict.smooth.spline | Makes the predicted variance non negative |
| iqr | Inter-quartile range |
| Ley | Gene Expression Data from Mouse Immune response study, (2002) |
| lowess.normalize | lowess normalization of the data (based on M vs A graph) |
| lpe | Evaluates local pooled error significance test |
| mt.rawp2adjp.LPE | Adjusted p-values for simple multiple testing procedures |
| n.genes.adaptive.int | Calcuates the number of genes in various intervals adaptively. |
| permute | Calculating all possible permutations of a vector |
| preprocess | Preprocessing the data (IQR normalization, thresholding, log- transformation, and lowess normalization) |
| quan.norm | Finding quartile range |
| quartile.normalize | Normalization based on quartile range |
| resamp.adj | Resampling based fdr adjustment |