49 research outputs found
BreastOutput_TradScaled
BreastOutput_TradScaled.RData is an R-workspace contains the objects: allPs, allPs.adj, sumTable. These were generated from applying the SAPS method to the breast cancer meta-data set scaled by transforming each feature into its Z score across all patients in a data-set prior to merging across data-sets
sapsFigures
sapsFigures.R – This R script generates the figures, tables, and file used for clusterin
OvaryOutput_TradScaled
OvaryOutput_TradScaled.RData contains the objects: allPs, allPs.adj, sumTable.BreastOutput_TradScaled.RData. These were generated from applying the SAPS method to the ovarian cancer meta-data set scaled by transforming each feature into its Z score across all patients in a data-set prior to merging across data-sets
FinalOutput_Breast
FinalOutput_Breast.RData contains the results from the subtype-specific analysis in breast cancer, including the results of the permutation-based procedure to compute p values and q values for the SAPSscores
saps
saps.R – This R script provides R commands for loading data, applying the SAPS method, and generating the SAPS p values. The script is interactive, and the user must specify the working directory, and if the analysis is on the ovarian or breast data
BreastOutput_SubScaled
BreastOutput_SubScaled.RData is an R-workspace contains the objects: allPs, allPs.adj, sumTable. These were generated from applying the SAPS method to the breast cancer meta-data set scaled by transforming each feature into its Z score across all patients within a breast cancer subtype data-set prior to merging across data-sets
Breast_ERHigh_GSEA_Results
Results from GSEA Analysis in ER+ high proliferation subtype of breast cance
Ovary.Ps.OnPermutedData.RData
ReadMe, Ovary.Ps.OnPermutedData.RData. Ovary.Ps.OnPermutedData.RData contains the results of performing SAPS using permuted gene sets on the ovarian data. P_enrich, p_pure,p_randare arrays with P_enrich,P_pure, and P_random p values from permuted gene sets
Ovary_NonAngio_GSEA_Results
Results from GSEA Analysis in Non-Angiogenic subtype of ovarian cance
