| moonlight | R Documentation | 
moonlight is a tool for identification of cancer driver genes. This function wraps the different steps of the complete analysis workflow. Providing different solutions:
MoonlighR::FEA
MoonlighR::URA
MoonlighR::PIA
moonlight(
  cancerType = "panCancer",
  dataType = "Gene expression",
  directory = "GDCdata",
  BPname = NULL,
  cor.cut = 0.6,
  qnt.cut = 0.25,
  Genelist = NULL,
  fdr.cut = 0.01,
  logFC.cut = 1,
  corThreshold = 0.6,
  kNearest = 3,
  nGenesPerm = 10,
  DiffGenes = FALSE,
  nBoot = 100,
  nTF = NULL,
  nSample = NULL,
  thres.role = 0,
  stage = NULL,
  subtype = 0,
  samples = NULL
)
cancerType | 
 select cancer type for which analysis should be run. panCancer for all available cancer types in TCGA. Defaults to panCancer  | 
dataType | 
 dataType  | 
directory | 
 directory  | 
BPname | 
 biological processes to use, if NULL: all processes will be used in analysis, RF for candidate; if not NULL the candidates for these processes will be determined (no learning)  | 
cor.cut | 
 cor.cut Threshold  | 
qnt.cut | 
 qnt.cut Threshold  | 
Genelist | 
 Genelist  | 
fdr.cut | 
 fdr.cut Threshold  | 
logFC.cut | 
 logFC.cut Threshold  | 
corThreshold | 
 corThreshold  | 
kNearest | 
 kNearest  | 
nGenesPerm | 
 nGenesPerm  | 
DiffGenes | 
 DiffGenes  | 
nBoot | 
 nBoot  | 
nTF | 
 nTF  | 
nSample | 
 nSample  | 
thres.role | 
 thres.role  | 
stage | 
 stage  | 
subtype | 
 subtype  | 
samples | 
 samples  | 
table with cancer driver genes TSG and OCG.
dataDEGs <- DPA(dataFilt = dataFilt, dataType = "Gene expression")
# to change with moonlight
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.