Reading your normalized gene expression data in r which has been saved as .txt and genes are in rows and samples are in columns
mycounts <- read.table("data.txt", header = T, sep = "\t",row.names = 1)
# watching the head of uploaded file
head(mycounts[,1:4])
# watching the dimension of matrix
dim(mycounts)
Using this R package for instance, you must put your working directory in where gene3.R and your expression files are. You must also install these packages in R that all help you to illustrate your network in Cytoscape. Download geneie3.R source from this link clicking on R/randomForest part
library(GENIE3)
library(igraph)
library(RCy3)
library(Rgraphviz)
weight.matrix <- GENIE3(mycounts)
link.list <- linkList(weight.matrix, report.max=1000)
edge_listsi <- link.list[!duplicated(link.list),]
Gsi <- graph.data.frame(edge_listsi,directed = F)
Asi <- get.adjacency(Gsi,sparse = F,attr = "weight",type = "both")
g_arasi <- graph.adjacency(Asi,mode = "undirected",weighted = T)
g.cyto <- igraph.to.graphNEL(g_arasi)
cw = createNetworkFromGraph("net", graph=g.cyto)
displayGraph (cw)
Please show some effort of trying. Post input data, and expected output? At the least post some links to published papers. As it stands this post is too broad and unclear.