Intersection vengraph

#Intersection

my_disease_markers_for_AM3=openxlsx::read.xlsx("G:/silicosis/sicosis/Supplementary Table.xlsx",
                                            sheet = "Sheet1")
head(my_disease_markers_for_AM3)

library(dplyr)
disease_markers_for_AM3=list()
for (eachcolumn in colnames(my_disease_markers_for_AM3)) {
    
  disease_markers_for_AM3[[paste0(eachcolumn)]]=my_disease_markers_for_AM3[,eachcolumn] %>%
                                   na.omit() %>% unique()
  
}
head(disease_markers_for_AM3)
library(VennDiagram)#https://www.jianshu.com/p/b5a4c40c3a33
venn_list <- list(AM3_Silicosis = disease_markers_for_AM3[[1]],
                  MoAM_GSE184854 = disease_markers_for_AM3[[2]])

venn.diagram(venn_list, filename = 'venn2_for_humanPF-Silicosi-Bleomycin.png', imagetype = 'png', 
             fill = c('red', 'blue'), alpha = 0.50, cat.col = rep('black', 2), 
             col = 'black', cex = 1.3, fontfamily = 'serif', 
             cat.cex = 1.3, cat.fontfamily = 'serif')

getwd()
# Continuer comme indiqué ci - dessus 4 Exemple de groupe , L'élément d'intersection entre les groupes obtient 
inter <- get.venn.partitions(venn_list)
for (i in 1:nrow(inter)) inter[i,'values'] <- paste(inter[[i,'..values..']], collapse = ', ')
write.table(inter[-c(5, 6)], 'venn4_inter.txt', row.names = FALSE, sep = '\t', quote = FALSE)


for (i in 1:nrow(inter)) inter[i,'values'] <- paste(inter[[i,'..values..']], collapse = ', ')
openxlsx::write.xlsx(inter[-c(5, 6)], 'venn4_inter.xlsx', row.names = FALSE, sep = ',', quote = FALSE)