find_motifs_targetgenes | R Documentation |
Use fimo to scan the TSS regions of candidate genes to find binding motifs
find_motifs_targetgenes(
gene_tss,
motif,
refdir,
fimodir,
outputdir1,
Motifdir,
sequencedir = NULL,
select_motif = T,
use_nohup = F
)
gene_tss |
TSS region of genes. first column should be gene, second column
should be chr, third column should be start, fourth column should be end.
generated by |
motif |
motif file, you can choose our bulit-in motif database of 'mus musculus', 'homo sapiens', 'zebrafish' and 'chicken' by 'motif = Tranfac201803_Mm_MotifTFsF', 'motif = Tranfac201803_Hs_MotifTFsF', 'motif = Tranfac201803_Zf_MotifTFsF', 'motif = Tranfac201803_Ch_MotifTFsF' respectively, or you can upload your own motif data base, but the formata use be the same as our built-in motif database. |
refdir |
character, indicating the path of reference genome. Reference genome can be download from https://hgdownload.soe.ucsc.edu/downloads.html |
fimodir |
character, indicating path of fimo software, if you have added fimo to the environment variable, just set this argument as 'fimo' |
outputdir1 |
character, indicating the output path of the shell scripts and sequence of target genes tss regions.(function 'find_motifs_targetgenes' will automatically generate two folders ('fasta' and 'fimo') in the path 'outputdir1', and store sequence of target genes tss regions in the 'fasta' and shell scripts in the 'fimo') |
Motifdir |
character, indicating the path of meme motif file |
sequencedir |
character, indicating the path of sequence of target genes tss regions. If it's NULL, this parameter will be paste0(outputdir1,'fasta/') |
select_motif |
logic, indicating whether to select motifs whose related transcription factors are in genes of gene_tss |
use_nohup |
logic, indicating whether use nohup to run all fimo scripts simultaneously |
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