TFs are the key regulatory proteins, mediate the transcriptional regulation by binding to specific motifs in the promoter of target genes. TFs are known to play a significant role in floral development. Among the 6,959 DEGs, approximately one-third (2,231) of the DEGs were TFs. These genes ...
Footprint analysis of DARs revealed the critical cis-elements and relevant TFs involved in the activation of the HPG axis The enrichment of TF binding motifs in DARs that gained and lost accessibility during the activation of the HPG axis was investigated. We combined DARs between differential ATAC...
Given that TF signatures define cell types in normal muscle (Fig.1), changes in TF activity should determine the phenotypes of atrophic muscle. To identify atrophy-responsive TFs, we performed motif enrichment analysis on cell-type-specific ACRs of normal and denervated muscle and visualized the ...
We have performed further analysis in order to gain deeper insights into Motif1′s pattern. This pattern was then compared against motifs cataloged in publicly accessible databases, to determine potential similarities with known regulatory motifs for transcription factors (TFs), using the TOMTOM web ...
We have performed further analysis in order to gain deeper insights into Motif1′s pattern. This pattern was then compared against motifs cataloged in publicly accessible databases, to determine potential similarities with known regulatory motifs for transcription factors (TFs), using the TOMTOM web ...