Skip to main content
Fig. 7 | Epigenetics & Chromatin

Fig. 7

From: The N-terminal dimerization domains of human and Drosophila CTCF have similar functionality

Fig. 7

Comparison of dCTCFwt-HA (wt), dCTCFΔ80–170-HA(Δ80–170) and dCTCFhN (hN) binding in adult flies. (A) Average signal (RPKM) of ChIP-seq peaks with motif (left) and motif logo (right) for dCTCF protein (anti-dCTCF_C antibodies) in lines expressing dCTCFwt-HA (wt), dCTCFΔ80–170-HA (Δ80–170) and CTCFhN (hN). The motifs associated with the peaks are the same in all three datasets. (B) Average signal (RPKM) (top) and signal heatmaps (bottom) for CP190 in the y1w1118 line and dCTCF in the wt-HA, Δ80–170-HA, and hN lines. Different sets of peaks for all three lines (wt-HA, Δ80–170-HA, and hN) are shown (columns): a combined set of dCTCF binding sites with the binding motif overlapping with CP190 binding sites (denoted as “dCTCF motif; CP190 signal”); a combined set of dCTCF binding sites with the motif and not overlapping with CP190 binding sites (denoted as “dCTCF motif; no CP190 signal”); a combined set of dCTCF binding sites without the motif but overlapping with CP190 binding sites (denoted as “no dCTCF motif; CP190 signal”). The “dCTCF motif; CP190 signal” and “dCTCF motif; no CP190 signal” sets were motif-centered, and “no CTCF motif; CP190 signal” set was centered on the peak summit

Back to article page