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. 2013 Jun 28;14:428. doi: 10.1186/1471-2164-14-428

Table 2.

Effect of A-FOS on GR binding to the GR motif and 1-bp variants

GR Motifs
#in Genome
#in Peaks(%of Peaks with the Motif)
%With AP-1(%in c-Jun Peaks)
+AP-1
---AP-1
        %A-Fos %A-Fos
 
 
Pre-Programmed (5,865 Peaks)
G-ACA---TGT-C
27,176
523 (9%)
23% (80%)
44%
15%
G-ACA---CGT-C
7,394
131 (2%)
23% (80%)
38%
20%
1-bp Variants
575,842
1,719 (30%)
31% (86%)
54%
28%
 
 
Re-Programmed (1,946 Peaks)
G-ACA---TGT-C
27,176
665 (34%)
14% (44%)
45%
9%
G-ACA---CGT-C
7,394
134 (7%)
10% (23%)
39%
4%
1-bp Variants
575,842
806 (41%)
18% (33%)
50%
11%
 
 
Un-Programmed (425 Peaks)
G-ACA---TGT-C
27,176
205 (48%)
6% (0%)
58%
8%
G-ACA---CGT-C
7,394
29 (7%)
7% (0%)
50%
4%
1-bp Variants 575,842 186 (44%) 9% (6%) 41% 11%

Effect of A-FOS on GR binding to the GR motif and 1-bp variants depends on the presence of an AP-1 motif within 150-bps. GR ChIP-seq peaks are placed into three groups, pre-programmed, re-programmed, and un-programmed. Column 1: GR motifs. Column 2: # of occurrences of each motif in the genome. Column 3: # of motifs bound by GR. In brackets is the % of peaks that contain the motif. Column 4: % of peaks containing a GR motif containing an AP-1 motif within 150-bps. In brackets is the % of GR motifs contain an AP-1 motif that are bound by c-Jun. Column 5: % of GR motifs containing an AP-1 motif nearby that loses GR binding after inhibition of c-Jun binding by the dominant negative A-FOS. Column 6: % of GR motifs without a nearby AP-1 motif that lose GR binding after inhibition of c-Jun binding by the dominant negative A-FOS.