<p>(A) Venn diagrams showing the overlap between the ChIP predicted by the PWM model(blue) and PIM (red). (B) Difference (one minus the proportion of shared binding sites) between the best binding sites predicted by the PIM and PWM model on ChIPseq peaks (light red), and the same quantity when including the next best predicted binding sites on each peak (dark red). In several cases (<i>e.g.</i> Fosl1, Max, N-Myc, Srf, STAT3, Usf1), the difference between predicted binding sites is much smaller when the two best binding sites are considered, indicating that the PIM and the PWM model rank differently the two best binding sites in ChIP peaks with multiple bound sites.</p
<p>MultiGPS was used to identify binding sites on 14 ENCODE transcription factor ChIP-seq experiment...
<p>This heatmap represents the number of sites that display an occupancy in the simulation that is h...
<div><p>(A) Plots depict distribution of input factors (black) along the ap axis (anterior tip = 100...
<p>X-axis is genomic location centered at the summit of each peak. Y-axis represents ChIP read count...
<p><b>A.</b> Overlapping sites for (primary motif, secondary motif) pairs where modeling competitive...
<p>Given a set of TFBSs predicted by the PWM model on ChIP fragments, we computed the TFBS frequenci...
<p>STAP was used with two motifs – the primary motif and a secondary motif (“Motif 2”), but with no ...
<p>Similarly to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0099015#pone-0...
<p>Binding sites of Sp1 and Sp3 in MEFs were determined by ChIP-seq. (A) Venn diagrams showing the o...
(A) Indirect binding and cooperative binding between TFs A and B are simulated as described in Metho...
<p>Binding sites are defined as an interval of nucleotides from the 5×10<sup>6</sup> bp <i>E. coli</...
<p>STAP was used with two motifs – the primary motif (representing the ChIP'ed TF) and a secondary m...
<p><b>A–D</b>) Venn diagrams show overlap between binding regions identified and/or categorized in d...
<p>The total numbers of ChIP-seq intervals that are bound either by c-Fos, NF-YB, or by both of them...
<p>(A) Heatmap shows the elastic net logistic regression coefficients for the top twenty predictors ...
<p>MultiGPS was used to identify binding sites on 14 ENCODE transcription factor ChIP-seq experiment...
<p>This heatmap represents the number of sites that display an occupancy in the simulation that is h...
<div><p>(A) Plots depict distribution of input factors (black) along the ap axis (anterior tip = 100...
<p>X-axis is genomic location centered at the summit of each peak. Y-axis represents ChIP read count...
<p><b>A.</b> Overlapping sites for (primary motif, secondary motif) pairs where modeling competitive...
<p>Given a set of TFBSs predicted by the PWM model on ChIP fragments, we computed the TFBS frequenci...
<p>STAP was used with two motifs – the primary motif and a secondary motif (“Motif 2”), but with no ...
<p>Similarly to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0099015#pone-0...
<p>Binding sites of Sp1 and Sp3 in MEFs were determined by ChIP-seq. (A) Venn diagrams showing the o...
(A) Indirect binding and cooperative binding between TFs A and B are simulated as described in Metho...
<p>Binding sites are defined as an interval of nucleotides from the 5×10<sup>6</sup> bp <i>E. coli</...
<p>STAP was used with two motifs – the primary motif (representing the ChIP'ed TF) and a secondary m...
<p><b>A–D</b>) Venn diagrams show overlap between binding regions identified and/or categorized in d...
<p>The total numbers of ChIP-seq intervals that are bound either by c-Fos, NF-YB, or by both of them...
<p>(A) Heatmap shows the elastic net logistic regression coefficients for the top twenty predictors ...
<p>MultiGPS was used to identify binding sites on 14 ENCODE transcription factor ChIP-seq experiment...
<p>This heatmap represents the number of sites that display an occupancy in the simulation that is h...
<div><p>(A) Plots depict distribution of input factors (black) along the ap axis (anterior tip = 100...