<p>Shown is the maximum z-score for each individual replicate for each cell line (left) and the z-score profile along the mitochondrial chromosome for the replicate with the highest z-score (right). (A) FAIRE data; (B) DNAse data; (C) MNAse data. “UNC”, “UW” and “SYDH” refer to the ENCODE production groups which generated the data. Z-scores larger than 100 are shown as 100. No read enrichment over the D-loop is observed, suggesting that the D-loop signal found in TF ChIP-seq datasets is not due to sequencing biases but is a result of the immunoprecipitation process.</p
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
We evaluated how variations in sequencing depth and other parameters influence interpretation of chr...
The Human Genome Project has been completed in 2003, with the sequencing of the human genome. In the...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>Shown is the maximum z-score for each individual replicate for each cell line (left) and the z-sc...
<p>(A) Shown is the maximum z-score for each individual replicate for each cell line (left) and the ...
<p>Reads mapping to the forward strand are represented in black, reads mapping to the reverse strand...
<p>Shown is the maximum signal (in RPM) for the top 10 nuclear peaks (“N”, smaller black dots), and ...
<p>The fraction of reads mapping to the mitochondrial genome (chrM) is shown. (A,B) UW human (A) and...
<p>Reads mapping to the forward strand are represented in black, reads mapping to the reverse strand...
<p>(A) Heatmap showing the group scores for top groups over 16,891 GM12878 DNase-seq peaks. Note tha...
<p>(A) Overview of computational processing of data. Reads were trimmed to 36 bp and then either map...
<p>Shown is the average signal (in RPM) for each strand in human ChIP-seq datasets with z-scores ≥20...
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
We evaluated how variations in sequencing depth and other parameters influence interpretation of chr...
The Human Genome Project has been completed in 2003, with the sequencing of the human genome. In the...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>The maximum z-score for each individual TF ChIP-seq replicate in each cell line is shown on the l...
<p>Shown is the maximum z-score for each individual replicate for each cell line (left) and the z-sc...
<p>(A) Shown is the maximum z-score for each individual replicate for each cell line (left) and the ...
<p>Reads mapping to the forward strand are represented in black, reads mapping to the reverse strand...
<p>Shown is the maximum signal (in RPM) for the top 10 nuclear peaks (“N”, smaller black dots), and ...
<p>The fraction of reads mapping to the mitochondrial genome (chrM) is shown. (A,B) UW human (A) and...
<p>Reads mapping to the forward strand are represented in black, reads mapping to the reverse strand...
<p>(A) Heatmap showing the group scores for top groups over 16,891 GM12878 DNase-seq peaks. Note tha...
<p>(A) Overview of computational processing of data. Reads were trimmed to 36 bp and then either map...
<p>Shown is the average signal (in RPM) for each strand in human ChIP-seq datasets with z-scores ≥20...
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
We evaluated how variations in sequencing depth and other parameters influence interpretation of chr...
The Human Genome Project has been completed in 2003, with the sequencing of the human genome. In the...