<p>(A) DHSs in 320–480 bp. (B) DHSs in 200–320 bp. (C) DHSs in 140–200 bp. (D) DHSs in 80–140 bp. (E) DHSs in 20–80 bp. Y-axes show normalized reads of DNase-seq and MNase-seq. Zero on the X-axis indicates the boundary of DHSs toward short arm of the chromosomes. Black ellipses indicate the inferred nucleosomes. Grey ellipses indicate -1 nucleosomes within DHSs. Black vertical lines in (d, e) indicate the left and right boundaries of the DHSs inferred by DNase-seq reads.</p
Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and powerful m...
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
<div><p>Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and po...
<p>DHSs (data from CD4+ T cell line) were also divided into five different categories based on their...
<p>The nucleosome positioning profiles were shown around the DHSs located in (A) proximal promoters ...
<p>(A) Nucleosome positioning profile associated with active genes. Phased nucleosome arrays are det...
<p>(A) Superposition of <i>in vivo</i> and <i>in vitro</i> nucleosomes surrounding the <i>in vivo</i...
<p><b>(A)</b> An example of detected well-positioned nucleosome arrays. An MNase-seq data from a hum...
<p>As fundamental structural units of the chromatin, nucleosomes are involved in virtually all aspec...
Nucleosomes are important for gene regulation because their arrangement on the genome can control wh...
DNase-seq is primarily used to identify nucleosome-depleted DNase I hypersensitive (DHS) sites genom...
Understanding chromatin function requires knowing the precise location of nucleosomes. MNase-seq met...
<div><p>Nucleosomes are important for gene regulation because their arrangement on the genome can co...
<div><p>Nucleosome positioning dictates the DNA accessibility for regulatory proteins, and thus is c...
Background: Nucleosomes are the basic structural units of eukaryotic chromatin and play a key role i...
Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and powerful m...
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
<div><p>Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and po...
<p>DHSs (data from CD4+ T cell line) were also divided into five different categories based on their...
<p>The nucleosome positioning profiles were shown around the DHSs located in (A) proximal promoters ...
<p>(A) Nucleosome positioning profile associated with active genes. Phased nucleosome arrays are det...
<p>(A) Superposition of <i>in vivo</i> and <i>in vitro</i> nucleosomes surrounding the <i>in vivo</i...
<p><b>(A)</b> An example of detected well-positioned nucleosome arrays. An MNase-seq data from a hum...
<p>As fundamental structural units of the chromatin, nucleosomes are involved in virtually all aspec...
Nucleosomes are important for gene regulation because their arrangement on the genome can control wh...
DNase-seq is primarily used to identify nucleosome-depleted DNase I hypersensitive (DHS) sites genom...
Understanding chromatin function requires knowing the precise location of nucleosomes. MNase-seq met...
<div><p>Nucleosomes are important for gene regulation because their arrangement on the genome can co...
<div><p>Nucleosome positioning dictates the DNA accessibility for regulatory proteins, and thus is c...
Background: Nucleosomes are the basic structural units of eukaryotic chromatin and play a key role i...
Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and powerful m...
<p>Data are aggregated across dsQTLs and are scaled by the total number of sequenced reads. The DNas...
<div><p>Mapping DNase I hypersensitive sites (DHSs) within nuclear chromatin is a traditional and po...