<p>Conceptual comparison of recently proposed methods for finding peaks in ChIP-Seq data.</p
Gene expression is the process of selectively reading genetic information and it describes a life-es...
<p>In the first stage one we find the enriched-significant bins by removing various kinds of errors ...
<p>Comparison of the average precision rates, recall rates and F1 values for the different classific...
Next-generation DNA sequencing coupled with chromatin immunoprecipitation (ChIP-seq) is revolutioniz...
Numerous algorithms have been developed to analyze ChIP-Seq data. However, the complexity of analyzi...
Next-generation DNA sequencing coupled with chromatin immunoprecipitation (ChIP-seq) is revolutioniz...
Background: Finding peaks in ChIP-seq is an important process in biological inference. In some cases...
Background: Due to the recent rapid development in ChIP-seq technologies, which uses high-throughput...
<p>Average peaks length for Sp1 showed in brackets for each group of peaks.(n/a), not applicable; th...
<p>Analytical performance comparison of the purposed method with the recent literature reported dete...
BackgroundThe identification of binding targets for proteins using ChIP-Seq has gained popularity as...
Microarray and next-generation sequencing technologies have greatly expedited the discovery of genom...
<p>ChIP–Seq peaks were identified using MACS with p<10<sup>−6</sup> or NGS-Analyzer (Genomatix) with...
<p>A) Graphical representation of four parameters <i>Max</i>, <i>Kurtosis</i>, <i>Skewness</i> and <...
<p>The name of each experiment is indicated, as well as the number of peaks in common between the tw...
Gene expression is the process of selectively reading genetic information and it describes a life-es...
<p>In the first stage one we find the enriched-significant bins by removing various kinds of errors ...
<p>Comparison of the average precision rates, recall rates and F1 values for the different classific...
Next-generation DNA sequencing coupled with chromatin immunoprecipitation (ChIP-seq) is revolutioniz...
Numerous algorithms have been developed to analyze ChIP-Seq data. However, the complexity of analyzi...
Next-generation DNA sequencing coupled with chromatin immunoprecipitation (ChIP-seq) is revolutioniz...
Background: Finding peaks in ChIP-seq is an important process in biological inference. In some cases...
Background: Due to the recent rapid development in ChIP-seq technologies, which uses high-throughput...
<p>Average peaks length for Sp1 showed in brackets for each group of peaks.(n/a), not applicable; th...
<p>Analytical performance comparison of the purposed method with the recent literature reported dete...
BackgroundThe identification of binding targets for proteins using ChIP-Seq has gained popularity as...
Microarray and next-generation sequencing technologies have greatly expedited the discovery of genom...
<p>ChIP–Seq peaks were identified using MACS with p<10<sup>−6</sup> or NGS-Analyzer (Genomatix) with...
<p>A) Graphical representation of four parameters <i>Max</i>, <i>Kurtosis</i>, <i>Skewness</i> and <...
<p>The name of each experiment is indicated, as well as the number of peaks in common between the tw...
Gene expression is the process of selectively reading genetic information and it describes a life-es...
<p>In the first stage one we find the enriched-significant bins by removing various kinds of errors ...
<p>Comparison of the average precision rates, recall rates and F1 values for the different classific...
DOI
Add to ORKG