<p>Here we depict the false discovery rate of RNA-DNA sequence difference detection under various thresholds on the coverage, level of sequence difference, and number of reads bearing the sequence difference base per the aligner. Calculations are averaged across the three replicates and error bars represent standard deviation values.</p
<p>The error bars represent standard deviation associated with two replicates per sample.</p
In recent years, RNA-seq has become a very competitive alternative to microarrays. In RNA-seq experi...
Background: DNA barcodes are short unique sequences used to label DNA or RNA-derived samples in mult...
<p>The sensitivity or true positive rate of RNA-DNA sequence difference identification is shown vers...
Advances in sequencing technology have allowed for detailed analyses of the transcriptome at single-...
<div><p>Advances in sequencing technology have allowed for detailed analyses of the transcriptome at...
Advances in sequencing technology have allowed for detailed analyses of the transcriptome at single-...
<p>All DNA:RNA mismatches have a minimum read depth of 3X and at least 5% of total reads and 3 indiv...
Multiple testing issues are important in gene expression studies, where typically thousands of gene...
<p>Here we depict the true positive rate of RDD detection versus the simulated RDD level, or the per...
Abstract Background High throughput sequencing technology enables the both the human genome and tran...
Ps per replicate).<p><b>Copyright information:</b></p><p>Taken from "Comparison of false-discovery r...
We discuss the identification of genes that are associated with an outcome in RNA sequencing and oth...
High throughput sequencing technologies are supplanting microarrays as the preferred technology for ...
Background: The cost of DNA sequencing has undergone a dramatical reduction in the past decade. As a...
<p>The error bars represent standard deviation associated with two replicates per sample.</p
In recent years, RNA-seq has become a very competitive alternative to microarrays. In RNA-seq experi...
Background: DNA barcodes are short unique sequences used to label DNA or RNA-derived samples in mult...
<p>The sensitivity or true positive rate of RNA-DNA sequence difference identification is shown vers...
Advances in sequencing technology have allowed for detailed analyses of the transcriptome at single-...
<div><p>Advances in sequencing technology have allowed for detailed analyses of the transcriptome at...
Advances in sequencing technology have allowed for detailed analyses of the transcriptome at single-...
<p>All DNA:RNA mismatches have a minimum read depth of 3X and at least 5% of total reads and 3 indiv...
Multiple testing issues are important in gene expression studies, where typically thousands of gene...
<p>Here we depict the true positive rate of RDD detection versus the simulated RDD level, or the per...
Abstract Background High throughput sequencing technology enables the both the human genome and tran...
Ps per replicate).<p><b>Copyright information:</b></p><p>Taken from "Comparison of false-discovery r...
We discuss the identification of genes that are associated with an outcome in RNA sequencing and oth...
High throughput sequencing technologies are supplanting microarrays as the preferred technology for ...
Background: The cost of DNA sequencing has undergone a dramatical reduction in the past decade. As a...
<p>The error bars represent standard deviation associated with two replicates per sample.</p
In recent years, RNA-seq has become a very competitive alternative to microarrays. In RNA-seq experi...
Background: DNA barcodes are short unique sequences used to label DNA or RNA-derived samples in mult...