Genome replication programs are highly orchestrated. In this issue, Koren and colleagues leverage whole-genome sequencing data to discover that DNA replication timing patterns differ between individuals and are associated with genetic variants. These so-called rtQTLs represent a new form of quantitative trait loci that may influence gene dosage and mutational frequency and provide mechanistic insights into the regulation of DNA replication
We explore the large-scale behavior of nucleotide compositional strand asymmetries along human chrom...
<p>A: Comparison of the timing of replication in genetically identical and non-identical regions. Co...
AbstractHere, we evaluate the contribution of two major biological processes—DNA replication and tra...
Genome replication programs are highly orchestrated. In this issue, Koren and colleagues leverage wh...
Funder: National Institute of Health (NIH) DP2-GM123495Abstract: DNA replication follows a strict sp...
164 pagesFaithful replication of the DNA is critical for cell proliferation and genome stability. In...
Human genetic variation is distributed nonrandomly across the genome, though the principles governin...
SummaryCell-fate change involves significant genome reorganization, including changes in replication...
Cell fate change involves significant genome reorganization, including change in replication timing,...
We develop a wavelet-based multiscale pattern recognition methodology to disentangle the replication...
Patterns of replication within eukaryotic genomes correlate with gene expression, chromatin structur...
International audienceGenome-wide replication timing studies have suggested that mammalian chromosom...
We have developed a new approach to characterize allele-specific timing of DNA replication genome-wi...
We have developed a new approach to characterize allele-specific timing of DNA replication genome-wi...
Background: Human DNA replication is a critical cellular process that initiates at tens of thousands...
We explore the large-scale behavior of nucleotide compositional strand asymmetries along human chrom...
<p>A: Comparison of the timing of replication in genetically identical and non-identical regions. Co...
AbstractHere, we evaluate the contribution of two major biological processes—DNA replication and tra...
Genome replication programs are highly orchestrated. In this issue, Koren and colleagues leverage wh...
Funder: National Institute of Health (NIH) DP2-GM123495Abstract: DNA replication follows a strict sp...
164 pagesFaithful replication of the DNA is critical for cell proliferation and genome stability. In...
Human genetic variation is distributed nonrandomly across the genome, though the principles governin...
SummaryCell-fate change involves significant genome reorganization, including changes in replication...
Cell fate change involves significant genome reorganization, including change in replication timing,...
We develop a wavelet-based multiscale pattern recognition methodology to disentangle the replication...
Patterns of replication within eukaryotic genomes correlate with gene expression, chromatin structur...
International audienceGenome-wide replication timing studies have suggested that mammalian chromosom...
We have developed a new approach to characterize allele-specific timing of DNA replication genome-wi...
We have developed a new approach to characterize allele-specific timing of DNA replication genome-wi...
Background: Human DNA replication is a critical cellular process that initiates at tens of thousands...
We explore the large-scale behavior of nucleotide compositional strand asymmetries along human chrom...
<p>A: Comparison of the timing of replication in genetically identical and non-identical regions. Co...
AbstractHere, we evaluate the contribution of two major biological processes—DNA replication and tra...