Brief description of some core code of our repLIS procedure. repLIS is a program to perform replicability analysis in genome-wide association studies, which is written in R code. Here, repLIS program is designed for one chromosome or a segment of chromosome. For the analysis of multiple chromosomes, firstly, the users can make the parallel computing for them, then complete the global analysis by combining all results from multiple chromosomes. (PDF 151 kb
Summary: High-throughput omics datasets often contain technical replicates, included to account for ...
Here we describe the various R scripts, input & output data files created for this project. Collecti...
National audienceIn the context of studying the relationships among bacterial replicons, i.e., chrom...
Proof of Theorem 1 and additional simulations. We give a brief proof of Theorem 1 in Additional file...
Abstract Background Replicability analysis which aims to detect replicated signals attracts more and...
Abstract Background Higher eukaryotic genomes are typically large, complex and filled with both gene...
Contains the data set analyzed in this work. The data was originally published and analyzed by Hughe...
Replication data for: Gene-Environment Interplay in Twin Models. Political Analysis This archive inc...
This file was last viewed in Adobe Acrobat Pro.An ever-increasing need in phylogenetic inference ent...
This code reads a FASTA file of complete contigs (chromosome and plasmid(s)) into R and divides each...
Genomic sequence duplication is an important mechanism for genome evolution, often result-ing in lar...
Abstract Background Replication timing experiments that use label incorporation and high throughput ...
Abstract Background Repeat elements are important components of most eukaryotic genomes. Most existi...
The complex correlation structure of a collection of orthologous DNA sequences is uniquely captured ...
Modern technology has provided a plethora of raw scientific data available to be analyzed. There are...
Summary: High-throughput omics datasets often contain technical replicates, included to account for ...
Here we describe the various R scripts, input & output data files created for this project. Collecti...
National audienceIn the context of studying the relationships among bacterial replicons, i.e., chrom...
Proof of Theorem 1 and additional simulations. We give a brief proof of Theorem 1 in Additional file...
Abstract Background Replicability analysis which aims to detect replicated signals attracts more and...
Abstract Background Higher eukaryotic genomes are typically large, complex and filled with both gene...
Contains the data set analyzed in this work. The data was originally published and analyzed by Hughe...
Replication data for: Gene-Environment Interplay in Twin Models. Political Analysis This archive inc...
This file was last viewed in Adobe Acrobat Pro.An ever-increasing need in phylogenetic inference ent...
This code reads a FASTA file of complete contigs (chromosome and plasmid(s)) into R and divides each...
Genomic sequence duplication is an important mechanism for genome evolution, often result-ing in lar...
Abstract Background Replication timing experiments that use label incorporation and high throughput ...
Abstract Background Repeat elements are important components of most eukaryotic genomes. Most existi...
The complex correlation structure of a collection of orthologous DNA sequences is uniquely captured ...
Modern technology has provided a plethora of raw scientific data available to be analyzed. There are...
Summary: High-throughput omics datasets often contain technical replicates, included to account for ...
Here we describe the various R scripts, input & output data files created for this project. Collecti...
National audienceIn the context of studying the relationships among bacterial replicons, i.e., chrom...